Excimer

The surface of the product material treated by the excimer curing equipment feels as delicate and smooth as a baby's skin. This kind of skin feel is beyond the reach of traditional surface treatment processes.In high-end household products, such as cabinet door panels, furniture panels, etc., the material surface treated by excimer equipment can bring comfortable touch feelings to users, improve the quality of products and user experience.

Excimer curing equipment can precisely control the surface treatment effect by precisely controlling the parameters of the light source, such as energy, wavelength, and irradiation time. This means that a variety of skin feel effects can be created according to different product design requirements. For instance, for some products that require a prominent texture, the processing parameters can be adjusted to create a special skin feel on the surface that is slightly matte but still smooth.

Direct exposure to 172nm/222nm UV light can cause corneal burns (even for short periods). During operation, wear specialized UV-blocking goggles (transmittance <0.1% @ 172nm) and UV-blocking gloves. If ozone is generated (e.g., when irradiating air with 172nm light), an ozone decomposition device (such as a catalyst filter) or a forced ventilation system must be installed within the enclosed space.

Keep the lamp surface clean (to avoid dust/oil that reduces transmittance). Before startup, confirm that the power supply voltage matches the lamp parameters (e.g., the high-voltage power supply must provide a stable pulse voltage, typically several thousand to tens of thousands of volts). For cold starts, a 1-2 minute preheating period is recommended, and the load should be applied only after the gas discharge stabilizes.

Use a UV radiometer to monitor the output intensity in real time (e.g., in curing applications, ensure that the irradiance in the curing area is ≥ the process threshold). Regularly calibrate the sensor to prevent undetected energy loss due to lamp aging.