Multi Functional Yamaha Desktop Pick And Place Machine CHM-861 Desktop Automatic
Specification
Dimensions | 1600mm(L)×1430mm(W)×1530mm(H) |
Weight | 1596kg |
Power Supply | AC380V (50Hz, three phase), 4.5kW |
Air Supply | 0.5MPa ~0.7MPa |
Vacuum Generation | Built-in vacuum pump |
Mounting Head Quantity | 8 |
Mounting Speed | 36000cph (optimal) |
Mounting Accuracy | ±50μm@μ±3σ/chip |
Control Accuracy | 4μm |
Component Height | 12mm |
Component Type |
0201/0402/0603~5050/SOT/SOP/QFP/QFN/BGA, etc. (resistor/capacitor/diode/triode/LED/IC, etc.) |
PCB Thickness | 0.6mm~3.5mm |
PCB Size |
450mm(L)×350mm(W) (standard); 1200mm(L)×350mm(W) (optional) |
PCB Conveying | 3-section-rail automatic conveying, PCB support |
Nozzle Change | Automatic nozzle change (37-hole nozzle library) |
Control System |
Built-in industrial computer (Windows 7) equipped with monitor, keyboard, and mouse |
Drive System | X&Y axis driven by Panasonic A6 servo motors (Y axis by double motors); adopting flexible S-curve acceleration and deceleration |
Transmission System | X&Y axis adopting THK ground ball screw and THK mute linear guide (Y axis with double screws) |
Feeding System |
100 NXT 8mm standard feeder stacks (also suitable for IC tray and stick feeder) |
Vision System |
Fly camera×8 (component size applicable: 16mm×16mm); IC camera×1 (component size applicable: 36mm×36mm); Mark camera×2 |
Description
A pick and place machine is a type of automated manufacturing equipment that is used to pick up components and place them onto a printed circuit board (PCB). This machine is commonly used in the electronics industry to improve production efficiency and accuracy. The machine consists of a robotic arm that is controlled by a computer program and is equipped with a vacuum nozzle to pick up small electronic components. The machine can place these components onto a PCB with great precision and speed.
Feartures
High Precision: One of the key features of a pick and place machine is its ability to place electronic components onto a printed circuit board (PCB) with high precision. The machine uses a robotic arm controlled by a computer program to ensure that components are placed in the correct location and orientation, resulting in a high level of accuracy.
High Speed: Pick and place machines are designed to improve production efficiency by placing electronic components onto a PCB at a high rate of speed. The machine can pick up and place components in a matter of milliseconds, allowing manufacturers to produce electronic devices at a much faster rate.
Application
Electronics Manufacturing: The most common application of a pick and place machine is in the electronics manufacturing industry. The machine is used to automate the process of placing electronic components onto a printed circuit board (PCB), improving production efficiency and accuracy.
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