Key Technology > Production Engineering Technologies

Production Engineering Technologies

Production-engineering technologies supporting next-generation manufacturing are equal in importance to the technologies used in product development. These include the realization of fully automated production lines that are not subject to the effect of labor costs, making possible the in-house production of key components and processing equipment that provide new functionality, higher performance and reduced costs, as well as state-of-the-art ultra-precision nano-order processing and measuring technologies.

Technologies for Production Engineering

Satisfying the Highest Levels of Cost, Space, and Reliability Requirements

Toner Cartridge Production System

Materials that Deliver Well-Balanced Functionality

Chemical Component Technologies

Developing Machining Systems for High Precision and Low Costs

High-Precision Metal-Cutting Technologies

Realizing Nanometer Level Precision in Optical Elements

Processing and Measurement System Technologies

Fabricating Multi-Layer Mirrors with Atomic Precision

IBF (Ion Beam Figuring) Processing Technology

Providing 99.9% Light Transmittance

Optical Thin-Film Technology

Eliminating Lens Fogging

Anti-Fogging Technology

Enabling the Mass Production of High-Precision Aspherical Lenses and DO Lenses

Molding Technologies

Supporting a Fast Metal-Mold Production System

Digital Metal-Mold Production Technology

Realizing Smaller, Lighter Products

High-Density Packaging Technologies

Achieving the Rigidity of a 10 mm Steel Plate with Two 1.6 mm Steel Plates

Press Production Technologies

Promoting Prototype-less Design Based on Optimization Analysis

Virtual Prototyping Technology

Predicting Optimal Molding Conditions and Potential Problems in the Design Stage

Injection Molding Simulation Systems

Predicting Movement and Noise in the Circuit Design Stage

Circuit-Packaging Design-Support Technologies