We are excited to announce that Mailushi will be is excited to announce that we will be exhibiting at InterMold 2026/Die & Mold Asia 2026 in Osaka , one of Asia‘s leading exhibitions for the mold and die industry.
Practical info
- Event: InterMold 2026 Osaka
- Booth:235th, Hall 6A, INTEX Osaka
- Dates: [Start Date:14th 04 2026 ] — [End Date:17th 04 2026]
- Location:1-5-102, Nanko-Kita, Suminoe-Ku, Osaka, 559-0034
- Contact: [Name:Wendy Yang], [emai:wendy@mslmold.coml]
- Book a meeting here: https://www.intermold.jp/english/
NTERMOLD 2026日程：2026 年 4 月 15 日（水）～4 月 17 日（金）
会場：インテックス大阪ブース：6A-235
Why stop by
Breakthrough in ultra-difficult and ultra-precise machining technology shown on Osaka Intermold 2026
First ,this exhibition area showcases:
- High-precision and fine machining technologies used in high-value-added products, including medical devices, semiconductor components, camera parts, and aircraft components.
- Specialized processing techniques for difficult-to-machine materials for example carbide,ceramics…
Second,this is an excellent opportunity to:
- Present our advanced machining technologies and achievements to engineers responsible for fine shapes and precision components.
- Connect directly with procurement decision-makers sourcing these types of precision parts.
Advanced Microfabrication and High-Precision Machining Technologies as Following:
| Category | Key Technologies & Capabilities | Typical Technical Parameters | Applications / Features |
|---|---|---|---|
| Microfabrication | • Micron-level (μm) precision machining • Nano-level (nm) precision machining • Micro-structuring and surface texturing | • Machining tolerance: ±1μm ~ ±0.5μm • Minimum feature size: 0.5μm (500nm) • Surface roughness (Ra): ≤ 0.05μm (50nm) | Medical devices, semiconductor components, micro-optics, MEMS |
| Cutting Tools | • High-performance micro-tools • Diamond-coated and carbide micro-endmills • Custom-designed tools for fine features | • Minimum tool diameter: Ø0.05mm (50μm) • Tool runout: ≤ 2μm • Cutting edge radius: ≤ 1μm | Precision mold manufacturing, aerospace components, micro-gear cutting |
| Machining of Hard-to-Cut Materials | • Cemented carbide processing • Ceramic machining • Titanium alloy machining • Heat-resistant superalloys | • Achievable surface roughness (Ra): ≤ 0.1μm • Dimensional tolerance: ±2μm • Minimum wall thickness: 0.1mm | Medical implants, aerospace structural parts, cutting tools, high-wear components |
| High-Precision Mold Manufacturing | • Complex cavity machining • Ultra-fine surface finish • Multi-cavity consistency control | • Cavity tolerance: ±1μm • Surface roughness (Ra): ≤ 0.05μm (mirror finish) • Cavity-to-cavity variation: ≤ 2μm | Injection molds, stamping dies, optical lens molds, micro-molds |
| High-Precision EDM / Laser Processing | • Micro EDM (drilling, milling, wire) • Femtosecond & picosecond laser processing • Burr-free & HAZ-free machining | • EDM hole diameter: from Ø0.03mm • EDM tolerance: ±1μm • Laser kerf width: ≤ 10μm • Heat Affected Zone (HAZ): ≤ 1μm | Fuel injection nozzles, turbine blade cooling holes, micro-gears, precision orifices |
| Form Control Technologies | • Roundness control • Flatness control • Straightness control | • Roundness error: ≤ 0.2μm • Flatness error: ≤ 0.1μm / 100mm • Straightness error: ≤ 0.3μm / 300mm | Precision spindles, hydraulic valve spools, linear guide rails, optical bench |
In conclusion, we invite all visitors to stop by Booth 6A-235 at intermold 2026 Osaka!
Looking Back at INTERMOLD 2025 Tokyo
Indeed last year, we exhibited at INTERMOLD 2025, held April 16–18 at Tokyo Big Sight. Here’s a quick recap:
What we showcased:
- High-precision microfabrication (such as micron and nano-level)
- Specialized processing for hard-to-cut materials (cemented carbide, ceramics, titanium)
- Advanced cutting and grinding technology ,obviously high-precision EDM in maching processing industry.
Outcome:
Therefore,we got strong interest in our solutions and valuable connections with global partners.