Innovating the quality of strobes and stationery. With precision press technology capable of processing materials to a thickness of 0.02mm, we enhance light distribution efficiency and reduce energy consumption.

■ Overview
In the manufacturing of reflectors for strobes and stationery parts, precision press technology plays a pivotal role. Our technology enables the production of ultra-thin metal parts with a thickness of just 0.02mm, significantly improving the efficiency of light distribution. Reducing the amount of light source through improved efficiency not only benefits the environment but also contributes to cost reduction.

■ Features
Advanced Material Compatibility: Capable of processing a variety of materials including iron, copper, nickel silver, phosphor bronze, stainless steel, plastic film, and mirror-finished aluminum.
Ultra-Thin Precision Processing: Capable of punching, bending, and shallow drawing in the thickness range of 0.02mm to 2mm.
Cost Reduction and Quality Maintenance: By proposing optimal molds, we maintain high quality while reducing production costs.
Flexible Delivery Schedule: Capable of flexible response to short delivery times while maintaining quality.

■ Specifications
Materials: Iron, copper, nickel silver, phosphor bronze, stainless steel, plastic film, mirror-finished aluminum
Shape Range: Thickness from 0.02mm to 2mm, punching, bending, shallow drawing
Proposal Strength: Molds proposed considering PM, production cut, lifetime production quantity, and precision
Delivery: Short delivery time support
Our precision press technology achieves an optimal balance between quality and cost in the manufacturing of camera and stationery parts. Reducing energy consumption through improved light distribution efficiency signifies a contribution to sustainable manufacturing processes. With our advanced proposal capabilities and technical expertise, we enhance the value of products to meet customer needs.