Extractsvape Learning Center • Hardware-only sourcing Empty Disposable Vape: What “Empty Pod” Means + Who Buys in Bulk By Casey Rowlands • Updated for modern screen, USB-C, and dual-tank formats Important: This article discusses empty disposable vape hardware only. No oil, no liquid, no nicotine, no THC/CBD is included. Always follow your local laws and licensed supply chain requirements. TL;DR (30 seconds) “Empty pod” is wholesaler shorthand for a pre-built device that ships unfilled (hardware only). Bulk buyers care because the hardware architecture (coil, seals, reservoir, airflow, charge board) drives leaks, returns, and user experience. Most bulk programs fall into: licensed fillers, white-label brands, distributors, and retail replenishment teams. Empty pod ≠ prefilled Bulk buyers = fewer surprises Table of contents What “empty pod” really means Empty pod vs cartridge vs disposable Why bulk buyers choose empty hardware Who buys in bulk (7 real buyer profiles) What to check before you buy Shipping & packaging: plain-English essentials Picking the right platform on Extractsvape FAQ Example format: in bulk sourcing, “empty” describes the hardware state (unfilled) rather than the marketing style. 1) What “empty pod” really means In wholesale listings, “Empty Pod” usually means a fully assembled device that ships without oil. You’re buying the shell + internal platform: battery, heater (mesh/ceramic), reservoir, mouthpiece, seals, and the draw/charging electronics. On Extractsvape, you’ll see “Empty Pod/Empty Pods” appear directly in product grids for disposable devices, which is a practical labeling choice: it quickly tells bulk buyers the unit is hardware-ready, not pre-filled. Common confusion: “Pod” can also mean a small cartridge used in a reusable pod system. In bulk hardware sourcing, “empty pod” often gets used as shorthand for empty disposable AIO hardware. 2) Empty pod vs empty cartridge vs disposable: quick comparison Term you’ll see What it usually is Best fit for Typical bulk risk Empty Pod (wholesale shorthand) Unfilled, pre-assembled device platform (often disposable AIO hardware) White-label drops, fast replenishment, consistent user experience Mismatch between oil viscosity and heater/airflow → clogs or weak pulls Empty disposable Same idea: an AIO unit shipped without oil, often rechargeable (USB-C) Licensed filling lines, brand programs, distributors Leaks if seal stack + tolerances aren’t stable under warm storage or transit Empty 510 cartridge Cartridge only (no battery) that pairs with a separate 510 battery Brands that already have battery ecosystems Thread/battery compatibility issues; mouthpiece fit; filling QC 3) Why bulk buyers choose empty hardware (it’s not just price) It protects the supply chain boundary Serious programs separate hardware sourcing from licensed formulation/filling. That separation helps teams keep roles clear: the hardware vendor supplies repeatable platforms, while the licensed operator controls what goes inside the reservoir. Because the device determines your returns An empty disposable isn’t just “a shell.” It’s an engineered AIO platform whose coil, seals, reservoir material, and airflow path can make or break a batch—before branding or flavor ever matters. Because “new releases” are often hardware refreshes Screen versions, dual-tank designs, USB-C charging, and updated airflow are typically hardware changes. Bulk buyers treat these as platform decisions: they test small, then scale when a device behaves well under real filling, resting, shipping, and end-user conditions. 4) Who buys empty pods in bulk? (7 real buyer profiles) 1) Licensed fillers & processors They need predictable hardware to run on a filling line with defined acceptance criteria (leak rate, draw spec, rejects). Their focus: consistency and documentation. 2) White-label & private-label operators They want a platform that supports fast packaging changes and repeat ordering. Their focus: stable supply and the ability to scale from “test drop” to “weekly replenishment.” 3) Distributors & multi-warehouse resellers They care about units-per-carton, master case efficiency, and lower damage rates in parcel networks. Their focus: ship-ability and fewer support tickets. 4) Retail replenishment teams (store chains) They buy in bulk when a device style becomes a repeat SKU and they need predictable restock cycles. Their focus: fewer SKUs, fewer surprises. 5) Product teams doing platform A/B tests They pilot two or three platforms (coil type, airflow, reservoir material) against one oil profile to find the lowest-risk pairing. Their focus: data-driven selection. 6) Export-focused buyers They need packaging resilience and clean paperwork flow for battery-containing products. Their focus: documentation and damage control. 7) Marketing teams running limited drops They pick a proven platform so creative execution (box art, inserts, QR flows) doesn’t get derailed by performance issues. Their focus: reliable customer experience. 5) What to check before you buy (a simple bulk buyer checklist) A. Platform fit (your oil + this hardware) Heater type: ceramic vs mesh behave differently with higher-viscosity oils. Airflow path: stable draw + no whistle; consistent pull across the lot. Seal stack: gaskets, compression, and mouthpiece fit are where leaks start. Reservoir materials: choose materials that hold up under warm storage and transit. B. Production readiness Sampling plan: run a small pilot (e.g., 50–100 units) before scaling. Acceptance criteria: define leak thresholds, draw range, and cosmetic tolerances. Packaging: verify inserts/trays so devices don’t compress or rub during shipping. C. Commercial clarity MOQ tiers: understand your breakpoints for pricing and lead time. Carton math: units per inner carton + master carton, and how it affects freight. Replacement policy: define what counts as DOA and how claims are handled. 6) Shipping & packaging: plain-English essentials UN 38.3 testing + test summaries matter for lithium batteries Even when a device is “empty,” it still contains a lithium battery. For transport safety, lithium batteries must pass UN 38.3 design tests, and in many cases supply chains will ask for a lithium battery test summary. PHMSA highlights this requirement and notes updates (including revisions effective May 10, 2024). Reference: PHMSA lithium battery test summaries (UN 38.3) UL 8139 is a recognized safety benchmark for vape electrical systems For bulk buyers, UL 8139 (or equivalent evaluations) can be a strong signal that the charging path, protections, and electrical design were tested against an established safety framework. Reference: UL guidance on UL 8139 testing ISTA 3A: validate “parcel reality,” not just factory packing If you ship through parcel networks (air or ground), ISTA Procedure 3A is widely used to simulate real handling (drops, vibration profiles, and more) for packages under 150 lb (70 kg). Reference: ISTA test procedures (Procedure 3A) Why this section is here: bulk buyers don’t just buy a device—they buy the probability distribution of leaks, dents, dead-on-arrival units, and charge failures after transit. Context note (U.S. nicotine ENDS) In the U.S. nicotine context, FDA notes that it regulates ENDS, including certain components and parts (e.g., batteries, tank systems, mouthpieces, displays). Always consult counsel for your specific market and sales model. Reference: FDA overview of ENDS components and parts 7) Picking the right platform on Extractsvape (fast routes) If your goal is to understand “empty pod” in the context of bulk buying, start by browsing platforms by format, then narrow by features (screen, dual-tank, USB-C, etc.), and finally run a pilot order. Browse formats: empty disposable vapes bulk If you’re doing 2 grams vape: 2g disposable wholesale If you need custom packaging, logo, or mold roadmap: custom vapes A practical pilot workflow (recommended) Pick 2–3 platforms that match your target capacity and feature set. Run a small fill + rest + ship simulation internally (upright and inverted storage). Measure leak rate, draw consistency, and charge behavior; document failures. Scale only after the platform passes your acceptance criteria.

