- Flexible options
- Multi-station test platform to meet diverse needs
- Tailor-made
- Customized testing platform deeply fits the customer's personalized process flow
- Intelligent control
- The system is equipped with self-developed intelligent control and intuitive interface, which supports rapid model change and improves efficiency.
- Stable and reliable
- Passed strict stability testing to ensure reliable long-term operation
Hairuis mobile phone automated air-tightness testing platform adopts Zhongtong and module manipulator design. It is suitable for testing semi-finished and finished mobile phones, with a throughput rate of up toMore than 99%, can be connected with front and rear station automation equipment, UPH can reach more than 350 at 3 stations, and UPH can reach more than 420 at 4 stations.It has functions such as automatic code scanning, MES station detection and background data upload.
Hairis smart wearable automated air-tightness testing platform adopts Zhongtong and module manipulator design, which is suitable for testing of semi-finished and finished products of smart wearables, with a throughput rate of up toMore than 99%, it can be connected to the front and rear station automation equipment. The UPH can reach more than 400 during high and low voltage testing at 8 stations, and the UPH can reach more than 800 during high and low voltage testing at 16 stations.
Hai RuisiThe TWS earphone automatic air-tightness testing platform adopts a Zhongtong design and is suitable for testing semi-finished and finished products of TWS earphones. The pass-through rate can reach more than 99%. It can be connected to the front and rear station automation equipment. The UPH can reach more than 400 at a single pressure of 4 stations.
Hairis battery leakageThe VOC/mass spectrometry leak detection automated detection platform adopts a manipulator + entry and exit sliding table design. It is suitable for automated testing of lithium battery leakage. The through rate can reach 100%. It can be connected to the automation equipment at the front and rear stations. The UPH is determined by the size of the battery and how many can be placed at one time.








