Thermal Shock
It contributes to reducing development time and saving energy
In the rapidly accelerating competitive development environment, defrosting operations during thermal shock testing lead to significant time loss.The Excellent Series thermal shock testers are capable of 1,000 cycles of continuous operation. This contributes to shorter development times and energy savings.
It contributes to reducing development time and saving energy.
In the rapidly accelerating competitive development environment, defrosting operations during thermal shock testing lead to significant time loss.The Excellent Series thermal shock testers are capable of 1,000 cycles of continuous operation. This contributes to shorter development times and energy savings.
It can achieve 1,000 cycles without defrosting
In the rapidly accelerating competitive development environment, defrosting operations during thermal shock testing lead to significant time loss.The Excellent Series thermal shock testers are capable of 1,000 cycles of continuous operation. This contributes to shorter development times and energy savings.
Long-Term Cycle Testing
The test interruption function and the 5-cycle count function are standard features, making it easy to perform checks during testing and to add samples mid-test. The liquid tank type has improved airtightness, significantly reducing heat transfer fluid consumption and facilitating continuous operation.