Dual Tank / Dual-Chamber 2g Devices: How Switching Works + Who Should Stock Them Scope note (hardware only): This article discusses empty vape hardware (device + battery + atomizer + reservoirs). No oils, no e-liquids, no nicotine/THC content is included or provided. Best for: B2B buyers, distributors, and retail operators deciding whether “two-in-one” 2g devices belong in their core assortment. 1) What a dual-chamber 2g device actually is A dual tank / dual-chamber device houses two separate reservoirs inside one body, typically designed to deliver two distinct “profiles” without needing two separate units. In most modern designs, each chamber is paired with its own flow path and vaporization hardware (or a dedicated atomizer section), so the device can select Chamber A, Chamber B, or (sometimes) both. In B2B terms: this is a packaging + UX innovation. It lets you merchandise “two-in-one” at a premium, reduces shelf space per flavor, and gives brands a clean way to create “collab drop” storytelling without doubling SKUs. 2) Why this format sells (and when it doesn’t) Why buyers reach for a switcher Flavor variety is a primary demand driver. Research on adult vaping patterns consistently shows high use of non-tobacco flavors (for example, fruit and dessert-style flavors are commonly selected). That preference makes “two flavors in one device” an easy retail pitch. Higher perceived value. Customers understand “two chambers” instantly—similar to a two-in-one product bundle. Lower decision friction. Instead of choosing between two options, the shopper can take both. When it can underperform Ultra price-sensitive counters: if your customers buy on the lowest ticket, dual-chamber adds cost (extra internal parts, more assembly steps, more QC). Operations with high return sensitivity: dual-chamber has more seals and interfaces, so failure modes can increase if the supplier’s tolerance control is weak. Stores that don’t explain products: if staff doesn’t demo features (switch icon, slider, screen indicator), the format can “look the same” as a standard device. 3) How switching works: common architectures Most dual-chamber devices switch using a combination of electrical selection (which heater is powered) and airflow selection (which chamber’s air path is opened). Three patterns dominate in the market: A) Button-toggle (A/B) with screen indicator The device uses a control input (often a single button) to toggle between chambers. The firmware routes power to the selected heater, and a screen or icon indicates “Left” vs “Right.” This is the simplest mental model for shoppers: press once, switch sides. B) Slider / dial airflow selector (A/B or blend) The device uses a physical slider or dial that changes airflow routing. Some implementations allow a mid-position that partially opens both paths, enabling a blend-style draw (air pulled from both chambers). In premium executions, the slider is tactile and resists “drift” so it stays where the user sets it. C) Dual-core power delivery (true “blend mode”) In blend mode designs, the device can energize both vaporization paths during a single draw. This requires tighter control of voltage sag, thermal behavior, and wick supply, because two active paths can draw more current and generate more heat. 4) What shoppers “feel”: A/B switching vs blend mode Stocking decision becomes easier when you translate engineering into shelf language: A/B switching = clarity. Easy micro-script: “Two tanks. Tap to switch.” Blend mode = novelty + upsell. Great for “limited drops” and customers who enjoy mixing profiles. But it raises the bar for build quality and consistency. If you’re scaling quickly, start with clean A/B switching before leaning into blend-heavy SKUs. 5) Spec sheet that matters in 2g dual-chamber Don’t buy dual-chamber like it’s “just another 2g.” You’re buying a system with extra interfaces. Here’s the spec lens that reduces returns: Spec / feature What to verify Why it matters Switch method (button vs slider) Clear indicator, stable switching, no accidental toggles Confusion = “defective” returns Battery capacity & charging USB-C port integrity, stable charge termination, protection circuitry Dual-path designs can be more demanding under load Chamber separation / seals No cross-leak between chambers; gasket compression consistency Cross-contamination kills the core promise (“two distinct profiles”) Intake geometry & resistance Consistent inlet sizing and heater resistance across lots Consistency drives repeat orders, not just first-time “wow” Screen / UI (if present) Readable icons, low-voltage behavior, minimal parasitic drain Screens sell, but bad firmware creates support tickets As real-world examples from our catalog, you’ll see modern dual-chamber 2g formats commonly pairing USB-C charging, ~1.4Ω resistance targets, and defined intake-hole geometries on screen-equipped models. If you ship internationally, remember that lithium-powered devices fall under transport rules that require UN 38.3 testing for air shipment readiness, so your supplier should be able to provide the appropriate documentation (at minimum, test compliance evidence/test summaries through the supply chain). 6) QC & return risks unique to dual-chamber Dual-chamber devices have all the normal AIO failure modes—plus a few unique ones. Watch for these in samples and line trials: Top dual-chamber failure modes Cross-leak / migration: one chamber “bleeds” into the other through a weak internal barrier or gasket interface. Uneven draw: Chamber A pulls easily while Chamber B feels tight (air path mismatch or alignment issues). Switch UI mismatch: indicator says “A” but activation feels like “B” (wiring/firmware mapping problems). Condensation pooling: more internal geometry can increase condensation accumulation if the mouthpiece path isn’t well designed. Practical acceptance criteria for bulk buying Run a sample set large enough to catch low-frequency issues (not just 5–10 units). Test switching repeatability (toggle hundreds of times across units) and confirm indicators match behavior. Stress packaging and handling: dual-chamber internals are more sensitive to impact shifting and micro-gaps. 7) Who should stock them (the decision matrix) Stock dual-chamber as a core SKU if you are… A retailer selling variety: you already win on selection, not just price. A distributor supporting “drop culture”: collab launches, seasonal releases, and limited runs benefit from a new story format. A brand doing premium positioning: screens + two-in-one architecture supports a higher shelf tag and “giftability.” Test dual-chamber as a pilot if you are… Optimizing shelf space: you want fewer boxes, more perceived options. Expanding beyond single-profile devices: you want an obvious step-up that staff can explain in one sentence. Delay dual-chamber if you are… In a pure budget lane with minimal staff selling time. Still stabilizing returns on standard 2g hardware—get your baseline QC locked first. 8) Assortment & merchandising playbook Start with one message, not ten The fastest way to sell dual-chamber is to simplify the pitch: “Two chambers. Switch anytime. One device.” Recommended assortment (B2B-friendly) 1–2 hero SKUs (screen + clean A/B switching) as your “explain it once” anchors 1 value SKU (no-frills dual chamber) if your counter is price-pressured 1 novelty SKU (slider/blend) for higher-margin upsell Pairing strategy that avoids dead inventory Contrast pairs: bright + dessert, fruit + mint, etc. (easy to explain) Day/night pairs: “AM/PM” storytelling (simple and memorable) Collab logic: two “signatures” in one device for limited runs 9) Procurement checklist for bulk orders Confirm architecture: is it A/B toggle only, or does it support blend? Make sure your staff script matches reality. Specify the UI: if there’s a screen, require a clear chamber indicator and stable low-battery behavior. Demand lot consistency: heaters, seals, and switch components must be consistent across production. Ask for transport-ready battery documentation: your logistics team should not be chasing it after PO. Define acceptance criteria: switching accuracy, leak thresholds, and packaging survivability before you scale. If you want to compare options quickly inside our catalog, start here: Dual Chamber Vapes, then cross-check with your general assortment in 2g Disposable Wholesale, and round out your sourcing view via Empty Disposable Vapes Bulk. 10) FAQ Is “dual tank” the same as “dual chamber”? In most listings, yes—both describe a device with two separate reservoirs. The meaningful differences are in how the device routes airflow and power (A/B only vs blend capability). Do dual-chamber devices increase returns? They can—if the supplier’s seal design, tolerance control, or switch mapping is sloppy. With strong QC and clear staff messaging, dual-chamber often performs well because customers understand the value quickly. What’s the easiest way to sell it at the counter? Keep it short: “Two chambers. Tap to switch.” If it has blend mode, add: “Slide to mix.” (Only if your SKU truly supports it.) References (for buyers who want the technical receipts) Adult flavored e-cigarette use patterns (peer-reviewed) IATA lithium battery transport guidance (UN 38.3 reference) UL 8139 overview (electrical system evaluation) Dual-chamber architecture explainer (industry) Example of slider-based dual-flavor system messaging Bottom line: Dual-chamber 2g devices are not just a novelty—they’re a merchandising tool. If your customers buy variety and your operation can support premium storytelling, stock them as a small hero set, validate QC early, then scale into broader pairings.

