Hardware Quality Assurance & Heavy-Metal Defense
Protecting extract brands against contamination risks and field failures. Every batch of Sampson vape hardware is engineered with clean ceramic cores, undergoes vacuum leak testing and automated micro-ohmic coil verification inside our Shenzhen Class 100,000 cleanroom, with third-party lab testing coordinated upon request.
- Heavy-Metal Safety Design Baseline
- Sub-0.3% Documented Field Defect Rate
- Third-Party Testing Available on Request
Comprehensive Four-Stage Testing Protocol
Zero blind spots. We inspect every sub-component prior to assembly, verify structural integrity during production, and test the finished hardware before palletization.
Raw Material Purity Screening
Incoming high-purity medical alumina ceramics, borosilicate glass, and SUS316 stainless steels undergo strict material inspection to prevent heavy-metal contamination.
Vacuum Altitude Chamber Testing
Sample hardware is placed in negative pressure vacuum chambers simulating air transport depressurization and high-altitude transit to verify airtight seal performance.
Thermal Shock & Ohmic Check
Embedded ceramic heating elements undergo automated resistance verification and rapid heating cycles to verify thermal consistency and eliminate dry burning.
Batch Traceability & Testing Support
Every production batch is assigned a unique tracking lot number. Independent third-party laboratory testing can be coordinated upon request to meet regional compliance standards.
Heavy-Metal Defense & Testing Support
Engineered from the ground up to prevent contamination. Third-party analytical lab testing can be coordinated upon request to meet your regional compliance needs.
Why Sampson Hardware Eliminates Heavy-Metal Migration
Most heavy-metal failures in the vape industry originate from cheap brass internal chimneys or substandard nickel-plated heating coils. When acidic terpene fractions react with these metals, heavy metals can leach into your extract.
- ✓Full Ceramic Fluid Paths: In our GCELL and all-ceramic series, oil never touches metal surfaces. The central post, reservoir base, and mouthpiece are high-purity sintered ceramics.
- ✓Medical-Grade SUS316 Stainless Steel: Where metal is engineered for structural rigidity, we strictly utilize high-grade SUS316 stainless steel with clean raw material verification.
- ✓High-Temperature Sintered Wire: Our heating resistance wire is mechanically embedded inside the ceramic core during high-temperature kiln firing, eliminating toxic chemical bonding glues.
Engineered for Pressure Balance & Climate Resistance
Oil viscosities thin out in warm dispensary displays and expand during air freight. Sampson subjects hardware to environmental stress testing to prevent field leaks.
Negative Pressure Altitude Testing
Hardware is evaluated in vacuum depressurization chambers simulating air cargo conditions and high-elevation mountain markets to verify seal integrity.
Thermal Shock & Climate Cycling
Hardware undergoes low-temperature to elevated-temperature cycling to test silicone gasket elasticity and glass reservoir thermal stability.
Centrifugal Force & Impact Testing
Evaluation samples undergo kinetic vibration and centrifuge testing to simulate real-world logistics handling without seal rupture or leakage.

Medical Cleanroom Assembly & Automated Metrology
Particulates inside empty hardware result in burnt tastes and clogged oil ports. Sampson operates medical-grade Class 100,000 dust-free cleanrooms where air filtration cycles eliminate airborne contaminants.
100% outer diameter scanning ensures effortless alignment on automated capping presses.
Pre-racked in CNC-cut foam trays directly compatible with Thompson Duke and automated fillers.
Automated airflow sensors detect micro-obstructions before final blister packaging.
Glue-free mechanical locks prevent volatile organic compound (VOC) emissions under high heat.
Verified International Compliance Framework
Our manufacturing operations and raw materials conform to non-negotiable medical, electrical, and regional heavy-metal safety thresholds.
100% Lot-Traceable Quality System
We ensure complete manufacturing transparency. Every production lot is traceable to cleanroom assembly shifts, with third-party testing coordinated upon request.
Batch Sampling Inspection
During cleanroom assembly, random statistical sampling pulls production units from every interval for in-house mechanical and dimensional verification.
Third-Party Testing Coordination
Independent analytical testing can be coordinated with accredited third-party laboratories to verify heavy-metal safety for your target jurisdiction.
Lot Traceability & Support
Master shipping cartons feature clear lot identification, enabling full traceability from raw ceramic materials to final dispatch.
Kevin Wang
Zero catastrophic recall events across 85M+ dispatched hardware units
Request Third-Party COA Packages & Evaluation Hardware
Speak directly with our Shenzhen engineering and export team. Receive clear technical advice, sample validation kits, and transparent volume quotations without broker markups.
MANUFACTURING PLANT ADDRESS Shenzhen Sampson Technology Co., Ltd.
3rd floor, Building B, Xingfengyuan Industrial Park, Saierkang Road NO.73, Xinqiao, Baoan, Shenzhen, China (518125)
Request Testing Data & Hardware Samples
Complete this form to receive technical datasheets, certified COAs, and evaluation samples within 12 business hours.