Place of Origin:
China
Brand Name:
Charmhigh
Certification:
CE
Model Number:
CHM-T48VB
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CHM-T48VB Pick And Place Machine For Pcb Assembly On Line Manufacturers
Pick and Place Machine for PCB Assembly
Pick and place machines are used for PCB assembly where they take components in reels or tubes or on flat packs and place them on the board as defined by software generated from the PCB files.
What is a pick and place machine?
Pick and place machines are relatively sophisticated machines use for PCB assembly. As the name indicates the pick components up and place them onto the printed circuit board.
In most PCB assembly areas, boards will be soldered using infra-red reflow, and this means that prior to the pick and place process, the boards come having had solder paste applied in the relevant areas of the board.
The pick and place machine is also loaded up with components. There are many feeds either side of the machine. These can take component reels, tubes and in some instances they may even be in a form of flat packaging known as a waffle pack.
The pick and place machine has a head on an arm which can reach all the reels, tubes, etc and it picks them up and then places them onto the board. Typically the head uses a small vacuum to pick the components up and then release them onto the board.
The head is very accurately controlled by the software, and uses both the accurate positioning of the board as well as optical location on some machines to ensure that everything is placed in exactly the right position.
Accurate positioning is of great importance because some components are very small, and also track widths are very narrow.
The pick and place machines are pre-programmed with the information about component positions so that they know where to place the components. This programme is normally developed directly from the printed circuit board design information.
| CHM-T48VB Specifications | |
| Dimensions | 1310mm(L)×710mm(W)×340mm(H) |
| Weight | 49kg |
| Power Supply |
AC220V (50Hz, single phase) /AC110V (60Hz, single phase); 300W |
| Air Supply | No external air supply required |
| Vacuum Generation | Built-in vacuum pump |
| Mounting Head Quantity | 2 |
| Mounting Speed |
6000cph(optimalwithout vision detection); 4000cph (optimal with vision detection) |
| Control Accuracy | 0.025mm |
| Component Type |
0402/0603～5050/SOT/SOP/QFP/QFN/BGA, etc. (resistor/capacitor/diode/triode/LED/IC, etc.) |
| PCB Thickness | 0.6mm~3.5mm |
| PCB Size | 10mm(L)×10mm(W)～345mm(L)×360mm(W) |
| PCB Conveying | Manual operation |
| Nozzle Change | Manual operation |
| Control System |
Built-in computer(embedded Linux operating system), 7-inch touch screen |
| Drive System | X&Y-axisdriven by stepping motors in the way of closed-loop control realized by encoder; Z-axis capable of reset detection;all motors adopting flexible S-curve acceleration and deceleration; tape puller automatic reset supported |
| Transmission System | Synchronous belt + polished rod +linear guide |
| Feeding System | 58 tape feeding stacks(8mm:44,12mm:8；16mm:4,24mm:2；customization supported), 14 preset general IC stacks, worksurface custom IC trays and stick feeder supported |
| Vision System | Up-looking camara for component automatic calibration (component size applicable: 22mm×22mm); down-looking camera for PCB calibration via Mark Point and component positioning |
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