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Reduce material waste! SDGs-compliant metal processing method: [MIM]
We propose to reduce your manufacturing costs through specialized manufacturing focused on iron, titanium, and difficult-to-process components!!
Document Type: Introduction to MIM Manufacturing Method We propose cost reduction in manufacturing for our customers through specialized manufacturing of iron, titanium, and difficult-to-machine parts. By offering technology that reduces friction and wear in products and components, we contribute to improving the durability and lifespan of our customers' parts, as well as reducing manufacturing costs through zero defects. This document features the 'MIM manufacturing method,' which enables mass production of small, complex parts through metal injection molding. This document is a panel presentation exhibited at Japan Robot Week 2024. It provides a simplified overview of the characteristics of MIM, making it a useful reference for consideration. [Contents (partial)] ■ Characteristics of MIM ■ Why use MIM ■ Examples of MIM adoption ■ Manufacturing that contributes to SDGs *For more details, please refer to the PDF document or feel free to contact us.
basic information
MIM is a metal processing technology that combines injection molding and powder metallurgy. We propose manufacturing solutions focused on iron, titanium, and difficult-to-machine components to help customers reduce their manufacturing costs. Our technology, which minimizes friction and wear on products and parts, contributes to improving the durability and lifespan of customer components and reducing manufacturing costs through zero defects. For those struggling with cutting processes, precision casting, and lost wax! We offer an eco-friendly manufacturing method that reduces material waste, contributing to sustainable development goals (SDGs) in manufacturing.
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Model number/Brand name
MIM = Metal Injection Molding Method
Applications/Examples of results
Complex metal parts, ball screws (Fe-based), seat belts (important safety components), interior buttons (SUS), titanium (medical), connectors (copper), sensors, difficult-to-machine materials, mechanical parts, movable and sliding parts, engine parts, component parts for medical devices, sensor housings, endoscope parts, disposable items, non-covered insurance-related items ⇒ cosmetic surgery, dentistry, firearms, defense equipment, power tools, tools (like ratchets), clutches (one-way), hinges (glasses), bearings, bicycle-related items, artificial joints, power generation infrastructure, PCs, all-solid-state batteries (especially electrodes), VR equipment, power generation equipment-related items, renewable energy-related items.
