asm siplace ca2 for sale

The ASM CA2 (full name: SIPLACE CA2) is a hybrid SMT system from ASMPT that integrates solder paste printing and high-speed component placement. Its core innovation lies in combining two traditionally separate processes into a single platform, thereby shortening production lines, reducing the required floor space, and enhancing process efficiency.

Core Positioning and Architecture

The "CA" in the name stands for "Compact Assembly." Featuring a modular design, the system houses both a stencil printing station and dual-gantry high-speed placement heads within a single chassis. By enabling a continuous workflow—from solder paste printing to component placement—it eliminates the need for a standalone printer. This makes it particularly well-suited for space-constrained environments, such as small-to-medium volume production lines or rapid prototyping for new products.

Key Performance and Compatibility

The system leverages the high-precision linear motor drives and advanced vision systems characteristic of the SIPLACE platform. Its placement capability covers a wide range of components, from ultra-small 0201s to large, irregularly shaped parts, meeting the requirements for standard PCB assembly. The printing station utilizes a standard stencil printing process, supports various types of solder paste, and facilitates quick line changeovers and recipe switching. While its absolute throughput may not match that of dedicated, high-speed machines like the CP series, the dual-gantry configuration ensures robust productivity, offering a distinct advantage in terms of multi-functional versatility within a single unit.

Summary

The CA2 is a compact SMT system centered on the integration of printing and placement. By consolidating processes, it reduces the number of machines required and minimizes factory floor space. It is an ideal solution for flexible manufacturing, prototyping lines, or high-mix, low-volume production environments—offering an electronic assembly solution that prioritizes streamlined workflows and high flexibility.