B2B Fulfillment Playbook Warehouse Routing : Mixing USA, UK, DE & PL Stock for Faster B2B Fulfillment When you sell wholesale, “fast” isn’t a vibe—it’s a KPI. This guide shows how to route orders across a multi-warehouse network so buyers get on-time deliveries, your team reduces splits, and your cash isn’t trapped in the wrong country. 1) Why warehouse routing beats “ship from wherever” In B2B, the winning fulfillment strategy is rarely “the cheapest shipment.” It’s the most predictable one: stable lead times, fewer exceptions, and high fill rate without constant firefighting. Routing matters because a multi-country inventory network creates four common failure modes: Promise-date drift: a buyer expects local delivery, but the order gets routed cross-border and slows at customs. Split-shipment pain: SKU A is in DE, SKU B is in the UK—now you’ve doubled tracking, handling, and returns complexity. “Phantom availability”: you show stock globally, but a region-specific pick face is empty or reserved. Landed-cost surprises: VAT, duties, and brokerage show up after checkout (or worse, at delivery). Practical baseline: Your site already separates inventory by region (USA/UK/DE/PL). That’s the foundation of good routing—because local-stock orders can ship faster than cross-border lanes when everything is staged correctly. Think of routing as an “order decision engine” that chooses a ship node (USA, UK, DE, or PL) based on three priorities: delivery promise, compliance/eligibility, and total cost. Cost matters, but in wholesale, a missed delivery window often costs more than the shipment itself (chargebacks, lost reorders, and churn). 2) The simple routing matrix (copy/paste logic) Start with a routing matrix that any sales rep, warehouse lead, or buyer can understand in 30 seconds. This is the “default route” before exceptions like stockouts, VIP prioritization, or carrier constraints. Ship-to region Primary ship node Backup ship node Why this works United States USA stock (local) UK/DE/PL only if buyer accepts cross-border lead time Lowest variability; avoids customs for domestic buyers. United Kingdom UK stock (local) DE/PL (if buyer accepts import handling) Fast local dispatch; fewer border delays than importing per order. EU (Western/Central) DE stock (hub) PL stock (cost/transit balance) Efficient coverage to multiple EU markets from central nodes. EU (Central/Eastern) PL stock (hub) DE stock (coverage redundancy) Often shorter line-haul and attractive cost-to-serve for CEE. Where your internal links fit (buyers love clarity) If a buyer is in the US and wants the fastest possible replenishment, route from USA stock vape. For UK retailers who need quick turnaround, route from vape wholesale UK. For EU coverage planning (DE + PL as a two-node system), share Germany & Poland warehouse sourcing as the deeper-dive explainer. Routing rule of thumb: Default to the warehouse in the buyer’s customs territory. Only go cross-border with explicit buyer acceptance (lead time + taxes + brokerage responsibilities). 3) How to position inventory across USA/UK/DE/PL Routing fails when inventory is staged randomly. Positioning inventory is how you make routing boring—in the best way. Here’s the practical approach used in high-volume B2B fulfillment: A) Place your “always-on” SKUs everywhere Make the top 10–20% of fast movers available in every region (USA, UK, DE, PL). These are the SKUs that keep buyers reordering monthly. When these are local, you reduce emergency shipping and partial cartons. Keep case packs consistent across regions. Use identical SKU naming (same UPC/variant logic) to prevent mispicks. Set a simple minimum: “If it sells weekly, it lives locally.” B) Split mid-tail SKUs by “market fit” For the next 30–40% of SKUs, don’t force global replication. Assign them to the regions where demand is strongest. Your goal is fewer transfers, not more SKUs everywhere. UK-only promos: stage in UK first, then expand. EU seasonal colors/flavors: stage in DE/PL, not necessarily USA. USA-led launches: prove velocity in the US before duplicating. C) Use DE + PL as a “two-engine” EU model Treat Germany (DE) as a central coverage hub and Poland (PL) as a cost/transit balance node. You don’t need both to hold everything. You need both to prevent stockouts and keep predictable lead times across the EU. D) Build safety stock around variability, not optimism Safety stock should reflect replenishment variability (supplier lead time, customs clearance, and carrier swing). If your replenishment lane sometimes clears in days and sometimes in weeks, you need buffers where customers demand the most predictability—typically local warehouses. High-velocity SKUs: larger buffers; re-order earlier. Promo/launch SKUs: smaller buffers but faster replenishment triggers. Low-velocity SKUs: keep in one region; route selectively. 4) Customs, VAT & compliance (the part that breaks promises) Routing isn’t just “fast shipping.” Cross-border orders can fail on paperwork, product restrictions, VAT handling, or battery transport rules. So your routing engine should include an eligibility gate: “Can this order legally and smoothly move on this lane?” Compliance note: Always ship in accordance with the laws of the origin, transit, and destination countries. This article is operational guidance—not legal advice. Know who owns what (Incoterms sets expectations) Incoterms® help define who pays for transport, who handles import clearance, and where risk transfers. If you sell wholesale internationally, align every quote and invoice with a clear Incoterms rule and written definitions (especially for DDP/DAP-style arrangements). Official reference: Incoterms® 2020 (International Chamber of Commerce). UK & EU identifiers matter (EORI / customs framework) For cross-border flows into or out of the UK, EORI identification is commonly required in customs processes. For the EU, the Union Customs Code provides the customs framework that enables a “paperless/automated” direction of travel—great when your data is clean, painful when it isn’t. Battery-powered products: transport constraints are real If products include lithium batteries, ensure the lane and carrier method aligns with current dangerous goods guidance. Many shippers rely on UN 38.3 testing documentation and IATA battery guidance for air movements. If you primarily ship ground within a region, your risk and paperwork can be simpler—but you still need compliant packaging and documentation when required. Recommended compliance “minimum set” for smooth routing Commercial invoice with correct descriptions and values. HS classification and clear product naming conventions. VAT/tax handling logic clearly stated for B2B buyers (who pays, how it’s invoiced). Battery documentation when applicable (and packaging/labels that match the transport mode). Product safety obligations relevant to the destination market (EU GPSR coverage for consumer products placed on the EU market, where applicable). 5) Operational rules that prevent split shipments A routing strategy only works if the warehouse execution rules support it. Here are the operational guardrails that keep fulfillment fast and clean: Rule 1: “Single-node or nothing” by default Only split shipments when the buyer explicitly approves. Otherwise, constrain the cart so orders route from one node (USA, UK, DE, or PL). Rule 2: Reserve inventory at checkout If you allow oversell, your routing engine will “choose” a node that can’t actually pick. Reservation avoids customer-facing backorders. Rule 3: Lock region by ship-to country Don’t tempt the system. If ship-to is UK, default UK node; if ship-to is EU, default DE/PL; US goes USA. Rule 4: Standardize case packs A buyer ordering 500pcs should receive predictable carton counts. Keep case/box rules identical across nodes. Exception handling (when you must go cross-region) Stockout exception: allow a cross-region route only if the buyer accepts a revised ETA and import responsibilities. VIP/launch exception: ship partial from a backup node only when it protects a key retail launch date. Consolidation exception: if the buyer wants a single delivery, hold until one node can fulfill all SKUs. 6) KPIs to prove the system is working If you can’t measure it weekly, it won’t improve. Track these metrics per node (USA, UK, DE, PL) and per lane: On-time ship rate (orders shipped within promised handling window). On-time delivery rate (delivered within promised ETA). Fill rate (lines shipped complete without substitutions or backorders). Split shipment rate (should go down over time, not up). Exception rate (customs holds, address issues, hazmat blocks, etc.). Inventory health (weeks of supply + aging inventory by node). The goal is simple: more orders routed locally with fewer exceptions. When that happens, speed improves and customer support load drops. Quick FAQ Do I need inventory in all four regions to benefit from routing? No. Even a two-node setup (USA + one EU node) can drastically improve lead time. The big win comes from routing domestic orders domestically, and using a second node as a backup/coverage strategy. Should DE or PL be my “main” EU node? If your buyers skew Western/Central EU, DE often acts like a central hub. If you ship frequently to Central/Eastern Europe, PL can be a strong balance of transit time and cost-to-serve. Many wholesalers use both: DE for breadth, PL for efficient CEE access. What’s the fastest way to reduce split shipments? Put fast movers in every region, reserve stock at checkout, and enforce “single-node by default.” Splits should be an approved exception, not a standard operating mode. How do we communicate routing to buyers without confusing them? Use a simple promise statement: “We ship from the nearest warehouse when available (USA/UK/DE/PL).” Then include node-specific lead times and responsibilities for cross-border orders. Disclaimer: This content is for operational planning and general information. Always confirm product eligibility, import requirements, taxes, and carrier rules for your specific shipment and destination.

