INDUSTRIES & OUTCOMES
Real parts. Specific manufacturing challenges.
Explore common manufacturing challenges, applicable capabilities and representative outcomes across six application fields.
Six fields. One application-led route.
Explore proven manufacturing routes and representative parts across semiconductor, wearable, medical, automotive, footwear and industrial applications.
Semiconductor
SiC structures, wafer-plating interfaces and carrier-tape packaging materials are selected around thermal, chemical, sealing and process-control requirements.
View related products ↗
Wearables & consumer electronics
Watch cases, hinges and lightweight composite covers need different routes. Combine molding or layup with machining and finishing around the assembly interfaces.
View related products ↗
Medical devices
Small forceps and instrument components need controlled tooth profiles, clean edges and material traceability. Medical use requires application-specific qualification.
View related products ↗
Automotive & transport
Shafts, brackets and wear parts are reviewed for load, fit and repeatability; confirm the required quality system for the selected production route.
View related products ↗
Footwear & tooling
A documented shoe-tooling example reduces a 12-stage, 15–20-day workflow to 6 stages and 6–7 days. Texture and cooling design are assessed with the mold geometry.
View related products ↗
Industrial equipment
Internal-flow parts, heat exchangers and automation grippers benefit from geometry-led design. Review powder removal, sealing faces and pressure testing before release.
View related products ↗Manufacturing outcomes built around real parts.
Representative production images connect each application to its material, process route and engineering value.
Semiconductor packaging validation
E40 wafer-dicing dressing boards completed a semiconductor-packaging customer’s purchasing-specification validation and entered application use, replacing approximately 70% of the referenced Japanese-brand volume.
Explore the manufacturing route ↗
Semiconductor furnace hot-zone project
Horizontal SiC wafer boats and related hot-zone components support oxidation and diffusion environments near 1,250°C with oxygen, nitrogen and limited hydrogen chloride.
Explore the manufacturing route ↗Wafer-inspection optical baseplate
A lightweight SiC dual-optical-path baseplate provides high stiffness, low thermal expansion and geometric stability for wafer inspection equipment.
Explore the manufacturing route ↗
Wafer-inspection chuck deployment
Precision SiC chuck interfaces support 6-, 8- and 12-inch wafer inspection, combining mirror finishing with low mass and stable positioning.
Explore the manufacturing route ↗
Semiconductor furnace paddle project
SiC cantilever paddles support stable wafer loading in high-temperature diffusion and oxidation furnaces, with geometry and interfaces configured for each furnace platform.
Explore the manufacturing route ↗START A PROJECT
Let’s manufacture what comes next.
Share your design, application or manufacturing challenge.
Talk to our team↗