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Shenzhen Kyoto Yuqi Electronics Co., Ltd

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503, Block E, Building 1, Huasheng Longyue, Jinglong Community, Longhua Street, Longhua District, Shenzhen

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Little Prince SUN ENERGY UV Ozone Cleaning Equipment UV Cleaning

NegotiableUpdate on 05/06

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Nature of the Manufacturer: Producers

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Overview

The Little Prince SUN ENERGY UV Ozone Cleaning Equipment UV Cleaning $r $nUV Cleaning and Modification is a cleaning and surface modification method that uses the energy of short wave ultraviolet light emitted by a low-pressure mercury lamp and the energy of ozone (O3) generated by it to remove organic coatings on the surface of materials, and improves adhesion and strength by making the plastic surface hydrophilic.

Product Details

Little Prince SUN ENERGY UV Ozone Cleaning Equipment UV Cleaning

UV cleaning and modification is a cleaning and surface modification method that utilizes the energy of shortwave ultraviolet light emitted by a low-pressure mercury lamp and the energy of ozone (O3) produced by itcomeRemove the organic coating on the surface of the material and improve the adhesion and bonding strength by making the plastic surface hydrophilic.

Sun Energy leverages its employees' expertise in ultraviolet radiation and extensive network to always prioritize customer satisfaction and strive to develop products that satisfy customers.

We willThrough product examples, introduce to the world the ultraviolet clean energy originating from Japan, not only in the fields of electronics, water treatment, and environmental sanitation, but also in various fields.

SKM seriesRobots willworkpiece
Transport from the supply area to the storage area.

|Independent robot transport type | used for large-scale production|

This is an independent robot transportation equipment suitable for large-scale production, which can be customized according to your needs.

Customize according to your needs

This ultraviolet irradiation equipment is equipped with a robotic arm cleaning robot. It can automatically perform a series of operations on wafers up to 12 inches in size, including feeding, transportation, UV treatment, and storage.

Pursuing a comfortable operating experience

Equipped with an ideal robotic arm cleaning robot for wafer transfer, capable of high-speed
High precision In addition, we also offer a variety of high-precision transfer equipment that can handle workpieces other than wafers.

Supports wafers up to 300mm (12 inches) in size

We can manufacture equipment suitable for a maximum size of 300 millimeters (12 inches).
We can also recommend the best UV irradiation equipment for non wafer materials such as glass substrates based on their shape and size.

Stable processing can be achieved by using ultraviolet illumination measurement mode

The irradiance of ultraviolet lamps will decrease over time. The UV irradiance measurement mode automatically measures irradiance before processing and calculates and sets the required irradiation time based on the measured irradiance value. This ensures stable processing under constant UV irradiation.

Lighting Design Technology

We use optical design techniques to calculate the amount of ultraviolet radiation, optimize the layout of ultraviolet lamps, and evenly distribute ultraviolet radiation in the effective irradiation area, thereby achieving efficient and precise performance design. we
We can also provide optimized ultraviolet irradiation equipment based on customer needs, such as the processing temperature of the workpiece and the required lighting intensity.

Safer to use

This is a safe ultraviolet irradiation device that will not leak ozone or ultraviolet rays outward. It
Standard interlocking function, when the light is on, if the door is opened, the light will automatically turn off.

The ozone exhaust fan and hose are both standard configurations.

The ozone generated by ultraviolet lamps can be discharged through fans, and the ultraviolet lamps also need to be cooled. Ozone emissionsIt should be discharged outdoors or decomposed using catalysts or other methods before being discharged.