2025 Packman Christmas 2g With Screen: Why Holiday Drops Sell + How to Order Smarter Holiday packaging + a screen-driven “premium feel” can lift conversion, but only if you order with the right timing, specs, and risk controls. This guide breaks down the why and the how for wholesale buyers planning Q4 drops. Quick disclaimer (empty hardware) This post is about empty disposable hardware and B2B procurement strategy. It does not provide instructions for filling or use. Buyers are responsible for ensuring compliance with local laws and any licensing requirements in their market. What the 2025 Packman Christmas 2g with screen is The key idea behind a seasonal device is simple: you’re not just selling “a shell,” you’re selling a campaign-ready SKU—one that looks like a limited edition the moment it hits a shelf or a product grid. What makes this holiday shell “drop-ready” Seasonal, limited-run styling (holiday graphics and packaging that reads “December” at a glance). Screen + boot animation option (an instantly noticeable upgrade that feels premium during unbox/first impressions). Wholesale-friendly spec callouts that make procurement decisions faster for repeat buyers. Where to source it on Extractsvape (internal links) Product page: packman christmas 2g with screen wholesale Packman lineup: packman 2g disposable Screen devices collection: vape with screen wholesale Procurement-relevant spec snapshot (what buyers actually check) For B2B purchasing, the “spec sheet” matters because it drives compatibility, QC expectations, and customer support load. Typical checks include: Capacity (labeled as 2.0ml / empty pod on the product spec sheet) Battery size + charging interface (e.g., USB-C) Resistance target (consistency = fewer complaints) Intake/fill hole sizing and assembly tolerances (predictability in production) Retail packaging format (boxes vs. bulk) Why holiday drops sell in 2025 Holiday demand is a mix of time pressure (shipping deadlines), gift behavior (even in non-traditional categories), and deal-seeking (BFCM and Cyber Week). Limited seasonal SKUs are built to ride that wave. 2025 shopping reality: more buyers, more online, more urgency NRF projected U.S. holiday sales (Nov–Dec) to reach $1.01–$1.02T, up 3.7%–4.2% over 2024. Adobe forecast U.S. online holiday sales of $253.4B (Nov 1–Dec 31, 2025), with Cyber Monday expected to hit $14.2B. Black Friday online spending momentum remained strong; Adobe/Reuters reporting showed spending tracking higher year-over-year during the event window. Why “holiday edition + screen” is a proven combo Collectability: seasonal graphics create “buy now” motivation for shoppers who normally wait. Social proof: limited editions photograph well—good for UGC, stories, and short-form video. Perceived value: screens signal “new version,” supporting a premium position even when discounts are everywhere. Why “with screen” shells convert better Screens aren’t just a feature—they’re a merchandising advantage. On crowded category pages, the “with screen” label is an easy differentiator. In retail, it’s even simpler: shoppers notice it instantly. What the screen does for a holiday drop Boosts perceived quality during unbox (a key moment for holiday gifting + “show-and-tell”). Supports premium storytelling (versioning, “2025 edition,” limited run). Reduces friction in customer support when the interface communicates status clearly (fewer “is it dead?” messages). Pro tip: treat screen content like packaging—keep it consistent with the holiday theme (icons, boot animation, or simple on-brand visuals). Consistency is what makes a drop feel “real,” not random. How to order smarter (Q4 playbook) 1) Forecast like a wholesaler (not like a fan) The biggest mistake with seasonal SKUs is ordering based on hype. Instead, forecast using your actual velocity and build in safety stock for holiday volatility. Base units = expected daily sell-through × selling days Safety stock = 10–25% (higher if timelines are tight or promos are aggressive) Total PO = base units + safety stock 2) Decide your “variation strategy” before you pay Seasonal drops work best when the SKU set is tight. Too many variants creates dead inventory after the holiday window. For most B2B programs, 1 hero SKU + 1 backup SKU is the sweet spot. 3) Treat packaging as conversion, not decoration Holiday buyers are scanning fast. Your packaging should answer: “What is it?”, “What’s special?”, “Is it limited?”, “Is it gift-ready?”—all in a few seconds. If your box can’t do that, you’ll rely on discounting to move units. Copy/paste PO checklist: specs + packaging Use this as a procurement checklist you can paste into a PO, supplier chat, or sourcing doc. The goal is to eliminate ambiguity before production and reduce “surprises” when cartons arrive. Category Specify this in writing Why it matters Model / Edition 2025 Christmas edition + screen (confirm exact artwork/version) Avoids mixed batches and inconsistent packaging Capacity label 2g / 2.0ml labeling (as applicable to your market) Consistency across listings, cartons, and retail compliance needs Power + charging Battery rating + USB-C (confirm cable inclusion or not) Reduces returns and support tickets Electrical targets Resistance target + acceptable tolerance band More consistent performance across lots Screen behavior Boot animation (on/off), icons, brightness, sleep timing Prevents “feature mismatch” complaints Packaging Box type, insert/tray, outer carton count, label placement Protects holiday presentation and reduces damage in transit QC docs Lot ID, sample photos, outgoing inspection checklist Faster resolution if issues appear If you only do one thing: lock down the edition artwork and the screen behavior in writing. Those two items drive the entire “holiday drop” experience. Risk control: staging, backups, and variants Stage your inventory to protect the drop date Main run: the hero SKU you expect to sell through. Backup run: a non-seasonal screen SKU you can swap in post-holiday (so you’re not stuck with “Christmas packaging” in January). Content buffer: product photos + short-form assets completed before inventory lands (so you can launch immediately). Don’t over-variant a seasonal SKU In Q4, complexity kills speed. If your team can’t describe the difference between variants in one sentence, you have too many. Keep it tight, merch it hard, ship it fast. QC that protects your drop date Your “holiday drop” only works if the product experience matches the promise. That’s why QC for seasonal screen devices should be front-loaded—caught at receiving, not discovered by end customers. Receiving inspection (fast, high impact) Cosmetic sampling: holiday artwork alignment, scratches, glue marks, print consistency. Screen sampling: dead pixels, brightness consistency, button response, sleep/wake behavior. Charge port check: USB-C fitment and stable connection. Consistency checks: resistance readings within your tolerance band (spot-check across cartons). Packaging integrity: crushed corners, insert fit, seal/tamper elements (if used). Run QC like a calendar: the earlier you find a problem, the cheaper it is. In Q4, “cheap” also means “on time.” Timing: when to place your order Holiday drops are basically deadline management. Work backward from your “go-live” date and leave room for receiving QC, content publishing, and shipping cutoffs. A simple backward plan Launch week: inventory received + QC passed + content ready. 1–2 weeks before launch: final photos, listings, bundles, email/SMS creatives, reseller kits. 2–6+ weeks prior (varies): production, packaging, and transit buffer. If you’re ordering late in the season, reduce risk: choose fewer variants, prioritize “ready-to-merch” packaging, and tighten QC sampling so you can launch immediately after receiving. FAQ Is the 2025 Packman Christmas 2g with screen a one-time release? It’s positioned as a limited holiday run and merchandised like a seasonal edition. For planning: treat it as time-bound and avoid long-tail inventory exposure after the holiday window. What’s the smartest SKU strategy for a holiday drop? One hero Christmas screen SKU + one non-seasonal screen backup SKU. That protects sell-through in December and reduces dead inventory risk in January. What should I lock down before placing the PO? Confirm edition artwork, screen behavior (icons/boot), packaging format, and any spec tolerances you consider non-negotiable. How do I reduce returns and support tickets? Run a receiving checklist focused on cosmetics, screen function, charge-port fitment, and consistency sampling across cartons. Where can I browse more screen-based shells? Use the internal collection page for vape with screen wholesale to compare formats and plan a backup SKU. Data & trend references (external) NRF 2025 holiday forecast Adobe 2025 online holiday shopping forecast Adobe Holiday Shopping Report (2025)

