Applications
COG Bonding Machine Main-Press XCG87-A8 is suitable for COG pre-press bonding of various LCD glass and driver IC . It is widely used in COG repair, assembly and bonding of medium and large size LCD screens.
Introductions
- Manually place the IC on the IC platform with a suction pen, turn on the vacuum adsorption, the IC platform moves to the bottom of the pre-pressing head, and the pre-pressing head descends to adsorb.
- After the pre-pressing head absorbs the IC, it presses down to the photo position, and returns to the starting position after the photo is taken.
- Manually place the glass on the platform, vacuum adsorb, and automatically adjust the alignment through CCD.
- After the alignment is completed, the pre-pressing head presses down.
- After the pre-pressing head is pressed down, the Y axis moves to the bottom of the current press head and presses down.
- After the current press is completed, return to the standby position; repeat actions 1 to 5.
Parameters
Input Power |
AC220V 50-60HZ |
operating Mode |
HMI |
Rated Power |
3.5KW |
LCD Carrier Platform |
Servo Automatic Memory Movement |
Working Pressure |
0.4-0.8Mpa |
Counterpoint |
Auto |
Pressure Head Size |
Within L45mm |
Thermocouple |
K Type |
Heating Method |
Thermostatic |
Rolling Method |
Auto Roll-Up |
Program Control |
PLC +Servo+ Automatic Vision |
Available |
Within 32 inch(Can Be Customized) |
Weight |
360KG |
Overall Dimensions |
L2300*W2000*H2300mm |
Features
- CCD mechanism: automatic visual system correction is adopted to improve the bonding accuracy.
- Main pressing mechanism: the pressing head is equipped with a self-weight elimination mechanism to make the output more stable, and is equipped with an automatic skin rolling function.
- x-y-θ alignment platform mechanism: the platform adopts X-Y-θ three-axis automatic control to ensure the accurate alignment of the machine.
- Pre-pressing mechanism: after the IC is discharged, the pre-pressing head automatically absorbs the IC and corrects the alignment, and is equipped with a motor + cylinder mechanism to better eliminate the self-weight.