The Cofle Group OE Division has a global and reputed leadership in agriculture, earth moving and commercial vehicles and in premium automotive industries, offering a diversified range of highly customized products with excellent quality, service and innovation. We are established on the peculiar ability to develop reverse engineering and co-engineering projects, perfectly fitted on clients’ demands, and all achieved with a maniacal attitude for details.
A COMPLETE FAMILY OF SOLUTIONS.
Our solutions are made under our ‘all-in-house’ approach, but entirely realized in our production sites located in Italy, Turkey, Brasil and India.
Cables of COFLE GROUP are the result of more than 50 years of work experience.
We produce wires and sheaths in house by using state-of-art technologies and 3D control systems.
Key benefits:
Nearly every cable is available in the HP series, with a 10% improvement of the efficiency
COFLE GROUP makes a wide range of customized systems which cover every application in the industrial field:
Our Engineering Dept. can develop other products according to the Customer’s request
In the last several years COFLE GROUP has developed gearshift systems that, together with our cables, can guarantee high performance and high reliability.
Some examples:
This is the most recent addition to COFLE GROUP product list and involves:
Die casting products are made internally of COFLE GROUP by using presses from 50 to 400 tons.
Parts can be made by Zama, standard Aluminum alloys and special Aluminum alloys such as MAGSIMAL and SILAFONT.
Moulds are made internally too and we can support our Customers with FEM and mould-flow analysis
The Sheetmetal Dept. of COFLE GROUP can handle the following technologies:
This means that we can make internally several products such as:
Our Plastic Division can print plastic parts up to 1 kg thanks to presses up to 320 tons.
Available materials are both standard polymers (PA, POM, PEHD) and techno-polymers (PA + GF, PA + CF).
Moulds are made internally too and we can support our Customers with a mould-flow analysis.