The HNB Comprehensive Testing Machine is a professional-grade analytical system specifically engineered for the rigorous testing of heated non-combustible smoking equipment. By integrating high-precision sensing technology, this equipment provides real-time monitoring of critical performance metrics including smoke temperature, suction resistance, and smoke concentration, ensuring that every product meets strict safety and quality standards.
Designed for efficiency and scientific accuracy, the system features an advanced pumping mechanism utilizing high-borosilicate glass containers and a sophisticated PLC control interface. With its ability to simulate regular and trapezoidal wave smoking patterns and export detailed data via Excel, it offers an indispensable solution for manufacturers seeking to optimize product reliability and conduct deep-dive substance analysis.
Detailed Parameters
| Power Supply | 220V AC 300W | Number of Positions | Single / Two / Five Stations |
|---|---|---|---|
| Control Method | PLC + Human-Machine Interface (HMI) | Extraction Speed | Adjustable 0 to 60ml/s |
| Extraction Capacity | 100ml | Extraction Time | Adjustable 0 to 100s |
| Extraction Interval | 1 ~ 999s (Adjustable) | Equipment Size | 800500665 (LWH) mm |
| Temperature Range | 0-200℃ | Detection Channels | 3 channels per workstation |
Key Advantages
High-Precision Materials
Utilizes high-borosilicate glass containers for pumping, ensuring chemical stability and extreme precision during suction.
Dynamic Wave Simulation
Supports both regular and trapezoidal wave smoking actions to simulate realistic human usage patterns.
Real-Time Monitoring
Instant detection of smoke temperature and suction resistance allows for immediate quality assessment.
Intelligent HMI Control
Equipped with a PLC-driven interface for intuitive operation and precise parameter adjustment.
Substance Collection
Specialized fixtures are integrated to collect exhaled substances for further laboratory chemical analysis.
Seamless Data Export
Automatically generates test records and supports one-click export to Excel spreadsheets for reporting.
Product Gallery
Management Platforms
Batch Testing Logic
Easily manage multiple test cycles and sample batches with standardized PLC programming.
Parameter Optimization
Quickly adjust extraction speeds and intervals to match diverse product specifications.
Real-time Alerts
Instant notification systems for temperature spikes or suction resistance failures.
Quality Traceability
Every "bite" of data is recorded, providing a full digital footprint for each tested unit.
Multi-Station Sync
Synchronized control for 1, 2, or 5 stations to maximize throughput in production lines.
Compliance Reporting
Standardized Excel output formats designed to meet industry regulatory documentation needs.
Investment Return Comparison
| Comparison Metric | Manual Testing | HNB Comprehensive Machine |
|---|---|---|
| Testing Accuracy | Subjective / Variable | High Precision / Repeatable |
| Data Collection | Manual Logging | Automated Real-time Recording |
| Throughput | Low (Single Sample) | High (Up to 5 Stations) |
| Analysis Depth | Surface Level | Full Waveform & Substance Analysis |
| Labor Cost | High (Constant Supervision) | Low (Automated Cycles) |
Frequently Asked Questions
It is primarily used in the electronic industrial equipment manufacturing sector to test heated non-combustible smoking devices for temperature, suction resistance, and smoke concentration.
Yes, the software allows users to set both regular and trapezoidal wave smoking actions to simulate various real-world user behaviors.
The system automatically records every data point and can generate a table file that is exported directly as an Excel spreadsheet.
The equipment utilizes high-precision, small inner diameter high borosilicate glass containers to ensure stability and prevent contamination.
Absolutely. The extraction speed is fully adjustable from 0 to 60ml/s, allowing it to adapt to a wide range of electronic smoking equipment specifications.
Yes, the machine is available in single-station, two-station, and five-station configurations to meet different production volume requirements.
