On any mechanism, even the smallest part may influence daily operation of a machine. When referring to machining of all those items, the technology and quality of the machining centre is a key factor. It is for this reason that investing on the latest in CNC (Computer Numeric Control) lathes is the best bet for obtaining components of the highest precision and reliability for very specific purposes. Do you want to learn more about precision machining? Are you in doubt when selecting machining companies? Then don’t miss this article.
Month: October 2016
Success Story: Variable suspension system for the RS Audi gamma
CLR has been providing for over a decade a drive solution capable of regulating the hardness of the shock absorbers of the Dynamic Ride variable suspension system of Audi RS. A system that allows you to change the operation of the shock absorbers according to different driving conditions.
Why you need several suppliers for your electromechanical engineering projects
In project management, it is common to build almost unbreakable relationships with the suppliers our company needs. These companies tend to become strategic partners, and the entire production is conditioned by the relationship with these trusted suppliers. In this article we will delve deep into the subject, demonstrating why it is necessary to think ahead and have many suppliers for your electromechanical engineering projects
Major automotive actuators
Always evolving, the automotive sector usually offers numerous drive solutions aimed at improving the comfort and safety of the members of a vehicle. Automotive actuators are perhaps the least known pieces but the ones that most have influenced the emergence of new movements. In this article we will review all of those little engineering movements that find in the gear motor their best ally.
Speed reducers: how to improve their efficiency
The concept of efficiency in the world of speed reducers is closely linked to the capability of this mechanism to prevent loss of energy. Inside the gearbox, levels of friction between the many parts or the quality of the materials in use may limit the output power delivered by a gear motor.