ILEVA PLBOX 2.0 / 1.0 / 0.5 Gram Live Resin / Rosin Disposable Vape Pen
Price range: $0.00 through $39.00Empty Live Resin Disposable Vape
ILEVA PLBOX
Samples & Bulk Inventory Available from U.S. & Canada Warehouses
For both Direct Buy Online & Facotry-Based White Label Service
Compare empty disposable vape hardware for live resin and live rosin, including postless and ceramic-center-post AIO devices for sample testing, wholesale sourcing and custom brand programs. Review single-tank and dual-chamber formats, available fill capacities, screen options and adjustable-voltage configurations. This collection is for empty hardware buyers—oil and prefilled products are not included.
Shortlist hardware around the actual formulation, planned fill volume, viscosity behavior, intake-hole design, heating architecture, airflow, activation method and operating profile. The same extract can perform differently across postless, ceramic AIO and lower-voltage devices, so confirm the final model through representative sample testing with the intended filling and capping process.
Choose the right path for your project: review U.S. ready-to-ship hardware, compare broader wholesale AIO options, or request factory-direct customization. Availability, MOQ and lead time depend on the selected model and project scope.
Showing 17–23 of 23 results


Empty Live Resin Disposable Vape
ILEVA PLBOX


Live Rosin Disposable Pen
ILEVA SPLBOX


Disposable Dab Pen


Dual Cart Disposable


Dual Disposable Vape


Dual Chamber Disposable


Postless Disposable
Review activation method, preheat, adjustable or low-voltage settings, airflow, charging and the complete filling and capping workflow. Draw-activated and button-operated devices can heat the same formulation differently, and lower voltage is not automatically better. Record the tested setting, storage orientation and time-to-use so the chosen live resin or live rosin hardware can be reproduced in production.
Compare the oil path before choosing a body style. Postless AIO hardware can provide a direct tank-to-core path with fewer internal obstructions, while ceramic center-post designs may offer a familiar structure and controlled delivery. Intake-hole placement, ceramic formulation, airflow and reservoir geometry all influence how a specific live resin or live rosin formulation reaches the heating element.
Architecture alone does not guarantee compatibility. Test the intended extract in the exact device configuration and confirm filling, capping, storage orientation, activation and voltage settings before approving production.
Match fill capacity to the tested formulation and the intended use case. Available models may include compact single-tank formats, larger reservoirs and dual-chamber layouts, but the stated capacity should not be treated as proof of oil compatibility or usable performance.
For dual-chamber hardware, confirm whether the project requires two separate formulations, independent tanks or a specific activation sequence. For every format, validate fill volume, headspace, intake coverage, storage stability and draw-to-draw consistency with the production oil.
Compare controls that can be tested and repeated: auto-draw or button activation, available voltage ranges, preheat behavior, airflow and screen or interface options. These features should support the formulation and operating profile rather than add complexity without a clear use case.
Document the approved sample settings, fill method, capping procedure, rest time and storage conditions before moving to wholesale or customized production. Re-test after any change to the oil, intake design, heating element, firmware or packaging workflow.
Begin with representative samples filled with the production formulation. Record viscosity, fill temperature, headspace, intake behavior, activation method, tested voltage, draw resistance, leakage, clogging tendency and output consistency after storage. Evaluate the same live resin or live rosin disposable hardware across repeat fill, storage and use cycles rather than relying on appearance or a single short test.
Compare postless AIO hardware, ceramic center-post devices, single-tank and dual-chamber layouts according to the formulation and intended capacity. Thick-oil disposable hardware may require a different intake path, preheat profile, airflow or voltage range than a standard distillate device. For live rosin hardware programs, controlled lower-temperature operation and consistent oil delivery may be especially important, but no architecture should be selected without testing the actual extract.
After a model passes the oil and workflow test, confirm the purchasing route. Selected configurations may be available through U.S. ready-to-ship hardware inventory; broader sourcing programs can move through wholesale AIO hardware. Custom projects may include logo application, device color, interface details and packaging through ILEVA’s white label program and custom packaging service. Availability, lead time and MOQ depend on the exact model and project scope.
Tell us the oil type, target capacity, preferred postless or ceramic center-post architecture, approximate quantity, filling and capping workflow, and whether you need samples, local inventory or a custom program. We will confirm the most relevant live resin or live rosin hardware route and current availability.