In order to enable electronic devices to function properly in various harsh environments, there is an urgent need for an integrated circuit that can work properly in special environments such as high temperatures. Researchers at the University of Arkansas in the United States have designed an integrated circuit that can operate at temperatures above 350 ° C (approximately 660 ° F).

The introduction of high-temperature resistant integrated circuits is a huge progress in the electronics industry and also a test of existing soldering equipment. Currently, the high-temperature resistance of reflow soldering machines on the market is generally around 300 ° C. If higher temperature soldering is required, it will inevitably cause damage to the equipment, so only professional high-temperature resistant reflow soldering can be used.

High temperature resistant stainless steel mesh belt

Dongshun Automation Company has developed a lead-free reflow soldering machine R6 with a temperature resistance of up to 400 ° C, leveraging 10 years of industry experience and breaking through industry limits. It can solder various high-temperature circuit boards. The R6 high-temperature reflow soldering machine has 6 temperature zones, a high-temperature resistant stainless steel furnace, a well insulated furnace chamber with a thickness of up to 150mm, and a high-temperature resistant stainless steel conveyor belt, all of which ensure the reliability of high-temperature welding.

Water cooling circulation system

This product not only breaks through the industry's high temperature resistance limit, but also adopts multiple technology patents, which are more energy-saving and environmentally friendly. It also adds a fan motor and a cold water circulation system to ensure uniform heating of PCB and components, high efficiency, fast heating speed, and maximum guarantee of welding effect.