Rigid Busbars – Efficient Energy Transmission for the Highest Demands
In modern applications where reliable and low-loss energy transmission is required, rigid busbars are the ideal solution. They impress with their high current-carrying capacity, mechanical stability, and long service life.
Our high-quality busbars are precisely manufactured and individually adapted to your requirements. Benefit from optimal electrical conductivity and an economical solution for your energy supply.
Creative. Precise. Convincing. Your Vision – Our Implementation!
Leading through Innovation and Quality Thanks to Fully Automated Production.
Being a market leader means not just meeting the highest customer requirements, but exceeding them.
Our recipe for success: In-house production at the highest level – from the very beginning. Thanks to fully automated manufacturing with state-of-the-art robotics, we have complete control over quality and delivery times. This allows us to react flexibly and quickly to market changes and individual customer wishes.
With highly qualified professionals and innovative manufacturing technology, we guarantee our customers the consistently high Promet quality standard – reliable, precise, and future-oriented.
Comparison of the Two Busbar Technologies
Innovation 3D Busbars – Your Future.
The conventional point-to-point connection of busbars was usually done through complex bolted connections – often across multiple elements. This method was not only costly but also carried significant risks: shock and vibration loads, as well as uneven tightening torque, could lead to loose connections.
With Promet’s innovative 3D technology, this problem is a thing of the past. Our homogeneous point-to-point connection significantly reduces costs while ensuring the highest safety and reliability – even under demanding conditions.
Reliable Connection
Homogeneous, uninterrupted point-to-point connection for maximum electrical and mechanical safety.
Material Efficiency
No overlap at contact points – saving raw materials and reducing costs.
Minimized Risk
Fewer potential sources of error due to vibration and shock-resistant connection technology.
Longer Service Life
Robust construction for sustainable and low-maintenance use.
Faster Assembly
Up to 20% time savings during installation – it hardly gets more efficient.
Without Additional Materials
No assembly materials needed for the connection – simple, clean, economical.
Optimized Purchasing:
Fewer individual parts mean simpler procurement and reduced storage costs.
Flexible Design
Even parallel conductors can be easily integrated.