Designed for high-precision electronics and medical application
GDI operates an ISO 7 (Class 10,000) cleanroom environment to support high-precision molding and assembly.
Although most plastic injection applications do not require this level of cleanliness, we have established a higher standard to ensure superior product quality.
Our cleanroom is fully controlled for particles, temperature, humidity, and ESD (electrostatic discharge), ensuring stable and contamination-free production.
Although most plastic injection applications do not require this level of cleanliness, we have established a higher standard to ensure superior product quality.
Our cleanroom is fully controlled for particles, temperature, humidity, and ESD (electrostatic discharge), ensuring stable and contamination-free production.
HIGH-STANDARD ENVIRONMENTCleanroom Capabilities
Professional Equipment, Rigorous Production
Our clean production advantages include:
- ISO 7 (Class 10,000) controlled environment
- Full cleanroom garment protocol with ESD protection
- All-electric molding machines for stable and clean production
- Automated robotic handling to reduce human contamination
- Controlled temperature and humidity for consistent product quality
QUALITY ASSURANCEIn-line Inspection & Assembly
• Real-time inspection within the cleanroom environment
• Optical magnification systems for defect detection
• Controlled handling to minimize contamination risks
Core Mission
To be the benchmark for precision injection molding and medical-grade manufacturing.
Through continuous improvement of cleanroom environment standards and automation integration, we provide the most competitive component parts for top global brands.
Cleanroom Commitment
- Leading technology, introducing all-electric injection molding machines and intelligent monitoring.
- Dust-free production, strictly controlling air quality and particulates.
- Stable quality, meeting the rigorous standards of the medical and automotive industries.
- Sustainable operation, green manufacturing processes to reduce resource waste.