Shenzhen Luvn Vape Co., Ltd.

China Top Rechargeable E-Cigarettes Factory & Suppliers

Expert OEM/ODM Manufacturing with Advanced Smart Control, High Puffs Capabilities, and Full Quality Compliance

Global Leadership in E-Cigarette Technology & Smart OEM Manufacturing

Shenzhen Luvn Vape Co., Ltd. stands as a pioneering force in the global electronic cigarette landscape. Based in Shenzhen, China—the undisputed central nervous system of global electronic hardware innovation—we formulate high-end vapor platforms that service top-tier brands, national distributors, and large-scale importers. As a professional, fully integrated OEM/ODM electronic cigarette supplier, our engineering and production methodologies are built to address dynamic regulatory requirements and specialized user demands.

We construct modern vaping systems that integrate smart microcontrollers, medical-grade ceramic heating matrices, and high-efficiency power management units. We have made capital investments to build a comprehensive manufacturing center that operates state-of-the-art automation systems. Through a strict quality control matrix spanning raw materials to post-packaging safety clearances, we guarantee that every batch meets the highest benchmarks for international reliability.

100%
In-House Quality Control Testing
GMP
Standard Dust-Free Facilities
30K+
Max Puff Rechargeable Platforms
ISO9001
Certified Manufacturing Processes

The Shenzhen Manufacturing Advantage

Why sourcing directly from Shenzhen Luvn Vape Co., Ltd. elevates your brand's market authority.

Vertical Supply Chain Integration

From raw PCTG plastic components and medical-grade ceramic heating units to advanced Lithium-ion battery manufacturing, our proximity to component hubs optimizes logistics costs and minimizes lead times.

Advanced R&D Engineering

Our dedicated team designs dynamic temperature controls, postless cartridges, and pre-heat circuits. We continuously develop clean-vapor architectures to support complex distillates, live resin, and custom-flavor e-liquids.

Rigorous Compliance Standards

We operate fully under local and international compliance matrices. Our products carry CE, RoHS, and FCC certifications, and we actively optimize our production lines to meet the strict demands of European TPD regulations.

Developing the Future of Atomization: Ceramic, Smart Tech, and Battery Longevity

The global electronic cigarette industry has experienced a major paradigm shift. Consumers and regulators alike are moving away from basic, single-use hardware toward high-capacity, rechargeable, and highly controlled vaporizing architectures. Modern e-cigarettes are no longer just basic heating elements; they have evolved into advanced micro-electronic devices that demand precise thermal profiles, smart user interfaces, and robust safety controls.

1. The Evolution of Ceramic Heating Coils vs. Cotton Systems

Traditional cotton wicks present clear limitations: dynamic absorption limits, degradation under high temperatures, and inconsistent aerosol distribution. Shenzhen Luvn Vape Co., Ltd. resolves these challenges by introducing advanced wickless ceramic heating elements. Our proprietary ceramic structures feature optimized micro-porosity, ensuring controlled, uniform oil distribution.

For heavy distillates, live resins, and thick concentrates, our postless, cotton-free ceramic structures deliver clean, heavy vapors while eliminating spit-back and burnt hits. This technological step improves the aerosolization of cannabinoids and high-VG nicotine salts without risk of thermal degradation.

2. Power Management & Safety Engineering in High-Capacity Rechargeable Devices

As puff counts scale up to 25,000 and 30,000 puffs, standard battery architectures are insufficient. The safety profile of high-capacity cells requires smart charge control. Luvn Vape utilizes A-grade lithium cobalt oxide cells coupled with a Type-C charge controller that protects against:

  • Overcharge Protection: Terminates the input flow once cells reach peak threshold voltage.
  • Short-Circuit Protection: Immediately cuts output current if the resistance drops dangerously low.
  • Thermal Safety Management: Shuts down the circuit when temperatures exceed safe operating parameters.

Comparison Matrix of Advanced Rechargeable Vaping Technologies

Technology System Optimal Materials Best Application Scenario Key User Benefit
Postless Ceramic Cartridge Porosity-tuned Alumina Ceramic Distillates, Rosins, and Viscous Concentrates True-to-strain terpene delivery; no dry hits.
Smart Temperature Control NiCr/SS resistive sensors High puff-count variable voltage devices Consistent vapor mass density; prevents toxic byproducts.
USB-C Quick-Charge Systems Smart PMIC integrated circuits Daily high-capacity portable devices Rapid charging with built-in thermal safety mechanisms.
Integrated Digital Displays High-contrast LED/OLED micro-screens Premium consumer disposable systems Real-time feedback on remaining battery and e-liquid levels.

Custom ODM/OEM & Industry Manufacturing Flow

From conceptual engineering to mass distribution: how we secure your supply chain.

01

Technical R&D Evaluation

Our engineers assess your flavor delivery goals, target viscosity, and regional regulations to establish the initial design schematics.

02

Prototyping & Testing

We manufacture advanced mockups, run automated leakage evaluations, and conduct thermal-imaging trials to ensure safety under stress.

03

Automated Production

Production scales within our cleanroom facilities. Automated welding, ultrasonic sealing, and computerized testing ensure high yields.

04

Compliance Clearance

Every run undergoes rigorous batch checks, obtaining full TPD, CE, and RoHS declarations before export clearance.

State-of-the-Art Production Facility

Inside our Shenzhen factory: where advanced engineering meets automated assembly.

Frequently Asked Questions

Technical details, wholesale logistics, and regulatory information for B2B procurement professionals.

1. What is the standard MOQ for OEM/ODM orders at Shenzhen Luvn Vape?
Our Minimum Order Quantity (MOQ) for custom private label orders varies depending on the hardware configuration. For standard open/closed pod systems and rechargeable disposables, MOQs typically start at 5,000 units per flavor or model. This volume enables us to run high-speed automated lines and maintain cost-efficiency.
2. How does the factory prevent leaks in postless and ceramic cartridges?
Leakage control is achieved through advanced physical design and strict production protocols. We utilize oil-air separation configurations, precision silicon gaskets, and high-tolerance ceramic heating cores. During production, every batch undergoes pressure tests in our vacuum simulation chambers to ensure seal integrity.
3. Are your vape devices TPD-compliant for European distribution?
Yes, many of our platforms are designed to comply with TPD requirements. For European markets, we offer specific 2ml liquid-capacity designs, child-resistant and tamper-evident locking systems, and complete documentation packages (covering emissions testing and raw material safety datasheets).
4. Why are rechargeable disposables replacing traditional single-use designs?
Modern e-liquids are designed for long-lasting use. Rechargeability allows brands to reduce battery sizes (e.g., to 500mAh-650mAh) while offering high puff counts (up to 25k-30k). The battery is recharged via a Type-C port, ensuring the consumer can vaporize all e-liquid in the tank without wasting residual oil.
5. What customizable options do you offer for OEM branding?
Our OEM services cover complete customization: surface finishes (rubber coating, matte metallic, or clear PCTG), custom LED/OLED display configurations, variable wattage systems, specific airway structures for airflow control, branded packaging, and private label graphic designs.
6. Can Luvn Vape hardware handle high-viscosity distillates?
Yes. Our wickless ceramic heating cores and postless cartridges are optimized for high-viscosity oils, such as delta-9 THC distillates, live resin, and full-spectrum extracts. These designs prevent overheating and minimize clogging, ensuring clean, continuous vapor.