smart feeding
welding and 
INSERTION PRESS
systems

for automated manufacturing

  • Enabling High Productivity

  • 99,998% uptime

  • Fast Set Up Time

  • Designed with the Human in Mind 

  • Low Maintenance

  • Low Power Consumption

 

Enabling High
Productivity

 

Swed-Welds welding, feeding and press-insertion system's high productivity is the result of a combination of high through-put and high up-time. Production runs with an up-time of 99,998% is not unusual for Swed-Weld even when working with a high through-put. The high through-put and up-time is enabled by systems that in real time monitor the process and adopt to irregularities. This is achieved by a combination of classical mechanical engineering, IT and industry leading knowledge of automated manufacturing.

 
 

Fast Set Up Time

Swed-Weld's modular design approach, based on industry standard systems and technologies, allows fast and effortless integration into manufacturing lines. Typically a SwedWeld system is up and producing within a few hours. The modularity also gives the systems the flexibility to be easily changed and reused. A feeder from Swed-Weld can be reconfigured to feed a new type component just by replacing one or several modules.

 
close-mutter.jpg

Designed with the Human in Mind

 

Swed-Weld is meeting the increasing environmental demands of the contemporary workplace by offering systems with one of the lowest noise emissions in the industry.

The ergonomic design of the systems reduces the chances of operator mistakes and keeps the resulting productivity high.

 
 

Low Maintenance 

Swed-Welds systems low maintenance requirements are a result of high quality, smart systems and modular design. The systems consists of easy to change modules, minimizing time and work spent on maintenance.

 
mutter-box.jpg

Low Power
Consumption

 

Low power consumption is a part of the principal design of the Swed-Weld systems. From how the consumption of compressed air is minimized to principals of how to move parts within in the system.