B2B sourcing Collab drops Empty hardware only Melt x Packman & Melt x Packwoods: Dual-Brand Shells for Collab Drops Collaboration “drops” are marketing events disguised as fulfillment projects: tight timelines, mixed SKUs, and zero patience for QC surprises. This guide explains how dual-brand shells work, what to validate before you buy, and how to keep your supply chain clean. Updated: Nov 26, 2025 • Audience: Distributors, brand operators, and OEM/ODM buyers • Scope: Hardware-only (no oil, nicotine, or THC) Quick start Skip the guesswork Compliance note: Dual-brand shells should be produced and distributed only when the collaboration is authorized and properly licensed. Unauthorized trademark use can create legal risk and marketplace takedowns. This article focuses on legitimate, authorized co-branding and manufacturing controls—not on imitation, deception, or “look-alike” misuse. 1) What “dual-brand shells” really meanDefinition A dual-brand shell is an approved device + packaging presentation where two brands share the same drop narrative— typically a limited run, a seasonal collaboration, or a co-marketed flavor/strain lineup. In practice, you’re not just buying a body and a box. You’re buying a launch asset that must survive: (1) retail handling, (2) fulfillment stress, and (3) customer scrutiny. That’s why collab shells tend to bundle “high-signal” cues: bold artwork zones, consistent series identifiers, and often premium hardware touches like screens or dual-chamber platforms—features that make a drop feel intentional rather than generic. 2) Why collab drops demand different hardware disciplineReality check Drop-week is unforgiving In a normal program, a 1–2% defect rate can be “managed” over time. In a collab drop, the same defect rate becomes a reputation event—because attention is concentrated in a short window. Returns arrive in batches, not trickles. Social proof lives next to your product page for months. Customer support overhead spikes exactly when you need velocity. Two brands doubles failure points Dual-branding adds approvals, packaging complexity, and more chances to miss a detail: color drift, incorrect batch codes, mismatched SKUs, or inconsistent accessory inserts. More stakeholders = longer sign-off chains. More SKUs = higher pick/pack error risk. More scrutiny = greater need for traceability. 3) Melt x Packman vs Melt x Packwoods: platform expectationsWhat buyers look for On Extractsvape, both collections are positioned as empty hardware options that fit a recognizable collab profile. For sourcing, that matters because you can standardize your QC and packaging workflow even when artwork changes. Start by browsing the actual collab collections: Melt x Packman and Melt x Packwoods. If you’re still deciding on the base platform across brands, the broader catalog in Empty Disposable Vape Pens is the fastest way to compare form factors in one place. What “premium” usually means in a collab shell Consistent draw under high-viscosity use cases (engineering choices show up as fewer clogs/returns). Charging clarity (USB-C/Type-C reduces support tickets vs older ports). Visible status (screens or indicators reduce “dead device” complaints). Brandable surfaces that don’t distort artwork and are stable under handling. Why dual-chamber is a drop-friendly format Dual-chamber devices translate well to collab storytelling: “two signatures, one device.” But they require tighter leak isolation and clearer SKU naming to avoid fulfillment mistakes. Requires better internal sealing & channel separation. Labels must clearly map “Chamber A / Chamber B” to the correct profiles. Retail staff need quick explainers (include a one-card insert if possible). 4) Licensing & IP hygiene (non-negotiable)Protect the drop Collab shells are branding-intensive—so treat IP like a production constraint, not a “legal later” issue. At minimum, confirm that the co-brand artwork, names, and identifiers are used under an explicit license or authorization. In U.S. trademark terms, unauthorized use can be infringement if it’s likely to cause confusion about source or association. What to lock Why it matters What approval looks like Written authorization / license scope Reduces takedown, seizure, and channel conflict risk Signed agreement + approved brand assets bundle Quality control clauses Most trademark licenses require QC to preserve mark integrity Defined specs + inspection rights + approvals workflow Asset control & vendor NDA Prevents uncontrolled reuse of artwork in parallel markets Watermarked files + controlled access + audited suppliers Recommended reading for teams formalizing collaborations: USPTO: About trademark infringement and WIPO: Trademark licensing (module). 5) Engineering spec: what to verify (before PO)Stop returns upstream Collab packaging can sell a product once. Only stable hardware sells it twice. Before you commit to a drop quantity, align on a “no-drama” baseline spec and verify it with samples. Baseline spec signals (examples you can standardize) Many collab-style AIO shells on your site reference practical, repeatable parameters such as 4×1.6mm intake openings, ~1.4Ω resistance, and USB-C/Type-C charging—choices that tend to correlate with fewer clog / weak-draw complaints when used as intended. Airflow draw consistency (no “whistling,” no “tight” batch drift). Intake geometry consistency (verify with gauges; don’t eyeball). Resistance consistency (spot-check to avoid hot/cold outliers). Charging port robustness and contact alignment. Dual-chamber “extra checks” Cross-leak isolation (Chamber A cannot migrate into Chamber B in storage). Switch mechanism durability (cycle test for clicks/toggles if applicable). Screen calibration (battery %, error icons, and puff count logic if present). Condensation management (long pull heat-soak scenarios). Your catalog also includes screen and dual-tank platforms (useful for “two brands / two profiles” drop narratives). If you’re validating a dual-tank screen platform, confirm the mechanical details and packaging format match your requirements before artwork lock. 6) Packaging, labeling & traceability for drop-week logisticsMake mistakes harder In a collab drop, packaging is not decoration—it’s operational control. Your goal is to: (1) prevent pick/pack errors, (2) reduce “is this real?” friction, and (3) make returns diagnosable. Shipping survivability: test like a parcel company will If you’re shipping as parcel, align packaging to realistic parcel stress profiles (drops, vibration, compression). ISTA Procedure 3A is commonly referenced for individual packaged products shipped through parcel delivery systems. If your program is sensitive (screen devices, tight inserts), test early—then freeze packaging. Reference: ISTA test procedures (3A overview). Traceability: GTINs and scannable structure Even if you’re not selling through big marketplaces, structured identifiers reduce support work. Using GS1 identifiers like GTINs makes it easier to distinguish packaging levels (each, inner, case) and keep drop SKUs clean. Reference: GS1 US: What is a GTIN?. Layer What to include Why it prevents chaos Unit box Clear SKU name, batch/lot code, variant mapping (A/B if dual-chamber) Reduces swap errors at the smallest handling unit Master case Case ID + count + scannable label + “do not mix” note for collab runs Keeps drop inventory isolated from evergreen inventory Pallet (if used) Per-pallet manifest + case range + destination warehouse code Allows fast receiving and accurate cross-dock routing 7) QC plan: sampling, functional tests, and release criteriaRelease with confidence For collab drops, “QC” should be a documented release gate, not a quick visual check. A common approach is attribute sampling (AQL-style) paired with a defined functional test set. ISO 2859-1 is a widely used framework for acceptance sampling by attributes. Reference: ISO: ISO 2859-1 sampling procedures (overview). Incoming QC (IQC) Artwork/print verification vs approved files (color, placement, legibility). Critical dimensions spot-check (ports, seals, thread/fit where applicable). Screen / indicator function test (if present). In-process QC (IPQC) Leak check protocol (time + orientation + temperature conditions). Draw consistency checks across the line (avoid batch drift). Charge acceptance and port alignment checks. Final QC (FQC): the “drop release” gate Define pass/fail in writing before production starts. For drop programs, the fastest path is: (1) sample approval, (2) pre-production pilot, (3) locked packaging, then (4) mass run with sampling + functional checks. Shipping compliance reminder (batteries) Many devices include lithium batteries. When shipping batteries internationally, UN 38.3 testing and related documentation are commonly required in transport contexts. Align your logistics team early so “drop week” doesn’t become “document week.” References: PHMSA: UN 38.3 test summary requirement and IATA lithium battery guidance (PDF). 8) Warehouse routing: speed without chaosOperational advantage Collab drops usually need “fast to first ship” more than they need the absolute lowest unit cost. That’s why USA-stock routing (and split warehouses) can be a real advantage: you can stage inventory nearer to demand, reduce transit variability, and handle replenishment in smaller, safer batches. Practical drop routing model: Stage the highest-risk SKUs (new platform, new packaging, dual-chamber) in one warehouse first for tighter control, then unlock secondary warehouses once your first wave confirms low defect rates. Tip: Keep collab runs physically isolated from evergreen inventory. Mixing is how “limited edition” becomes “support ticket edition.” How to use Extractsvape collections efficiently Use the collab collections to keep the presentation consistent: Melt x Packman and Melt x Packwoods. If you’re still choosing the best base platform, compare form factors quickly via Empty Disposable Vape Pens. Lock a single packaging spec early, then scale artwork variants—this reduces surprises late in the program. Final reminder: Extractsvape supplies empty hardware only. If you’re running a collab drop, keep your program compliant, licensed, and professionally audited—because the fastest drops are the ones that don’t require damage control later. FAQQuick answers Do dual-brand shells require different QC than single-brand shells? The hardware tests can be the same, but dual-brand drops typically require tighter packaging control, stricter labeling discipline, and stronger traceability—because two audiences are watching. What’s the #1 preventable cause of collab drop returns? Packaging and variant confusion (wrong SKU shipped, wrong chamber mapping, missing inserts) is often more common than complex hardware failure. Treat labeling as an operational control, not an afterthought. How early should we lock artwork? Lock artwork after your sample proves the shell + packaging fit. Changing structure late forces rework (die lines, inserts, barcodes), which is the fastest way to miss a drop window. Can we run a drop without formal licensing? If the collaboration uses trademarks or branding owned by others, you should treat licensing as mandatory. It’s not just legal protection—it’s supply chain stability.

