CBD 2-Station Temperature Sensing Test
The JY-WG01002 Dual-Station Temperature-Sensitive Draw Resistance Tester is a analytical instrument for assessing the aerodynamic and thermal performance of CBD cartridges, disposable aerosolizers, and atomization devices. With independent dual testing channels, it simultaneously measures real-time draw resistance (vacuum suction) and atomization core temperature, producing synchronized dynamic performance curves.
The JY-WG01002 Dual-Station Temperature-Sensitive Draw Resistance Tester is a analytical instrument for assessing the aerodynamic and thermal performance of CBD cartridges, disposable aerosolizers, and atomization devices. With independent dual testing channels, it simultaneously measures real-time draw resistance (vacuum suction) and atomization core temperature, producing synchronized dynamic performance curves.
The JY-WG01002 Dual-Station Temperature-Sensitive Draw Resistance Tester is an advanced analytical instrument designed to evaluate the aerodynamic and thermal performance of CBD cartridges, disposable aerosolizers, and atomization devices. With independent dual testing channels, the system simultaneously measures real-time draw resistance (vacuum suction) and atomization core temperature, generating synchronized dynamic performance curves.
Equipped with high-precision negative-pressure sensors and standardized airflow regulation—including the standard 17.5 mL/s testing rate—the instrument supports both sine-wave and trapezoidal airflow patterns to accurately simulate real-world puffing regimes. It automatically detects critical operating anomalies such as cotton core overheating or substandard atomization performance. Integrated data logging enables direct export of test results as Excel reports or integration into factory MES (Manufacturing Execution Systems). This makes the unit an ideal solution for atomization R&D laboratories and inline batch quality control. Customized airtight sealing fixtures for different product dimensions can be engineered upon request.
Key Features & Technical Advantages
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Independent Dual-Station Operation: Two autonomous channels enable simultaneous testing of different samples without cross-interference, significantly improving testing throughput for both R&D and production lines.
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Synchronized Thermal & Vacuum Mapping: Real-time monitoring across a -5000 Pa to 0 Pa vacuum range and 0°C to 200°C temperature range, capturing the exact correlation between airflow draw and core heating temperature.
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High-Precision Metrology: Provides a draw resistance display resolution of 0.1 Pa and a repeatability accuracy of ±10 Pa, ensuring consistent measurement performance across test cycles.
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Programmable Puffing Simulation: Fully adjustable drawing speeds (0–50 mL/s), puff volumes (0–100 mL), and cycle durations (0–999 s) accommodate a wide range of e-liquid viscosities and internal duct configurations.
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Automated Anomaly Detection: Real-time monitoring algorithms immediately identify core overheating or substandard combustion efficiency during simulation cycles.
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MES & Data Connectivity: Seamlessly exports comprehensive inspection data to Excel and connects to corporate MES databases via standard protocols to support complete quality traceability.
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Custom Fixturing: Supports non-standard hardware customizations and tailored sealing fixtures designed for specific mouthpiece and cartridge designs.
Primary Applications
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Atomization R&D Laboratories: Prototype evaluation, thermal conductivity testing of ceramic versus cotton cores, and airflow duct optimization.
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Quality Control (QC/QA) Facilities: Incoming quality control (IQC) for empty cartridges and outgoing quality assurance (OQA) for finished vaping devices.
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Automated Production Lines: Inline integration for high-speed functional validation and batch sampling inspection.
