Product Highlights
The TH9800 features independently developed controllers with stable operation and high production efficiency.
Core capabilities include:
- Intelligent dual-vision positioning system
- Upper CCD coordinate positioning
- Lower CCD high-precision flying-shot chip recognition
- Compatibility with multiple programming systems
- Expandable up to 48 workstations
- Electronic feeder tape and Auto-Tray feeding
- UPH exceeding 1700
Green Manufacturing Advantages
The TH9800 is designed with energy-saving and low-carbon features:
- Standby power consumption below 500W
- Working power consumption around 1000W
- Automatic sleep mode below 150W
- Over 30% energy savings
- Fanless passive cooling for zero-noise and maintenance-free operation
- Offline operation support without long-term PC connection
- High yield rate exceeding 99.99%
- Reduced chip scrap and rework emissions
- RoHS/REACH compliant environmentally friendly materials
- Modular design extending service life and reducing resource waste
The equipment effectively addresses six key challenges in electronics mass production:
- Low efficiency
- Yield instability
- High labor costs
- Difficult traceability
- Electrostatic and physical damage risks
- Slow line changeovers
It enables fully automated and standardized IC programming workflows.
Join Fac Tec China 2026 to stay ahead of industry trends, explore breakthrough manufacturing solutions, and strengthen your global network—ensuring your business remains competitive in a rapidly evolving electronics manufacturing landscape.
If interested in exhibiting at Fac Tec China 2026, please contact
Ms. Julia Gu
Tel: +86 21-2231-7010
Email: [email protected]
If interested in visiting Fac Tec China 2026, please contact
Mr. Walden Li
Email: [email protected] , [email protected]
Mobile/WhatsApp/WeChat: +86 136-5125-1335
For more information, please visit Fac Tec China – your gateway to factories of tomorrow.
Pre-Register: ali2.infosalons.com.cn/reg/FTC26/Web/FTC26/index.html#/login?lang=en-US&page=public&type=JZ7BO7