Live Resin & Liquid Diamonds: Port, Intake & Coil Specs B2B Fillers Should Demand If you fill live resin or liquid diamonds at scale, hardware is not a cosmetic choice – it’s a fluid dynamics problem. The wrong intake ports, coil geometry, or power curve will turn beautiful concentrate into clogged, leaking inventory and RMAs. The right spec turns the same oil into a repeatable, low-defect SKU your team can scale. This guide breaks down the port, intake, coil and battery specs that licensed fillers in legal markets should be asking their hardware vendors for – with a special focus on live resin and liquid diamonds in empty disposable devices. 1. Why Live Resin & Liquid Diamonds Punish the Wrong Hardware Live resin and liquid diamonds sit at the thick, high-value end of the concentrate spectrum. Live resin is a medium-viscosity extract made from fresh-frozen material, rich in native terpenes and sensitive to heat and oxygen exposure during filling and use. Liquid diamonds combine THCA “diamond” crystals with terpene-rich sauce, often resulting in very high potency and a dense mix that behaves differently at room temperature, in cold-chain storage, and under coil heat. In practice, that means: Higher viscosity at lower temps – especially for liquid diamonds and high-ratio THCA formulations. More terpene sensitivity – live resin terpenes are easy to burn or volatilize if the coil runs too hot or the power spikes early in the puff. Less tolerance for sloppy engineering – small or mismatched intake ports, low-mass coils, or inconsistent battery output show up immediately as dry hits, clogging, or flooding. That’s why serious fillers treat live resin and liquid diamond SKUs as a separate engineering problem from distillate carts with heavy cut. You need hardware designed to move dense oils efficiently without cooking the terp profile. 2. Port & Intake Specs That Actually Move Thick Oil The first set of specs you should interrogate on any sample device are the oil intake ports – where the concentrate enters the coil chamber from the reservoir. 2.1 Intake diameter and count Across the vape industry, standard oil-hole diameters typically range from about 0.7 mm to 2.0 mm. Smaller ports in the 0.7–1.0 mm range are usually designed for thin e-liquids and heavily cut distillate, while the largest 1.5–2.0 mm intakes are intended for thicker oils and concentrates. For live resin and liquid diamonds, you generally want: Four or more intake ports feeding the coil (not just two small apertures). Individual port diameters ~1.6–2.0 mm for high-viscosity formulations and low-temp use. Port placement at the lowest point in the oil chamber so cold, settled oil still feeds the coil. When you evaluate sample shells, don’t just trust the drawing – ask your vendor for the actual measured port diameter and count on production tools, and confirm your thickest formulations still wick under realistic storage temperatures. 2.2 Chimney, vapor path and “no bottlenecks” rule Ports are only one part of the intake system. The rest of the path from tank to coil needs to be equally unconstrained: A straight, appropriately sized chimney that doesn’t force vapor through sharp turns or sudden cross-section changes. Smooth transitions from intake port into ceramic core – no tiny steps or lips that trap semi-molten concentrate. Tight tolerances on seals so that flow goes through the coil, not around gaskets or into dead zones that later re-solidify and cause clogs. Many “mystery” devices look similar on the outside but hide undersized ports, narrow chimneys, or poor machining. Live resin and liquid diamonds will find every weak point in that chain. Your spec sheet needs to specify each dimension, not just the tank volume and battery capacity. 3. Coil Design & Resistance Ranges for Live Resin / Diamonds Once oil reaches the core, the next constraint is coil design. For modern cannabis disposables, the typical range for high-resistance coils is around 1.0–1.4 Ω, often optimized for mouth-to-lung style draws and low-to-medium wattage devices. In many cannabis-specific cartridges, you’ll see coils advertised in the 1.2–1.4 Ω range, which helps balance flavor, vapor density and battery life. For live resin and liquid diamonds in empty disposables, look for: Ceramic, not cotton wicks for better heat distribution and reduced risk of scorching viscous oil at hot spots. High surface-area ceramic cores (porous, multi-channel designs) to spread heat and support thicker concentrates at lower bulk temperatures. Coil resistance ~1.2–1.4 Ω tuned for concentrated oils, not sub-ohm cloud chasing. Verified power bands (for example, stable performance between ~3.0–3.7 V rather than aggressive high-voltage spikes early in the puff). You should also demand material transparency. A 2025 study of legal cannabis vapes found that metals like cobalt, nickel, and zinc from device components contributed measurably to the metal content in vape liquids, highlighting the importance of alloy choice and coatings in atomizer and heater assemblies. That makes heavy-metal testing and clean material stacks (e.g., stainless steel + ceramic + appropriate plating) a front-line spec for any serious filler. 4. Battery Output, Temperature Control & Standards For thick oils, consistent electrical output is just as important as coil resistance. Spiky or under-regulated batteries can: Overshoot temperature at the start of the puff, cooking terpenes. Undershoot under heavy load, leading to partial vaporization and clog-prone residue. When you source empty disposables, ask vendors to document: Nominal voltage and power curve across the life of the cell (fresh vs. near-empty). Protection circuitry – over-charge, over-discharge, short-circuit, and over-temperature protections. Compliance with UL-style safety standards (for example, testing to the principles in UL 8139 for vape electrical systems and battery safety). Modern industry commentary around cannabis vape safety also highlights puff topography (how users actually inhale), oil rheology, and thermography as design inputs. Devices tuned only on short, gentle puffs may behave very differently once real consumers take long, hard pulls on dense liquid diamond formulations. Ask your vendor whether their validation includes “worst-case” draws and elevated ambient temperatures. 5. Hardware Specs B2B Fillers Should Write Into the PO Instead of accepting vague spec sheets, treat your purchase order as a control document. For live resin and liquid diamond SKUs, fillers in legal markets increasingly capture requirements in four buckets: 5.1 Oil & intake matching Number of intake ports (e.g., 4 ports minimum). Port diameter (e.g., target 1.6–2.0 mm for thick oils, with tolerance bands). Port height relative to tank bottom to ensure feed at low fill levels and cold storage. 5.2 Coil & temperature window Ceramic composition, porosity profile and heater geometry. Coil resistance range and validated operating voltage band. Target temperature profile under realistic puff durations for your oil type. 5.3 Battery & electronics Cell capacity sized for the intended fill volume (e.g., 1 g vs 2 g) with margin for cold environments. Documented protection features and test reports aligned with recognized safety standards. Clear labeling and batch traceability for cells and PCBs. 5.4 Materials, emissions & QC Disclosed metal alloys and coatings in the liquid path and heater assembly. Third-party heavy metal and emissions testing for representative SKUs. Defined leak-rate, clog-rate, and defect-rate thresholds (for example,<1 % leaks under defined stress tests) tied to rma terms. the goal is simple: if a vendor can’t give you these numbers, they probably haven’t engineered around live resin and liquid diamond realities – you’re doing the r&d for them with your production batches. 6. using extractsvape hardware as a shortcut if you want to skip generic “one-size-fits-all” pens, a good starting point is to evaluate hardware families already built around live resin and liquid diamond specs. for example, our catalog of live resin vapes bulk is curated specifically for concentrates that need larger intakes, ceramic cores and stable power delivery – without forcing you into a single brand mold. for diamond-heavy skus, devices from our liquid diamonds disposable wholesale lineup are designed to move dense, high-potency formulations while keeping coil temperatures in a workable window for terpene preservation and low clog rates, even under aggressive puff topography. and if you prefer to keep both concentrate types on a shared platform, our live resin + liquid diamonds disposable vape collection gives you multiple brand-ready shells that have already been vetted for dual-use performance – making it easier to standardize sops, fixtures, and leak-testing across your fill lines. however you configure your skus, the underlying principle is the same: treat hardware specs as seriously as you treat your oil formulation. when ports, intakes, coils and batteries are engineered for live resin and liquid diamonds from day one, you’re not fighting physics on every batch – you’re building a scalable, compliant, and brand-safe product line around devices that were designed for the job. disclaimer: extractsvape supplies empty hardware only. all filling operations should comply with local laws and regulations in your jurisdiction.< iv> Read Now

