All new product developments follow international automotive industry standard IATF 16949, which ensures that all products meet their determined objectives in every way.
Specifically for our Railway business, we are also International Railways Industry Standard (IRIS) certified.
This allows KONI to lead the way in achieving the balance between damper performance, quality and cost.
Apart form these quality certificates, KONI is in full compliance with the European REACH regulations concerning the production and use of chemical substances, and their potential impacts on both human health and the environment, in both Oud-Beijerland (NL) as well as Ostrava (CZ).
In addition to our quality certificates, KONI has earned many awards and approvals from the Industry for maintaining a high standard of quality control and product specification.
Each new damper type will undergo a first article inspection test. During this test our engineers measure the dimensions and the force-speed characteristic of the damper to assure that the damper complies with the specifications. In addition to our first article inspection test, every production damper is performance tested before leaving the factory. Our test machines are connected to a central system, which contain all of the necessary test data for each type of damper. By entering the damper type the test machine knows the exact test data with the applicable tolerance band. All test diagrams are recorded and available upon request.
The KONI Research & Development department is totally committed to offering the best shock absorber solutions for each unique rail transportation system. For customer specific applications our team of engineers, supported by our committed suppliers, will prepare the most suitable proposals.
With its state of the art tools and wealth of experience, KONI is fully equipped to offer the best solution for any vehicle dynamics problem. Based on our extensive experience and project specific calculations, our modular products can be adapted to suit the specific customer requirements.