In addition to probe pins made from materials such as Ni and NiCo, we have developed our own unique "super material" that provides high elasticity and long lifespan for the probe pins.
We offer high springiness, high durability probe pins, and next-generation ultra-fine pitch compatible probe sheets. In addition to probe pins made from materials such as Ni and NiCo, we provide high-elasticity, long-life probe pins made from our uniquely developed "super material." 【Features】 ■ Ultra-precision probes in the micromachine field with unprecedented accuracy and functionality ■ Manufactured using UV and X-ray lithography and electroforming technology ■ Capable of diverse mechanical and physical properties not achievable with rolled metals due to our unique special alloy electroforming ■ Microprobes for WLBIT that can handle high-frequency ranges ■ Shape processing compatible with assembly through the application of micromachine assembly technology ■ Over 10 million durability tests conducted using our unique testing equipment *For more details, please download the materials or contact us.
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basic information
【Features】 〇 Probe pins made from materials such as Ni and NiCo 〇 "Super material" uniquely developed by our company 〇 High elasticity and long lifespan probe pins 〇 Please consult us regarding specifications. We will respond flexibly. 〇 Miniaturization supported by lithography technology and electroforming technology ● For other functions and details, please contact us.
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Applications/Examples of results
【Usage】 〇 High-performance contact probe for probe cards ● For other functions and details, please contact us.
Company information
The ultra-fine processing technology (photoelectroforming) provided by Optonics Precision is utilized in various fields such as precision machinery, electronics, medical devices/bio-related fields, automotive parts, sensor-related areas, display fields, and optical equipment. Moving forward, Optonics Precision aims to devote all its efforts to the development of even more groundbreaking and innovative new technologies, contributing to the advancement of society.
