ASM E by siplace cp12

The ASM CP12 (full name: SIPLACE CP12) is an ultra-high-speed, compact SMT placement machine from ASMPT’s CP series. It is engineered to deliver maximum placement rates for tiny chip components within an exceptionally small footprint, serving as an ideal "production accelerator" for high-density consumer electronics manufacturing lines.

Core Performance

Optimized specifically for chip components, the machine achieves a maximum placement rate of 165,000 CPH with an accuracy of ±41.25 μm @ 3σ (per IPC standards). Featuring a dual-gantry architecture, it ensures stable placement of ultra-miniature components—down to 0201 (metric) / 01005 (imperial) sizes—meeting the rigorous demands of high-density PCBs used in smart devices.

Architecture and Positioning

The design philosophy of the CP12 centers on "extreme throughput for chip components." Rather than handling large, odd-form components or connectors, it functions as a high-speed module within a production line, often paired with the highly flexible SX series or the versatile TX/X series. Its compact footprint allows for efficient side-by-side configuration, focusing on the placement of the vast number of tiny passive components (resistors, capacitors, etc.) typical in large-scale manufacturing—thereby reserving more versatile, high-value equipment for complex components.

Summary

The CP12 is an ultra-high-speed placement machine designed primarily for the extreme-throughput assembly of miniature components. By adopting a specialized, task-specific approach, it plays a critical role in boosting the overall units-per-hour (UPH) output of consumer electronics mass-production lines.