Description
SHINKAWA MP-2W2 SMT Placement Machine: Precision Engineered for Modern Electronics Production
Engineered for precision and efficiency in electronics manufacturing, the SHINKAWA MP-2W2 stands out as a high-precision surface mount technology placement machine. Designed for assembling printed circuit boards in demanding industrial environments, this machine delivers consistent accuracy for complex component placement tasks. Unlike generic pick-and-place units, its specialized mechanics cater specifically to high-density PCB assembly requiring micrometer-level tolerances.

| Manufacturer | Shinkawa |
| Model Number | MP-2W2 |
| Placement Accuracy | Β±0.01mm |
| Throughput | Up to 70,000 components/hour |
| Feeding System | Dual independent feeders |
| Power Requirements | AC 100-240V universal input |
| Physical Specifications | 1200Γ800Γ1500mm (LΓWΓH), 120kg |

Commonly deployed in automotive electronics and telecommunications hardware production lines, this machine excels at assembling miniature components ranging from 0201 chip resistors to advanced BGA packages. For instance, a major automotive supplier recently integrated multiple MP-2W2 units to automate production of next-gen ADAS control boards. While primarily used as standalone modules, these machines can interface with automated optical inspection systems for inline quality control. Our inventory includes both standard configurations and specialized variants with expanded feeder capacities.

The dual feeder system deserves special mention β it allows simultaneous processing of different component types, reducing changeover time between board variants. While many SMT machines in this class require dedicated 208V circuits, the MP-2W2’s universal power supply adapts to standard shop voltages. Some technicians note the maintenance access panels could be more ergonomic, but most praise the tool-less nozzle replacement system. In reliability tests, units maintained sub-micron accuracy through 10,000 continuous operating hours without recalibration β a testament to the thermal compensation algorithms built into its motion control system.




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