| Availability: | |
|---|---|
| Quantity: | |
The 8-Station Precision Vape & E-Cigarette Smoking Test Machine is a lab-grade vaping test machine designed for comprehensive evaluation of disposable and refillable e-cigarettes, vape pens, and similar products. As a disposable e-cigarette vape smoke analysis testing machine, it simulates human inhalation through programmable puff parameters, measuring vape smoke concentration test, vape smoke temperature test, and other key performance indicators critical to quality control and product certification. Equipped with PLC and touchscreen control, the system provides repeatable, high-accuracy results for vape lab testing machine applications in R&D, manufacturing QC, and regulatory labs. Collected smoke can be analyzed for chemical composition post-capture
Specification:
Product dimension | 1200*610*730mm |
Power supply | AC220V, 50HZ |
Net weight | About 176kg |
Button function | With fixture and fire button |
Supply air source | 0.4~0.8MPa |
Control system | PLC+10.5 inch touch screen |
Suction mode | Sine wave/trapezoidal wave |
Suction speed | 0.1~60ml/s can be set |
Suction volume | 1~100ml (accuracy ± 0.1%) |
Each puff interval | 0.1~999 seconds can be set |
Suction interval | 0.1~999 seconds can be set |
Puff No. | 1~999999 can be set |
This vaping test machine features eight independent stations, enabling parallel testing of multiple samples. This significantly increases throughput for product validation and QC labs, reducing test cycle time while maintaining data integrity for vape smoke concentration test and other performance metrics.
The machine uses piston-type suction with adjustable suction speed, volume, and interval parameters to precisely mimic human inhalation. This precision supports reliable vape smoke temperature test and vape surface temperature test results, critical for comparing product performance against design specifications.
With PLC control and intuitive HMI, operators can configure test protocols including suction cycles, duration, and intervals, ensuring repeatable conditions across tests. Captured smoke and collected samples can be used with vape chemical composition test equipment for downstream analytics.
The system continuously monitors suction resistance and displays negative pressure in real time. Exceeding preset thresholds triggers automatic alarms to protect samples and ensure data validity, essential for regulated vape lab testing machine environments.
Selectable suction waveforms (sine/trapezoidal) allow compatibility with varied product designs (disposable vapes, pod systems). Collected smoke can be captured via bottles or filters for later analysis of chemical composition, supporting comprehensive input for vape smoke concentration test and laboratory reporting.
As a vape lab testing machine, this system provides controlled conditions for product design validation, enabling engineers to measure vape smoke concentration test, temperature responses, and resistance profiles critical to performance enhancements and regulatory submissions.
Used on production lines for batch quality checks of disposable and refillable vape products, this vaping test machine ensures consistency and helps identify defects early, reducing recalls and maintaining brand standards.
Testing facilities and labs can leverage this machine as a vape chemical composition test equipment platform to capture smoke and provide samples for chemical analysis, supporting compliance with international safety standards and reporting requirements.
Independent testing organizations can offer contract vape smoke temperature test and vape surface temperature test services using this system, enabling broader industry adoption for product evaluations and comparatives.
Q1: What types of devices can this machine test?
This system is designed for testing a wide range of vape products including disposable e-cigarette vape smoke analysis testing machine applications, pod mods, and similar designs. Adaptors may be used for varied form factors.
Q2: Can we capture smoke for further chemical analysis?
Yes. The machine can use provided glass bottles or Cambridge filters to collect smoke samples, which can be analyzed with vape chemical composition test equipment for detailed reporting.
Q3: How customizable are the test parameters?
Test parameters including suction speed, volume, intervals, and puff counts can be fully programmed via the PLC + touchscreen interface to match industry protocols or internal lab standards.
Q4: Can this machine help with vape smoke concentration test?
Yes. Real-time suction monitoring supports quantifying vape smoke concentration test metrics, and collected data can feed into analytical workflows for product evaluation.
content is empty!