Extractsvape · Brand Shell Buyer Guide Best-Selling Brand Shells on Extractsvape: Muha Meds, Packman, Big Chief & Ace Ultra If you’re building or refreshing a disposable line in 2025, choosing the right branded shell is just as important as choosing the oil. With 2g disposables and dual-chamber formats now driving a large share of category growth, Muha Meds, Packman, Big Chief, and Ace Ultra housings have become some of the most in-demand reference platforms brands ask about at Extractsvape. Why brand shells like Muha Meds, Packman, Big Chief & Ace Ultra matter in 2025 Disposable and cartridge formats are still the growth engine of the vape category. Recent market research suggests the global vape cartridge market alone was about USD 1.81 billion in 2024 and is projected to more than triple by 2030, with disposables capturing a major share of that expansion. Within that growth, 2 gram devices and dual-chamber platforms have become a core trend as retailers and brands look for better value per milliliter and longer-lasting devices. For brand owners, that translates into a simple question: which shell will consumers actually recognize on the shelf? Muha Meds, Packman, Big Chief and Ace Ultra all originate from highly visible cannabis brands that have built strong reputations in legal markets for carts and disposables. On Extractsvape, their empty housings turn into ready-to-fill canvases for your own oil, strains, and compliance markings. Important note: Extractsvape supplies empty hardware and shells only. You control the oil, testing, and compliance for your destination market. Muha Meds shells: 1g, 2g & 3.5g for tiered disposable lines Muha Meds has become synonymous with high-impact, high-potency disposables in many mature markets, with multiple award-winning SKUs across carts and 2g devices. On Extractsvape, that demand translates into strong interest in Muha-style empties across three core capacities: 1g Muha Meds shells Great for trial strains, collab drops, or markets testing new regulations. Lower oil load per unit reduces risk on experimental SKUs. 2g Muha Meds shells The “new standard” size for heavy users and value-driven buyers. Better value per ml and fewer device SKUs to manage in logistics. 3.5g Muha Meds shells Flagship format for serious consumers in fully legal markets. Creates clear price and value step above 2g lines. If you want a deeper technical breakdown of how 1g, 2g, and 3.5g shells compare on cost per ml, packaging overhead, and coil matching, start with the internal guide on Muha Meds empty disposables . Packman shells: 2g capacities, big screens & dual-tank “wow” factor Packman-style shells have carved out their own niche for 2g live-resin disposables with bright screens, bold silhouettes and dual-tank options. On Extractsvape, buyers gravitate toward Packman housings when they want: Visible tech: large screens for battery and puff indicators. 2g tanks by default: aligning with the broader industry shift to 2g disposables. Dual-tank variants: two 1g chambers in a single shell for flavor pairing and collab SKUs. If your strategy is to join or compete in the 2 gram trend with a screen-equipped, instantly recognizable silhouette, a Packman housing is usually one of the first options your sales rep will walk you through. For category-level browsing and all current designs in one place, check the Packman collection page built around Packman disposable. Big Chief shells: dual-chamber icons for heavy users Big Chief has long been associated with strong, high-potency carts and concentrates, and that reputation carries over into dual-chamber 2g devices. On Extractsvape, the Big Chief Duo family stands out for buyers who want: Dual-chamber 2g formats: typically 1 g × 2 tanks in a single device. Strong shelf presence: tall, blocky silhouettes with bold branding that pop in display cases. Premium positioning: often used for “reserve” or “melted diamonds” lines rather than entry-level SKUs. Dual-chamber shells can also make inventory more flexible: one housing supports two flavor SKUs, seasonal drops, or “hybrid” flavor stories, without changing the core electronics or supply chain. To see which housings are most active today, review the Big Chief catalog and Duo devices under Big Chief Vape. Ace Ultra shells: polished premium look for mainstream markets Where Muha Meds and Packman lean into aggressive, high-impact designs, Ace Ultra shells aim for a more minimal, premium aesthetic. The 1g and 2g Ace Ultra housings that Extractsvape carries are popular with brands that want to signal “elevated but approachable” rather than “extreme potency.”

2g Empty Disposables: Global Trends, Pricing Bands & MOQ Benchmarks in 2025 In 2025, 2g empty disposable vapes have settled into the global “sweet spot” for licensed labs, white-label brands, and distributors who want higher value per unit without taking on the extreme risk profile of 3g formats. This post walks through where demand is growing, how pricing bands are shaking out, and what MOQ benchmarks you should expect when negotiating with factories or warehouse partners. Note: Extractsvape supplies empty hardware only (no oil, nicotine, or THC). Everything below is written for B2B buyers working with regulated supply chains. 1. Why 2g Empty Disposables Became the 2025 Sweet Spot Global e-cigarette and vape sales are still climbing: multiple market-research firms now peg the broader market in the mid-20-billion-dollar range in 2024 with forecasts approaching ~US$50B by 2030, implying roughly 13% annual growth. Within that, the disposable segment is the standout, with reports showing revenue more than quadrupling from the mid-single-digit billions in 2024 to well over US$30B by 2030 and growth rates close to 30% annually in some regions. While those figures focus on finished, filled products, the same demand curve is driving hardware sourcing programs for empty devices. In that context, 2g has become the preferred “hero” capacity for many licensed brands because it: Improves perceived value per unit vs. 1g without making the retail price jump feel unmanageable. Spreads fixed costs (testing, packaging, logistics) across more oil per device. Pairs well with thick formulations (live resin, liquid diamonds, rosin) when the device uses a modern ceramic or mesh coil and USB-C rechargeable cell. Still fits standard retail footprints for display cases, trays and clamshells. If you browse a focused catalog like our 2 gram disposable vape bulk collection, you’ll see that 2g is now available in almost every architecture: slim AIOs, dual-chamber designs, screen-equipped devices, and limited-edition seasonal shells. That variety is exactly why it’s worth treating 2g as its own category when you benchmark pricing and MOQs. 2. 2025 Pricing Bands for 2g Empty Devices 2g hardware pricing is no longer a mystery “black box.” Across B2B catalogs (including Extractsvape, OEM factories, and specialist hardware wholesalers), most serious quotes for 2g empty disposables in 2025 fall into three realistic bands when you normalize for features and order size. Band A: Core 2g AIO Shells (No Screen, Single Chamber) These are simple, brand-style 2g AIOs without displays or dual tanks—often modeled after popular licensed designs but sold strictly as empty shells. At 200–500 pcs per SKU: Typical per-unit range: about US$3.00–US$3.80 for straightforward single-chamber 2g empties. Design: standard LED tip or logo light, fixed voltage, ceramic core, USB-C charging. Use case: everyday SKUs, entry-level live resin / liquid diamonds, and price-sensitive markets. On Extractsvape’s own 2g category page, many classic 2g shells (without screens but with strong brand recognition) cluster in this mid-US$3 range per unit when you work backwards from box pricing, even before volume rebates or long-term agreements are applied. Band B: Premium 2g with Dual Chamber or Complex Branding Once you move into dual-chamber hardware (1g+1g configurations or two separate 2g tanks) and more complex artwork, per-unit pricing climbs but still stays inside a predictable band: Typical per-unit range: ~US$3.80–US$4.50 at 200–500 pcs per design. Design upgrades: dual airpaths, two tanks or flavors, more detailed printing, upgraded plastics and trims. Use case: flagship SKUs, collab drops, and markets where “feature stack” matters more than pure price. You’ll see this band reflected not just on Extractsvape but also on specialist hardware vendors that publish transparent B2B pricing for 2g dual-chamber and “collab-style” devices. Band C: 2g Devices with Screens & Advanced Electronics Finally, you have 2g disposables with integrated screens, battery/voltage indicators, or multi-mode logic boards. These add cost via more complex PCBs, cells, and QA: Typical per-unit range: ~US$4.50–US$5.50 at 200–500 pcs per SKU for serious, brand-style shells. Design upgrades: OLED or segment screens, puff counters, battery level icons, multiple pre-programmed voltage curves. Use case: premium and limited-edition SKUs, seasonal collections, or markets where consumers expect “smart” devices. Third-party OEMs list 2ml/2g AIO empties in a similar range when you look at real wholesale blocks—often quoting around US$3.20 per unit at 100 pcs and closer to US$3.00 per unit by 500 pcs for basic 2g shells, with incremental cost as you add screens, dual tanks, or custom tooling. That lines up well with the bands above and gives you a sanity check when comparing quotes. One more lever to budget for: packaging and compliance upgrades. Custom printed cartons, tamper-evident