Static Eliminator Solutions for Industrial & Electronic Applications

The semiconductor industry has strict standards for electrostatic control, such as ANSI/ESD S20.20: ESD protection system certification. SEMI E78: Static Electricity Management Specification for Wafer Manufacturing Equipment. ISO 14644: Cleanroom environmental control standard (including electrostatic indicators).

The core structure of LCD panels, TFT layer (such as amorphous silicon or IGZO), is extremely sensitive to static electricity, and electrostatic discharge (ESD) may penetrate micro level circuits, leading to pixel failure (such as bright spots, dark spots, or line defects).

With the development of 3C products towards lightweight and high-density integration (such as 5G chips and foldable screens), electronic components are more sensitive to static electricity, and static electricity control has become a necessary support for technological upgrades.

Use anti-static workbench, ion fan, grounding device, etc. to ensure that the production environment of electronic components (such as automotive chip packaging, ECU assembly) meets ESD standards.

AIoT devices, such as cameras, LiDAR, and smart robots, rely on MEMS sensors and edge AI chips. Electrostatic adsorption of dust or direct discharge can cause a decrease in sensor sensitivity or circuit damage.

The core structure of electronic components (such as IC chips, MOSFETs, MLCC capacitors), such as gate oxide layers and thin film dielectrics, is extremely sensitive to static electricity. Static electricity ranging from a few volts to several tens of volts can cause breakdown or leakage, resulting in permanent failure (such as short circuit, parameter drift).

The core control systems of automation equipment (such as PLC, servo drives), sensors (photoelectric, pressure sensors), and communication modules (industrial Ethernet, CAN bus) all rely on precision electronic components (such as MCU, FPGA). Electrostatic discharge (ESD) may directly penetrate the chip or cause signal distortion, leading to equipment malfunction or shutdown.

Static control is the cornerstone of achieving the reliability of "Internet of Things" in the IoT industry. From miniature sensors to edge intelligent terminals, electrostatic protection needs to be deeply coordinated with low-power design, environmental adaptability, and data security.