Description:
Dedicated Pick and Place Machine for LED lens assembly from 10+ years experience manufacturer!
Unlike standard placement machines that have been adapted to LED assembly, the HCT automatic pick and place machines are purpose built, allowing it to do its one thing – building LED boards and LED driver boards – really well.
LED ceiling lights, LED panel lights, LED fan lamp, LED backlight, even irregularly shaped boards can also be assembled quickly, accurately and reliably on HCT-V8.
Product Features:
• High-accuracy: Vision On the Fly Alignment to guarantee high accuracy.
• With a SMEMA-compatible inline conveyor for line automation.
• Specially designed for LED lenses assembly.
• Customization vibration tray for feeding LED Lens.
• Can also place SMD components from 0603 to 7474, including resistors, capacitors, high-power LED, standard and irregularly shaped LEDs.
• Magnetic levitation linear motor in X and Y axis for high repeatability and stability.
• Using imported high precision ball screw, motor, solenoid valve, cable, etc., effectively improve the placement accuracy and stability.
• Self-developed software simplifies production, easy operating and programming.
Technical Parameters :
Model | HCT-V8 | |
Alignment | Flying Vision Alignment System | |
Number of Spindles | 8 Spindles x 1 Gantry | |
Placement Speed | FOR LENS | 18000CPH (Optimum) |
For LED | 40000CPH (Optimum) | |
Placement Accuracy | ±0.03mm(Based on the standard chips) | |
Component Range | Vision Alignment | For all General lenses |
Max Height | H=12mm | |
Board Dimension(mm) | Minimum | 50(L) x 50(W) |
Maximum | 1,200(L) x 460(W) | |
PCB Thickness | 0.5 – 3.0 | |
Board Handling Method | Inline Conveyor | |
Lens Feeding | Customized Vibration Tray | |
Tape Feeder | Feeder Type | Electric Feeder |
Feeder Capacity | 20 (12mm) | |
Utility | Power | AC 220V/240V 50/60Hz, Single phase |
Max 3.2KW | ||
Air Consumption | 0.55-0.7MPa (5.6-7.1kgf/cm2) | |
Mass | Approx. 1680kg + 100kg | |
External Dimension(mm) | 2,000(L) x 1,400(D) x 1,400(H) |