Most of the high-speed general-purpose automatic pick and place machine adopts closed-loop motion control system, which can use multi-axis linkage to make the operation smoother and the head operation is no longer its own way. The motor can be pivoted in real time to add closed-loop drive from the encoder to avoid lost steps. Flexible S-acceleration and deceleration is the escort for high speed placement. At present, high quality automatic placement machines have become the benchmark product of the industry.
Visual industrial control does not require an external computer. This automatic pick and place machine uses an embedded operating system, and it is more powerful than similar devices in terms of functionality. It will be more stable when the system is running, and more importantly, it is highly compatible. True color touch screen with large viewing angle and full touch. Automatic pick and place machine has a simple and easy to understand operating system, and has a fast input computer base, high compatibility makes it capable of various industries.
Ordinary products do not have Z-axis detection function while universal automatic placement machines are double-head, have better work stability. The double nozzle can be rotated by 360 degrees. Angle rotation can be completed through linkage, which does not affect the workstation release efficiency can can automatically check the height and angle of double-head work to ensure the stability of different parts when the span is large.
It has multiple tray holding areas and can be customized to add IC trays as needed. One or more can be added. Only the coordinates of the first and last device can be picked up automatically. Therefore, the automatic pick and place machine should be more practical and user-friendly. In addition, it uses a manually moved machine board to visually identify the fabrication point after placing the board. Calibrating the PCB can avoid errors and be smarter and more efficient.
Therefore, the universal high-speed automatic placement machine can win the peripheral products regardless of the interface or placement accuracy. Its vacuum system, vision system and control system all have leading edges. Take the control system as an example, XY axis is driven by high voltage stepper motor with servo closed loop control, and also has reset detection function. All motors adopt flexible acceleration and deceleration, and support pulling needle to return automatically, which is a great advantage that ordinary products do not have.
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