The “Switch Life test” is an important quality control step in vape product manufacturing to verify the durability and reliability of the switch or button
The “Atomizer Life Test” is a vital quality control step in vape product manufacturing, verifying the atomizer’s durability, consistent performance, and overall quality.
The “Battery Aging Test” in vape products is a quality control procedure that evaluates the performance and longevity of the rechargeable batteries used in electronic cigarettes or vaporizers.
During the transportation of electronic cigarettes, sudden changes in air pressure inside and outside the transport space, especially when transported by airplane, where the pressure in the aircraft cabin undergoes significant changes at high altitudes, we ensure that electronic cigarettes do not automatically terminate the operation of the battery and heating element during the transportation process to guarantee the safety of the transport.
The “Standard puffs quantity test” for vape products is a quality control procedure that assesses the number of puffs a vape device can deliver consistently before its performance declines.
The Charger Aging Test for vape products is a quality control procedure that evaluates the durability, reliability, and safety of the device’s charger. This test typically involves subjecting the charger to repeated charging and discharging cycles to simulate real-world usage conditions.
It evaluates vapor production, flavor delivery, and battery life to ensure the product provides a satisfying and consistent vaping experience for users. This test simulates real-world usage conditions to verify the product’s quality and functionality.
The High & Low Temperature testing is a critical quality control measure in vape product manufacturing, ensuring that the devices function safely and reliably across a wide range of temperature conditions to meet user expectations and regulatory requirements.
A Vibration Test for vape products is a quality control procedure that involves subjecting the vape device to mechanical vibrations to assess its durability and resistance to vibration-induced issues.
A Transportation Test for vape products involves simulating the conditions and stresses that vape products might experience during transportation from manufacturing facilities to distribution centers or end-users.
Process Quality Control for vape products is a critical part of manufacturing that focuses on consistent quality, safety, compliance, and efficiency throughout the production journey, ultimately leading to reliable and high-quality vape products.
anti-static" refers to measures and precautions taken to prevent the buildup and discharge of static electricity during manufacturing processes.
SOPs are essential components of Process Quality Control in vape product manufacturing.
These pictures serve as reminders for operators to pay close attention to specific critical points or steps in the production process.
The initial workpiece is of significant importance because it serves as the foundation for the entire production process.
A PQC report in vape products manufacturing is a comprehensive document that records and analyzes data related to the quality and performance of various stages of the production process.
charging and classifying battery components are essential steps in vape product manufacturing to ensure safety, performance, regulatory compliance, and consumer education.
Parameter test control for atomizers in vape products focuses on evaluating and regulating various performance factors to guarantee quality, safety, consistency, and compliance.
Welding control for resistance wire in vape products is a critical aspect of manufacturing that focuses on quality, consistency, safety, and performance of the final vape coil components.
the "Circuit parameter check" is a critical quality control step in vape product manufacturing that ensures proper circuit design, safety, consistency, and compliance with industry standards.
The "smoking test" is a crucial step in ensuring that each vape product leaving the manufacturing line meets quality and safety standards and functions as expected for end-users.
It is a simple but essential tool worn by personnel to prevent the buildup and discharge of static electricity, which can potentially damage sensitive electronic components in vape devices.
Anti-static gloves are an important tool in vape product manufacturing to protect electronic components from static electricity, ensuring product quality, reliability, and safety.
Anti-static ironing helps to minimize the generation of electrostatic charge during the process of vape manufacturing.
An Anti-static Transit Corner in the context of vape products refers to a specialized packaging or protective component designed to mitigate the buildup and discharge of static electricity during the transportation of these products.
Test for pneumatic switch is an essential quality control step in vape product manufacturing to guarantee proper functionality, safety, performance, and user satisfaction related to the activation mechanism.
An Anti-static Container for vape products is a specialized storage or packaging container designed to prevent the accumulation and discharge of static electricity.
An "Anti-static Uniform" for vape product manufacturing is specialized clothing worn by personnel to prevent the buildup and discharge of static electricity. It helps in maintaining product quality, safety, and reliability by preventing electrostatic issues.
Supply Chain Quality for vape products aims to maintain consistent, safe, and high-quality products by overseeing and optimizing the quality control processes across the entire supply chain, from suppliers to consumers.
Classifying battery components for vape products is a critical step in ensuring safety, compliance with regulations, and optimal performance.
IQC tests for raw materials in vape product manufacturing involve a thorough evaluation of the materials used to ensure they meet predefined quality standards and safety criteria.
Warehouse management for raw materials in vape manufacturing involves the efficient handling, storage, and tracking of the various components and supplies needed for production.
A working life test for resistance wire in vape products involve subjecting the wire used in coils to prolonged use, simulating real-world vaping conditions. It is a quality control measure that ensures vape products are equipped with durable, safe, and consistent coil components.
Multifunctional test equipment for electronic performance in vape product manufacturing is a versatile testing system designed to assess various aspects of electronic components and their functionality.