seals, QR codes, and multi-language warning layouts regularly add another US$0.20–US$0.50 per unit depending on material, print methods, and order size. 3. MOQ Benchmarks by Project Type MOQ is where many projects either become viable—or quietly die. The good news is that 2g empties now have fairly consistent MOQ ranges by project type. Think in terms of the decision you’re making, not just “how many units can I afford.” Scenario 1: Stock Brand-Style 2g Shells from Local Warehouses When you buy pre-tooled, brand-style empties from regional warehouses (USA, UK, EU, etc.), the MOQ is often defined by box size, not factory requirements: Typical carton size: 200 pcs or 500 pcs per SKU. De-facto MOQ: 1 carton, so 200–500 units per design. What you can usually negotiate: mixed-design pallets, where you still take full cartons per design but combine multiple SKUs per shipment. This is the model mirrored in many of the listings under our empty disposable vapes bulk and 2g categories: you get brand-style shells with proven molds and QA, while the local warehouse structure keeps lead times tight. Scenario 2: Custom Printing on Existing 2g Molds If you’re using a known 2g mold but want your own artwork and packaging, manufacturers have to amortize setup costs for printing plates, color matching, and packaging runs. In 2025, realistic MOQ expectations are: Print-only customization: Commonly 1,000–2,000 pcs per design, though some factories will quote from 500 pcs if the base shell is a popular model. Custom packaging + shell print: More often 2,000+ pcs per design, especially if you’re using specialty foils, holograms, or multi-step finishes. Sample programs: 50–100 fully printed samples are usually available once artwork is locked, often charged at higher per-unit rates plus freight. These ranges match what you’ll see if you compare serious OEM factories and platform suppliers: low published “minimum orders” (10–100 pcs) on generic marketplaces are usually either loose, unbranded stock or promotional offers for smaller local sellers—not the volume where factories will deploy full compliance documentation and consistent long-run QA. Scenario 3: New 2g Molds & Fully Custom Hardware True “from scratch” 2g hardware—new molds, unique silhouettes, custom mouthpieces—requires entirely different MOQs because the factory must recoup tooling costs over time. Typical expectations: Device tooling MOQ: commonly 5,000–10,000 units for the first production wave, sometimes split across colors or minor artwork variants. Packaging tooling MOQ: often 10,000+ boxes when you’re running fully custom cartons or plastic clamshells. Time-to-tool: anywhere from 6–12 weeks for design, prototyping, and validation before mass production. For many brands, the smarter play is to leverage proven architectures and focus your “custom” budget on print, coatings, and accessories. That’s exactly what our custom vapes program is built around: existing, validated 2g platforms plus tailored branding, rather than reinventing hardware from zero. 4. Regional Trend Snapshot: US, EU & APAC Even when you only sell empty devices, regional regulations and enforcement trends matter. They shape what your downstream customers can legally fill and sell—and how customs and carriers treat your shipments. United States: Enforcement-Heavy but Hardware-Friendly (When Done Right) In the US, regulators have been particularly aggressive toward unauthorized flavored disposable e-cigarettes sold directly to consumers. The FDA has issued multiple rounds of warning letters to online retailers selling unapproved flavored disposables and has coordinated with Customs and Border Protection on large seizure operations targeting unauthorized finished products at the border. Market data suggests that unauthorized flavored disposables still account for a significant share of US convenience-channel vape sales, but that share has begun to shrink under enforcement pressure. For empty-hardware buyers, the takeaway is: Assume continued scrutiny of flavored, consumer-facing brands in the US market. Separate your role as a hardware supplier from any involvement in unregulated oil or finished e-liquid. Work only with licensed fillers and distributors who understand PMTA, state-level flavor rules, and PACT Act obligations. 2g empties themselves can still be part of compliant US supply chains, but documentation (battery specs, material declarations, MSDS where applicable) and clean invoices are increasingly important to keep customs and logistics partners comfortable. European Union & UK: Taxes Rising, Disposable Bans Coming Several European countries are moving to restrict or fully ban disposable vapes, regardless of nicotine content, under environmental and public-health arguments. Ireland is one of the clearest examples, introducing a €0.50 per ml e-liquid tax (which pushes a 2ml disposable’s shelf price well above previous levels) and preparing legislation to ban single-use vapes and child-appealing flavors. For empty 2g devices, this has a few practical implications: Expect more demand for reusable formats or hybrid device strategies in markets planning outright disposable bans. Plan for country-specific packaging and warning layouts, even when the hardware platform is the same. Consider stocking EU-bound inventory in continental warehouses (Germany, Poland, etc.) to simplify intra-EU logistics and returns. Asia-Pacific: Volume Engine & Supply-Chain Hub Market research consistently shows Asia-Pacific as the largest revenue-generating region for disposables and the fastest-growing for the category overall, with some analyses pointing to Japan as a particularly high-growth market within the region. That same ecosystem is still the backbone of global hardware production—especially in mainland China, where most 2g molds, batteries, and PCBs are made. For 2g empties, APAC remains: The factory floor for new molds, PCBs, and battery SKUs. A sourcing hub for buyers who want factory-direct pricing, then ship into US/EU warehouses. A testbed for new form factors before they reach Western markets. The most resilient 2025 strategies use a hybrid model: validated APAC manufacturing plus distributed warehouses in the US, UK, and EU to shorten lead times and hedge logistics risk. 5. How to Use These Benchmarks in Your 2025 Sourcing Plan Bringing it all together, here’s how to turn trends, pricing bands, and MOQs into practical decisions for your 2g program: Pick your band intentionally. Decide whether each SKU belongs in Band A, B, or C. Everyday strains and price-sensitive markets sit well in Band A. Flagship collabs and seasonal shells justify Band B or C pricing (and the extra marketing). Model cost per ml, not just cost per device. 2g hardware often looks expensive compared with 1g on a per-unit basis—but once you model cost per ml (including rejection rates and logistics), 2g can be more efficient. Align MOQ with test-and-scale, not hope-and-pray. Use 200–500-pc warehouse cartons for validation runs. Only after you’ve dialed in filling SOPs and demand forecasts should you move into 1,000–2,000-pc custom print runs or larger tooling commitments. Segment sourcing by region. Keep US-facing SKUs tightly aligned with domestic enforcement trends, while EU SKUs should anticipate upcoming single-use restrictions and taxes. APAC-only SKUs can be more experimental but still benefit from the same QA standards. Centralize hardware, diversify branding. One of the best defenses against volatility is building multiple SKUs across a small set of proven 2g platforms—so you can shift artwork and market focus without re-validating hardware every season. If you’d like a starting point that already reflects these 2025 realities, the best disposable vape 2025 and 2g disposable wholesale collections on Extractsvape are curated around exactly this idea: mature 2g platforms, documented specs, and MOQs that make sense for both test batches and scale. 6. Quick FAQ for 2g Empty Disposables in 2025 Q1. Are 2g empty disposables “too risky” given current regulations? The risk regulators are focused on is unauthorized finished products marketed directly to consumers, especially flavored disposables aimed at youth. Empty devices sold into licensed supply chains occupy a different role—but they’re still part of a regulated category. Work only with partners who can document device specs and understand how their filled products fit into local law. Q2. Is there a “right” MOQ for a new 2g project? There’s no single magic number, but a common pattern for serious brands is: Initial validation: 200–500 units per SKU from local warehouse stock. Scale-up with custom print: 1,000–2,000 units per design. Long-term flagship SKUs or new molds: 5,000+ units with negotiated pricing and forecast-based release schedules. Q3. How often should I renegotiate 2g hardware pricing? With battery cells, logistics costs, and regulatory risk all moving, most B2B buyers now review hardware pricing at least once per year. Use the three bands above as a sanity check: if a quote for a basic 2g AIO sits closer to the Band C range, it should come with genuinely higher specs, better documentation, or stronger warehouse support to justify the premium. 2g empty disposables aren’t going away in 2025—they’re just becoming more structured. If you anchor your program on realistic global pricing bands and MOQs, it’s much easier to say “no” to bad deals and double-down on partners who can grow with you.