High precision engine that supports COB (Chip on Board).
Install LASER heater on the heating heater.
Compared to previous heaters, it can perform high-speed heating and cooling.
characteristic
Using laser heaters to achieve high-speed heating and cooling.
The temperature deformation of the heater is very small, and high-precision gap control can be carried out during connection
High precision welding ± 2 μ M (3 σ)
Cancel time and position changes through automatic calibration mechanism to stabilize accuracy
High precision engine that supports COB (Chip on Board).
Install LASER heater on the heating heater.
Compared to previous heaters, it can perform high-speed heating and cooling.
characteristic
Using laser heaters to achieve high-speed heating and cooling.
The temperature deformation of the heater is very small, and high-precision gap control can be carried out during connection
High precision welding ± 2 μ M (3 σ)
Cancel time and position changes through automatic calibration mechanism to stabilize accuracy
| Model | FDB250 |
| Suitable for variety | Memory / logic / analog device /TSV chip |
| Substrate size | Max.240mmX100mm |
| Chip size | Max. □12mm |
| Chip supply mode | Max.12inchwafer |
| Chip heating method | Laser heating |
| Substrate heating method | Continuous heat |
| Joining load | 1~100N |
| Carrying accuracy | ±2µm (3σ) |
| Device size | 1985(W)X2470(D)X1950(H)mm(Excluding substrate loaders) |
| Device quality | 2000kg |

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