3.Industrial-grade touch IC and LCD panel with a wide temperature range of
-20℃~70℃ are adopted. The built-in anti-condensation circuit reduces condensate adhesion caused by temperature differences and prevents internal dew condensation and short circuits.
4.It adopts a sealed passive heat dissipation structure to prevent dust and oil from entering through ventilation holes.
The internal micro-positive pressure air channel design reduces backflow and adhesion of humid air and oil mist to the screen and circuits.
5.The touch bezel is fitted with oil-resistant and aging-resistant rubber strips, resisting aging and cracking in long-term oily and humid environments.
How to Improve Touch Accuracy1.Equipped with a high-gain touch sensing chip with optimized sensing threshold, it supports accurate direct operation with thick labor gloves, cotton gloves, and oily wet gloves without removing them.
2.The touch sensing layer structure is strengthened, and with a dedicated touch algorithm, it filters out interference from oil and moisture, eliminating drift and unresponsiveness when operating with gloves.
3.Adopt capacitive-resistive dual-mode touch, supporting both bare finger touch and pressing with thick & oily gloves, fully adapting to all working conditions in the workshop.
4.The screen is equipped with standard AF hydrophobic and oleophobic coating, which reduces adhesion of oil stains and water stains on the surface. It prevents oil contamination from blocking the sensing layer and maintains stable touch sensitivity even when operating with gloves.
