Our Policy and Certificates
At KROS Automotive, we have two state-of-the-art in-house laboratories dedicated to R&D and Quality Control processes. These laboratories play a crucial role in ensuring the quality and safety of our products, conducting mechanical, chemical, and functional tests based on OEM and international standards.
Our laboratories are equipped with advanced testing devices and equipment that enable us to perform precise and reliable tests on various product types during both the research and development phase as well as mass production. We conduct comprehensive tests on purchased materials, semi-finished products, and final products to ensure their compliance with the highest standards.
The range of tests conducted in our KROS Laboratories includes:
- Verification tests for product/material development processes
- Tests to verify the quality of input materials, process control, and final products
- Functional tests to guarantee the consistency of mass production conditions.
- By conducting these rigorous tests, we uphold our commitment to delivering products of exceptional quality and reliability to our customers.
Click here to view our management system policy document.
KROS Laboratories
Our company has two in-house laboratories which serve to the needs of R&D and Quality Control processes. In these laboratories where activities are carried out on the basis of OEM and international standards, the product quality and safety are ensured with mechanical, chemical and functional tests of the product types in the research&development and mass production phases.
Laboratories of KROS Automotive carries out all tests needed for purchased materials as well as semi-products and final products with the highest levels of precision and reliability.
KROS Laboratories are equipped with test devices and equipment sufficient to carry out;
- Tests for verification of product/material development processes
- Tests for verification of input, process control and final products
- Functional tests to guarantee the continuity of the mass process conditions.
