Tested by a scientific research unit in Taoyuan, Taiwan, China, China, the online quality of Shanghai Xinnuo high-temperature hot press

In the production practice of a precision manufacturing enterprise in Taoyuan City, the high performance of Xinnuo hot press machine has been fully verified. The company focuses on high-precision electronic component compression molding technology. Previously, it has long been plagued by material edge warping caused by traditional hot pressing equipment in high temperature and high pressure environments. Especially when processing 0.2mm ultra-thin substrates, the product flatness has always been difficult to meet the strict industry standard of ± 0.05mm. After introducing the Xinnuo hot press machine, the enterprise's technical team found that its dynamic temperature control system and intelligent pressure compensation technology form a synergy - the distributed temperature sensor installed on the equipment can capture the temperature difference changes in 16 pressing areas in real time, and with the AI algorithm driven PID adjustment module, the temperature difference of the pressing surface can be controlled within ± 1 ℃; At the same time, the designed suspended pressure head structure can automatically adjust the pressure angle according to material deformation, ensuring uniform conduction within the pressure range of 0-500kg. After multiple tests, the edge flatness compliance rate of the company's tablet products has jumped from 78% to 99.6%, solving the problem of low yield in subsequent processes caused by edge curling. The Xinnuo hot press has now been listed as a standard equipment for precision electronic component production lines.

It is worth mentioning that even the Xinnuo ordinary hot press machine can easily complete high difficulty flattening tasks.

This is not accidental, but rather due to the strong core technology of Xinnuo hot press. Its precise pressure control ability ensures even force distribution during the tablet pressing process, avoiding edge warping caused by local pressure imbalance; A stable temperature control system can ensure uniform heating of materials and fundamentally guarantee the flatness of the product after molding.