- Explosion Protection and Type Verification and Testing of Machinery and Equipment
To ensure the safety and compliance of explosion-protected electrical equipment and machinery, and to reduce the risks of fires, explosions, and occupational accidents, Industrial Technology Research Institute (ITRI) took the lead in developing relevant testing and certification capabilities, and assisted the government (Ministry of Labor), in establishing and implementing Type Verification schemes for explosion-protected electrical equipment and machinery
- Microfluidic Control Technology
ITRI provides comprehensive capabilities in microfluidic system simulation and analysis, design and prototyping, and system setup
- High-Aspect-Ratio TGV (Through Glass Via) Process Integration Technology
ITRI provides one-stop process services for high-aspect-ratio Through-Glass Via (TGV) substrates, covering glass microvia fabrication, high-adhesion layer formation, seed layer deposition, and high-aspect-ratio Cu via filling
- Forming and Processing Technology for Hard & Brittle Materials
The technology integrates a high-stiffness grinding spindle, ultrasonic vibration assistance, and intelligent acoustic emission (AE) monitoring to enable low-damage, high-efficiency planarization of SiC wafers
- High-Sensitivity Tactile Perception for Multi-DoF Robotic Hands
The technology features a piezoresistive tactile sensor integrated into robotic fingertips, the system detects gripping forces as low as 10 gf
- Chip Capacitor Technology
ITRI provides material development and low-impedance design solutions for chip capacitors, supported by in-house electrical characterization and reliability testing to accelerate validation
- The Single-Station Multifunctional Inspection Technology
The technology integrates multiple inspection functions into a single station, enabling simultaneous 2D microscopy and 3D interferometric/confocal inspection within the same field of view (FOV)
- One-Stop Biomedical Services
- UGV Chassis System Development
ITRI provides UGV chassis system design, integration, and validation, with customized chassis structure, suspension, steering, drivetrain, and powertrain development based on payload, mobility, and operating requirements
- AI-Driven Drivetrain Design Service
The service provides digital modeling, AI-based prediction, and design optimization for drivetrain systems, integrating gear and bearing life, NVH response, and gear micro-geometry analysis to accelerate design evaluation and shorten product development cycles