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This product is a high-precision connector component compatible with fine machining at the φ0.05 level. It minimizes variations between processes through an integrated in-house system and supports short delivery times. By achieving both fine machining and surface treatment, it realizes contact reliability and long lifespan, making it suitable for high-precision and high-reliability components in the aerospace and medical fields. It can also accommodate ultra-small components with a total length of less than 1mm, making it suitable for high-frequency and microcurrent measurement applications. 【Features】 ■ Compatible with fine machining at the φ0.05 to φ10 level ■ Numerous manufacturing achievements for ultra-small components with a total length of less than 1mm ■ Capable of processing holes with a minimum diameter of φ0.1 ■ Supports specified plating thicknesses such as Ni-P/Au/PdCo/Rh ■ Signal stability and durability achieved through a combination of heat treatment and surface treatment ■ Integrated in-house system from high-precision machining to surface treatment ■ Global quality system by in-house inspection companies at overseas bases ■ Proven supply record in aerospace and medical fields where high reliability is required *For more details, please feel free to contact us.

In the downloadable materials, we introduce our high-precision connector components and examples of fine machining. We address challenges such as dimensional variation, fitting defects, and unstable precision during mass production in connector components for electronic devices. 【Overview】 Processing range: φ0.1 to φ10.0mm Dimensional tolerance: ±0.005mm Supported quantities: Prototyping to mass production Supported materials: Brass / Beryllium copper / SUS / Phosphor bronze, etc. Supported processes: Machining / Cleaning / Heat treatment / Plating / Inspection 【Technical Features】 ■ High-precision machining using NC automatic lathes ■ Capable of fine machining at the level of Φ0.05 and ultra-small parts under 1mm in length ■ Strict quality control using image measurement devices and three-dimensional measuring machines ■ Optimal processing condition settings based on tool wear and material characteristics by skilled technicians 【Benefits of Implementation】 ■ Significant reduction in fitting defects ■ Stabilization of dimensions after plating ■ Reduction of contact resistance ■ Capable of meeting quality requirements at aerospace and medical levels Our integrated production system from machining to surface treatment ensures stable supply and quality improvement. This is an ideal processing solution for companies struggling with mass production of fine machining and high-precision connector components. *For more details, please download the PDF materials.