Manufacturing
Precision machining
Micro-mold development, precision machining and process integration.
Explore specificationsTAIWAN · APPLIED INDUSTRIAL RESEARCH
Industrial challenges.A route to validation.
Explore manufacturing, automation, materials, energy and unmanned-system technologies—and connect your project to the relevant technical scope.
Applied research for industrial development
ENGINEERING IN FOCUSPrecision-machining reference
37Technology-directory entries
7 fieldsOrganized technical disciplines
Research → reviewProject-focused inquiry
01 / PRODUCTS & SYSTEMS
Find the right starting point.
Explore the product families, then bring your requirements into the discussion.
Marine systems
Underwater vehicles & inspection
Vehicle development, underwater inspection and corrosion analysis.
Explore specifications
Marine systems
Offshore unmanned vehicles
Unmanned aircraft and surface vehicles for offshore inspection.
Explore specifications04Manufacturing
Manufacturing
Casting & rapid tooling
Casting-process development, quality methods and rapid tooling.
Explore specifications05Surfaces
Surfaces
Heat treatment & functional coatings
Thermal, surface and thin-film treatment development.
Explore specifications06Manufacturing
Manufacturing
Electrochemical machining
Deburring, polishing and electrochemical process development.
Explore specifications02 / CAPABILITY
Find the technical discipline behind the challenge.
A technology-service overview grounded in the published MIRDC directory.
Processes & materials
Casting, forming, welding, precision machining and surface-process development.
Automation & digital systems
Optical inspection, robot vision, production systems and digital maintenance.
Energy & environment
Power management, energy storage, hydrogen, carbon management and resource recovery.
Marine & unmanned systems
Vehicle development, offshore inspection, sonar integration and corrosion analysis.
03 / APPLICATIONS
Built around the work.
Published applications help connect the technology to the task.
2020 R&D 100 · Reported by MIRDC
RTurb wind-turbine inspection
MIRDC describes inspection of wind turbines while operating, using adaptive control and a mission-specific vehicle. Feasibility depends on the actual wind-farm and operating conditions.
Discuss this applicationPublished technical scope
Production-line inspection
Vision, automated optical inspection and AI-assisted recognition connect measurement to production workflows.
Discuss this applicationPublished technical scope
Precision component development
Machining, tooling, forming and process analysis can be reviewed around a component’s functional and dimensional requirements.
Discuss this applicationPublished technical scope
Energy-system development
The source describes battery management, flow batteries and water-electrolysis technologies for energy applications.
Discuss this applicationPublished technology · January 2026
Cooperative AGV handling
Wireless coordination and omnidirectional platforms support handling of large or irregular loads in manufacturing and warehousing.
Discuss this application04 / TECHNICAL INFORMATION
Details that move a project forward.
English technology briefs and the original unmanned-vehicle document. Confirm the exact service and available test scope with the responsible technical team.
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