High-Performance Automatic Gold Wire Bonder for LED Packaging
The KAIJO FB900 is a fully automatic wire bonder machine designed for high-speed and stable gold wire bonding applications. Widely used in LED packaging production lines, the FB900 delivers reliable bonding quality, efficient operation, and excellent adaptability for various semiconductor and microelectronics packaging requirements.
With its automatic bonding capabilities and stable long-term performance, the KAIJO FB900 wire bonder is suitable for manufacturers seeking cost-effective and dependable wire bonding solutions for mass production environments.

Applications of KAIJO FB900 Wire Bonder
The KAIJO FB900 wire bonder machine is widely used in:
LED Packaging
SMD LED Packaging
Semiconductor Packaging
IC Packaging
Microelectronics Assembly
High-Power LED Production
Precision Gold Wire Bonding Processes
This automatic wire bonder supports multiple LED package sizes and production requirements, making it suitable for both standard and high-volume manufacturing lines.
Key Features of KAIJO FB900
Fully Automatic Wire Bonding
The KAIJO FB900 provides stable and efficient automatic wire bonding performance, helping manufacturers improve production efficiency and reduce manual operation requirements.
High Stability and Reliable Performance
Designed for continuous production environments, the FB900 maintains stable bonding quality during long-term operation, ensuring consistent semiconductor packaging performance.
Wide Compatibility
The machine supports various LED package specifications, including:
3528
5050
0603
0805
HIPOWER LED Packaging
SMD LED Packaging
Precision Gold Wire Bonding
The KAIJO FB900 is optimized for accurate gold wire bonding applications, helping improve bonding consistency and package reliability.
Cost-Effective Production Solution
Compared with new semiconductor packaging equipment, refurbished KAIJO wire bonder machines provide a lower-cost solution while maintaining stable production capabilities.
Refurbished KAIJO FB900 Wire Bonder Solutions
We supply professionally refurbished KAIJO FB900 wire bonder machines for semiconductor and LED packaging production lines.
All refurbished equipment is:
Fully tested before shipment
Inspected by experienced engineers
Calibrated for stable operation
Cleaned and maintained
Ready for production use
Our refurbished wire bonder solutions help customers reduce equipment investment costs while maintaining efficient and reliable production performance.
Engineer Support & Technical Services
Our technical team provides complete support for KAIJO wire bonder machines, including:
Installation assistance
Machine calibration
Maintenance support
Spare parts supply
Remote technical support
Troubleshooting guidance
We help customers maintain stable wire bonding performance and reduce production downtime.
Why Choose Our KAIJO FB900 Wire Bonder Machines
Refurbished and tested equipment
Stable bonding performance
Fast worldwide shipping
Semiconductor packaging expertise
Spare parts and engineer support
Cost-effective production solutions
Related Wire Bonder Resources
What Is a Wire Bonder
Used Wire Bonder Buying Guide
Refurbished Wire Bonder vs New
Gold Wire Bonding vs Copper Wire Bonding
Automatic Wire Bonder Machine Guide
Wire Bonder Price Guide
FAQ
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What is the KAIJO FB900 used for?
The KAIJO FB900 is mainly used for automatic gold wire bonding in LED packaging and semiconductor packaging production lines.
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Is the KAIJO FB900 suitable for SMD LED packaging?
Yes. The machine supports various SMD LED package sizes such as 3528, 5050, 0603, and 0805.
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Do you provide refurbished KAIJO FB900 wire bonders?
Yes. We supply refurbished KAIJO FB900 wire bonder machines that are fully tested and inspected before shipment.
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Do you provide technical support?
Yes. We provide installation assistance, calibration support, maintenance guidance, and spare parts services.
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Can the machine support long-term production?
Yes. The KAIJO FB900 is known for its stable operation and reliable bonding quality in continuous production environments.












