Innovative
= DIE TRAGSCHIENE = combines the DIN mounting rail, proven a million times over, with the material and possibilities of today.
= DIE TRAGSCHIENE =
Control Cabinet Interface = Much more Possibilities
The metal support rail (see picture) TH35-7.5 according to DIN EN 60715 can now also be manufactured from plastic in accordance with the standard. The standard requirements regarding torsional stiffness are fully met.
= DIE TRAGSCHIENE =
Innovative
Faster
The wiring effort and the risk of errors are significantly reduced, an electrical enclosure is manufactured and ready for operation more quickly.
Cheaper
The systems with integrated signal and power lines on the market today offer less development potential and have significantly higher total cost of ownership as an integrated system made of plastic.
My Services
Requirement Clarification
Often there is a general need to reduce effort and improve performance at the beginning, without it being clear what exactly is to be optimised and how. In this case, it is worthwhile to examine the current situation in detail and to describe the goal
Concept Development
In = DIE TRAGSCHIENE = Master's Thesis, concepts were developed, visualised, compared, evaluated and finally selected for in-depth work.
Detail Work
Now all the work is done, beautiful pictures alone are no longer enough. You as the development partner say which requirements = DIE TRAGSCHIENE = must fulfil exactly. The production department of the partner company for manufacturing demands precise instructions on what has to be done.
My Story
Motivation
For a long time I had been looking for a suitable solution to simplify control cabinet assembly and wiring. My studies in plastics technology at the University of Applied Sciences Northwestern Switzerland gave me the necessary tools for an in-depth analysis of the requirements and feasibility.
From Idea to Reality
Ideas become plans, plans become market-ready products. Now is the time for the new mounting rail. Join us, become part of this further development!
Project
2023: Patent granted CH716817B1
2021: Utility model DE202020005656U1
2019: Putting theory into paractice together with well known Swiss company for manufacturing
April 2019: Graduation with the Master's Thesis «Analyse der Machbarkeit einer Tragschiene TH35-7,5 nach DIN EN 60715 aus Kunststoff (Substitution von Metall)»
