Cases
CASE DETAILS
Home > Cases >
Features of ASM E-by-Siplace placement machine
Events
Contact Us
Mr. Luo
+86--13691749208
Contact Now

Features of ASM E-by-Siplace placement machine

2026-06-11

Latest company case about Features of ASM E-by-Siplace placement machine

The ASM E series (SIPLACE E by ASM) is a mid-range SMT placement machine designed for high-mix, high-quality manufacturing, combining the precision technology of high-end models with exceptional flexibility.

Its core features include:
High precision and high speed: Utilizing advanced linear drive motors and high-precision optical scales, a single machine can achieve placement speeds of up to 45,300 cph.

Wide component range: Capable of placing components ranging from micro-sized (e.g., 01005) to large, irregularly shaped components (up to 200 mm × 110 mm), accommodating various complex circuit boards.

Intelligent feeding technology: Supports Smartfeeders E hot-swappable technology, allowing for feeder installation and removal without stopping the machine, significantly improving changeover and production efficiency.

Flexible changeover capability: Equipped with a movable exchange carriage (front and rear dual carriage design), supporting rapid changeovers to meet the needs of multi-variety, small-batch production.

High-end platform DNA: Utilizes the same software control system as the high-end SIPLACE platform, achieving deviation-free image processing and convenient programming monitoring.

If you'd like to learn more about how the E-series can be integrated into your production line, please tell me:
What is your daily production capacity target?
What types of components do you primarily mount (e.g., standard surface mount, custom-shaped components, or ultra-small components)?
What are your main product areas (e.g., consumer electronics, automotive electronics, industrial control, etc.)?

Sitemap |  Privacy Policy | China Good Quality ASM SMT Machine Parts Supplier. Copyright © 2026 Shenzhen Jincheng Technology Co., Ltd. . All Rights Reserved.