SIPLACE Placement Systems | ASM Assembly Systems | SIPLACE References    |     23.05.2013    07:28
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SIPLACE References
Our innovations are driven by your requirements!

 

Growing demand and increasing customer requirements call for ever more flexible and efficient solutions for electronics manufacturers. SIPLACE offers its customers tailored and intelligent placement solutions in the areas of hardware, software and services that work together to significantly increase the quality and speed of their processes.
From new product introductions (NPI) and the challenges of regular production runs to product changeovers – our goal is to deliver maximum efficiency and productivity.

 
 

Challenge: New Product Introduction

 

To make new product introductions as trouble-free and efficient as possible, all processes involved must interact seamlessly with each other. Since SIPLACE defines the NPI process as a central, recurring workflow in modern electronics production, it provides a comprehensive selection of hardware, software and service tools for it. All the procedures involved are supported seamlessly and efficiently to significantly reduce the time and cost required for each new product introduction.

 
 
 

Challenge: Product Changeover

 

The rising product diversity and the associated increase in product changeovers require more efficient and more adaptable processes. Besides the right production concept, the quality of the setup concept is of critical importance. When manufacturers invest in new lines, determining the best possible setup concept can reduce the amount spent on feeders and entire placement modules by up to 30 percent, thus reducing the placement costs for the entire production significantly.

 
 
 

Challenge: Production Run

 

When it comes to regular production runs, electronics manufacturers constantly face new challenges. By smartly combining the right hardware, software and service modules, they can improve their setup processes and new product introductions or make minor changes in placement programs much more quickly and efficiently. This helps to reduce malfunctions and production stops to a minimum and increase the speed and quality of regular production runs.