Smoking & E-Cigarette Testing Machines for Quality Control and Performance Evaluation

Floor Standing Smoking Machine

The Smoking/E-Cigarette Testing Machines Series is designed for comprehensive testing of electronic cigarettes. These machines are used to measure key performance indicators such as draw resistance, puff count, voltage, current, and smoke concentration. They are suitable for use in production quality control, product development, and compliance testing.

Battery Pressure Relief Safety Test Machine

Equipped with a computer-controlled system, the machines allow real-time data collection and export. This improves efficiency, ensures consistent results, and supports traceable documentation. The modular design and flexible parameters make them suitable for different types of e-cigarette products, including disposable, rechargeable, and refillable models.

Suction Resistance Test Machine

Main Functions:
1. Draw Resistance Testing: Accurately evaluates airflow resistance during inhalation.
2. Puff Count Recording: Monitors the number of puffs under preset conditions.
3. Voltage & Current Measurement: Checks battery output stability.
4. Smoke Concentration Analysis: Measures aerosol output for consistency and compliance.
5. Data Export: Results can be saved and exported in standard formats for further analysis.

These machines are widely used by:
1. E-cigarette manufacturers: For routine quality checks during production.
2. Testing laboratories: For third-party verification and compliance.
3. R\&D teams: To support product development and performance tuning.

System Advantages:
1. Reliable and Consistent: Built with high-precision sensors and stable control systems.
2. Real-Time Monitoring: Automatic test execution and data logging.
3. User-Friendly Interface: Easy to configure and operate, with adjustable parameters.
4. Adaptable Design: Compatible with various e-cigarette formats and international test standards.

The Smoking/E-Cigarette Testing Machines Series helps manufacturers meet growing industry demands for quality, safety, and regulatory compliance. With stable operation and accurate testing results, it supports continuous improvement in both product development and mass production.