Explore our foundational equipment, customizable hardware, and automated manufacturing solutions optimized for the global vaping market.
Founded in the global heart of electronic atomization manufacturing—Bao’an District, Shenzhen, Guangdong Province, China—Shenzhen Lush Vape Co., Ltd. has pioneered the research, engineering, and manufacturing of high-performance vaporization hardware. As an industry-leading OEM/ODM partner, our mission is to build highly reliable, technologically superior, and fully compliant vaping systems designed specifically for cloud chasers and performance enthusiasts worldwide.
Guided by our foundational business philosophy of “innovation-driven development and quality-oriented growth”, we bridge the gap between complex engineering and end-user safety. Our facilities run advanced formulation laboratories and strict production protocols, ensuring that every batch of vaporizers, mod enclosures, and e-liquids meets rigorous international thresholds.
Production Base
CE & RoHS Certified
R&D Engineers
Exporting Countries
How technical innovations in sub-ohm coils, high-capacity cells, and chipsets have reshaped the high-vapor industry landscape.
Modern cloud chasing is no longer reliant on risky mechanical mods. B2B buyers now demand advanced control boards featuring real-time ohm measurement, buck-boost voltage regulation, and multiple safety cutoffs (short-circuit, over-temp, low-resistance).
The transition from standard wire coils to dual-mesh structures has dramatically expanded the surface heating area. This maximizes vapor density and flavor retention while eliminating hot spots and dry-burn risks during high-wattage cycles.
To produce dense clouds, sub-ohm systems require complex thermodynamic engineering. Precision-cut dual and triple slot bottom air intakes allow massive air volume to instantly cool down the coil and prevent localized overheating.
At Shenzhen Lush Vape Co., Ltd., we control the entire lifecycle of our devices. Our manufacturing floors feature class-10,000 cleanrooms and advanced automation systems. We utilize automated disposable vape filling and capping systems that eliminate human error and maintain precision fluid volume control within ±0.01ml tolerances.
Our formulation laboratory is staffed by clinical chemists who test e-liquids for thermal emissions, carbonyl emissions, and heavy metal concentrations. By selecting food-grade metals, pure medical-grade plastics, and high-temp-resistant borosilicate glass, we guarantee that our gear remains structurally inert under extreme, high-wattage vaporizing environments.
This stringent approach allows us to confidently supply some of the largest global brand groups, providing them with reliable hardware that performs flawlessly from the first puff to the last.
A strategic breakdown of how Shenzhen Lush Vape addresses compliance, logistics, and customized manufacturing at scale.
The Challenge: Rapidly changing cross-border regulations (such as TPD in Europe, PMTA in the USA, and local tax declarations) block millions of dollars of inventory at custom borders.
Our Solution: Every device leaving Lush Vape is pre-tested and certified (CE, RoHS, FCC, TPD). We provide full chemical assay transparency, component certificates of conformity, and trace coding.
The Challenge: Brands struggle to differentiate their products in a saturated market dominated by copycat hardware designs.
Our Solution: Our specialized ODM services utilize advanced raw materials like titanium alloys, heat-resistant polymers, and custom mod enclosures (aluminum, copper, steel) to produce bespoke, high-end aesthetics.
The Challenge: Mismatches between e-liquid formulations (e.g., high VG ratios) and hardware wicking structures cause constant leaking or burnt coils.
Our Solution: We customize wicking inlet sizes and mesh designs dynamically based on the exact viscosity profile of your target e-liquid to ensure perfect, zero-dry-hit operation.
Compliance is not an afterthought; it is the baseline of our engineering design and manufacturing philosophy.
Cloud chasing gear operates under high electric current and high temperatures. Without CE (Conformité Européenne) testing, devices present substantial electrical and thermal risks. Our CE-marked hardware is rigorously evaluated against the European Low Voltage Directive (LVD) and Electromagnetic Compatibility (EMC) standards.
Furthermore, our compliance with RoHS guarantees that no hazardous substances (such as lead, mercury, or cadmium) are present in our heating elements or soldering points. This is particularly crucial during sub-ohm vaporization, where micro-particulate release must be prevented at all costs.
Our ISO9001 quality management framework ensures that every step, from material sourcing to final packaging, is fully documented, giving you and your retail partners absolute peace of mind.
As a global B2B supplier, we stay ahead of market shifts. Our research and development lab is actively working on the next generation of cloud chasing systems. Key milestones in our roadmap include:
Technical and commercial answers to help global distributors, importers, and brands navigate sub-ohm hardware sourcing.
Cloud chasing requires high-performance sub-ohm atomizers (resistances below 0.2 ohms), advanced wicking channels, and wide adjustable airflow paths to vaporize dense vegetable glycerin (VG) e-liquids at high wattages (typically 50W to 100W+). Standard pod devices run on higher resistance coils designed for mouth-to-lung (MTL) draws with lower vapor production.
All raw material components are sourced from verified suppliers and inspected under ISO9001 quality controls. Before shipping, each batch of devices is tested in certified laboratories for electromagnetic compatibility, safety limits of thermal performance, and the exclusion of hazardous substances (compliant with RoHS 2.0).
Yes, we provide full ODM services, allowing customers to design bespoke aluminum, copper, steel, and zinc-alloy mod enclosures. Our production line integrates high-precision CNC machinery and laser-marking systems for customized metal box mod branding.
We use high-grade organic Japanese cotton and coordinate the physical spacing of the liquid ports with the viscosity of the target e-liquid. For custom e-liquids, we calibrate the flow parameters using thermodynamic testing chambers to ensure quick, stable absorption at peak output.
Standard OEM production ranges from 15 to 25 days depending on the volume and packaging specifications. Express global shipping options are available with support for custom clearances to ensure rapid warehouse delivery.
B2B catalog extensions: automated packaging, premium modifications, storage solutions, and precision hardware accessories.