We are proud to have been registered as an R&D Centre in 2017 by the Turkish Ministry of Industry and Technology with our skills and corporate experience of more than half a century. Our R&D goals include offering our customers low-cost, high-efficiency, high-quality and technically superior engineering services and finding solutions with an innovative approach by following technological advances. At Supsan R&D, we are aware how important it is to have sustainable technology and R&D capabilities to achieve this goal.
We offer our customers customised solutions that will work in the harshest conditions. We share all the technological advantages we have with our customers. As Supsan’s R&D unit, we build solution partnerships with our national and international customers using our experienced team of experts and our advanced tools.
When developing the valves to be used in next-gen engines, we make best use of our national and international knowledge to overcome the challenges faced by our customers.
We conduct studies using Finite Elements Analyses (FEA), Calculated Fluid Dynamics (CFD) and many other advanced tools to achieve the best design. Our expert technical staff develop the parts they specialise in for our customers in internal combustion engines where performance, efficiency, and durability have been redefined and improve the performance of existing parts.
Production and Testing Infrastructure
Pre/Concept Design
Making preliminary designs of intake and exhaust valves based on engine parameters and operating conditions.
Finite Elements Analyses (FEA)
Carrying out structural analyses on valves and peripheral elements based on operating conditions.
Final Design, 3D Geometry and Making Technical Drawings
Material selection based on the results of Computer Assisted Engineering (CAE) studies, adding the final touches to designs, and making technical drawings.
Prototyping
Creating prototypes prior to testing and control studies.
Testing and Validation
Carrying out bench and engine tests on the manufactured prototypes and validating the design. Making preliminary designs of intake and exhaust valves based on engine parameters and operating conditions.