LSH 3 Robotic Dresspack


LSH 3 Robotic Dresspack

LEONI has completely redesigned the LSH guided robot Dresspack solution to be more reliable, compact and flexible, thus making the LSH 3 the most innovative Dresspack solution in the global market today. Its intelligent and extremely compact design minimize one of the most common causes of error for robot power supply – collision with interfering contours. This benefit in combination with extremely durable materials and proven components creates maximum clearance with a close-fitting Dresspack on the robot arm.

The LSH 3‘s benefits include:
  • Compact design: fewer interfering contours and lower risk of collision
  • Significantly reduced volume, overall weight and length
  • Maximum flexibility for Dresspack routing
  • Compatibility with all LSH versions, without the need for any additional programming
  • Compatible to corrugated and smooth yellow tube Umbilicals
  • Significantly faster replacement of Dresspacks in comparison with earlier models
  • No maintenance on the retraction element required
  • All components are subjected to extensive field testing

LSH 3 is available for new robots, regardless of size, manufacturer, type or application, as well as retrofits and upgrades for existing work cells. It can be mounted vertically, horizontally or upside down and each system can accommodate up to two Dresspacks with the widest range of nominal diameters. Optionally, a rotating pivot bearing can be mounted on the front end, which supports even the most extreme movement sequences while reducing stress on the Dresspack. The standard extension length of the LSH 3 is 350 mm. Mounting can take place on a customer-specific basis on axis 3, with or without adapter plate. Do you have special requirements? We would be glad to write up an individual offer for you.

Your LSH 3 – your individual design
Let us know if you would like your LSH 3 housing in a custom color or provided with your company logo. We can also provide the LSH 3 with custom extension lengths after prior arrangement.