Used ASM e by siplace CP14

The ASM CP14 (full name: SIPLACE CP14) is an ultra-high-speed placement machine from ASMPT’s CP series, specifically engineered for chip components. Building upon the capabilities of the CP12, the CP14 offers even greater throughput, making it ideal for the high-volume manufacturing of tiny passive components (resistors and capacitors)—a common requirement in consumer electronics.

Key Performance

Featuring a dual-gantry architecture, the CP14 achieves a maximum placement speed of approximately 210,000 CPH (components per hour), positioning it as the premier model in the SIPLACE family for high-speed, chip-only placement. It maintains a placement accuracy of ±41.25 μm @ 3σ (per IPC standards), fully meeting the process requirements for standard passive components. The system is capable of reliably placing ultra-miniature components, including 0201 (metric) and 01005 (imperial) sizes.

Architecture and Positioning

The design philosophy of the CP14 follows that of the CP12: rather than compromising speed to accommodate odd-form components or large connectors, it focuses on pushing throughput to the absolute limit. Typically deployed as a "high-speed powerhouse" at the front end of a production line, it handles the bulk of the standardized, high-volume tiny components on a PCB. More complex or odd-form components are subsequently managed by machines from the X or SX series, an approach that optimizes the Overall Equipment Effectiveness (OEE) of the entire production line.

Summary

The CP14 is a high-speed placement machine purpose-built for maximum throughput. With its exceptional UPH (units per hour) and stable handling of miniature components, it plays a critical role in high-volume consumer electronics manufacturing, effectively dictating the takt time for the entire production line.