PLA-GPA1000 Automatic sampler with atmosphere protection

Key Features

● Based on GPA1000 fully automated mechanical platform, efficiently completes the sampling and injection processes;

● Automatic position switching function achieved through precision multi-axis motors;

● Minimizes the impact of manual operations, ensuring testing accuracy and repeatability;

● Computer-human interaction software with intelligent user interface;

● Built-in various experimental methods, allowing customization and saving of experimental methods;

● Compatible with mainstream imported, domestic gas chromatographs, and various specialized sensors and detectors.

The PLA-GPA1000 fully automatic sampler utilizes precision multi-axis motors to automate the sampling, delivery, and injection processes, standardizing experimental procedures, improving efficiency, and reducing human errors.

During the entire sample delivery process, the PLA-GPA1000 fully automatic sampler is protected by carrier gas, effectively preventing air interference with the gases to be detected (CO, CH₄, H₂, O₂, C₂H₄, etc.) during photocatalytic CO₂ reduction. It is also compatible with mainstream imported and domestic gas chromatographs and can be used in conjunction with headspace samplers.

The injection needle of the PLA-GPA1000 fully automatic sampler uses a high-precision imported Hamilton microsyringe, allowing flexible adjustment of system sensitivity by changing the sample volume through software settings.

 
Figure 1. 1 mL specification imported Hamilton microsyringe

The PLA-GPA1000 fully automatic sampler system utilizes computer-human interaction software with an intelligent user interface. The software includes various built-in experimental methods, allowing customization and saving of experimental methods.

 
Figure 2. PLA-GPA1000 control software main interface

Technical Specifications