|High Accuracy Flip Chip Bonder M-1300|
|Ultra-high accuracy flip chip bonder with an alignment accuracy of ±1 micron|
- This system is most suitable for laser-assisted packaging, optical device packaging and other ultra-high accuracy packaging applications.
- PC control provides high repeatability in terms of load, dispensing, heating and other conditions.
- This system allows bonding in an inert gas atmosphere and device orientation control based on laser displacement measurement.
- This system adopts the control method that realizes the highest-grade packaging accuracy among bonders of optical alignment type.
- Ultra-high accuracy flip chip/die bonder developed for high-accuracy packaging of optical parts.
- Compatible with a wide variety of devices by changing the stage and collet parts.
- Adopts the optical alignment to recognize compound device edges and marks in glass parts.
- Allows chip bonding with a low concentration of oxygen (100 ppm or less), orientation control based on laser displacement measurement, high-accuracy packaging and chip bonding to 3D structures.
- Available with an extensive line-up of optional applications.
|Compatibility of this system with various bonding methods|
Data varies depending on materials used.
For details, refer to data provided by material manufacturers.
|Function||Semi-automatic FC bonder|
|Applied load||50 to 5,000 g (load cell change)|
|Alignment||Manual for X- and Y-axes and automatic for θ-axis|
Pulse heater, ultrasonic bonding unit, inert gas bonding stage, alignment based on laser displacement measurement, etc.
Bonding stage for TO-15
(Chip handling tray shown on this side)
PC display for detailed bonding condition settings
Void found in bonding with O2 of 1,000 ppm
No void in bonding with O2 of 500 ppm