The AopuLe fully automatic thermal desorption system is designed for VOCs analysis in air and materials, complying with national standards. It features fully automated tube desorption and injection with zero carryover, and is compatible with GC or GC-MS. Ideal for ambient air monitoring, indoor air quality testing, and material emission tests. Available factory-direct with technical support and customization.

The AopuLe fully automatic thermal desorption system is designed for VOCs analysis in air and materials, complying with national standards. It features fully automated tube desorption and injection with zero carryover, and is compatible with GC or GC-MS. Ideal for ambient air monitoring, indoor air quality testing, and material emission tests. Available factory-direct with technical support and customization. Request a quote today.

The AopuLe fully automatic thermal desorption system is designed for VOCs analysis in air and materials, complying with national standards. It features fully automated tube desorption and injection with zero carryover, and is compatible with GC or GC-MS. Ideal for ambient air monitoring, indoor air quality testing, and material emission tests. Available factory-direct with technical support and customization. Request a quote today.

The AopuLe thermal desorption system is designed for VOCs analysis in air and materials, complying with national standards. It features fully automated tube desorption and injection with zero carryover, and is compatible with GC or GC-MS. Ideal for ambient air monitoring, indoor air quality testing, and material emission tests. Available factory-direct with technical support and customization. Request a quote today.

The fully automatic thermal desorption instrument calibration device is specially designed for the preparation of adsorption tubes, which can efficiently and accurately prepare adsorption tube standards with different concentration gradients. The system uses a robotic arm to first clean the injection needle, then inject different concentrations of standard solution into the adsorption tube, and finally blow the adsorption tube with inert gas. The entire process is mechanized to avoid errors caused by human operation.