Research projects

Design and optimisation of the production technology for UTP A 6170 Co alloy wires

The project focuses on developing and optimising the production technology for wires made of the UTP A 6170 Co alloy. The aim is to design suitable tools for cold drawing, optimise their design using simulation methods and verify how they perform.

Optimisation of the production process for high-strength austenitic steel wire

The project aims to optimise the production technology of high-strength austenitic steel wire. The wire requirements are defined by the customer, primarily achieving the highest possible strength while maintaining good ductility for various final wire diameters. The wire serves as a semi-finished product for spring manufacturing.

Applied research in the refining of high-purity non-ferrous metals

The project aims to develop and verify refining processes for producing high-purity non-ferrous metals and their alloys, and for manufacturing advanced titanium-based non-ferrous alloys in powder form for additive manufacturing using binder jet technology.

Energy savings at CAMEX

The project focuses on reducing the energy intensity of the CAMEX spol. s r.o. production processes in mechanical engineering.

Priority axis 3 “Efficient energy management, development of energy infrastructure and renewable energy sources, support for the introduction of new technologies in the field of energy management and secondary raw materials”.

Optimisation of eyelet forging technology

The project focuses on optimising the forging and drawing of eyelets made of 42CrMo4 steel, with an emphasis on streamlining the process in our plant while keeping the required material properties of the final product consistent.

Measurement and simulation of the material properties of titanium sheet for the aerospace industry

The innovation voucher focuses on testing and simulating a material model of titanium sheet for the aerospace industry. The voucher will deliver the material data needed to form this specific material optimally.

Optimisation of forming processes for Ni and Cu alloys for the electrical industry

The aim of the project is to capture all effects of the forming process on the final electrical and mechanical properties and thereby optimise the manufacturing of sputtering targets.

Research and development of the production technology for low-alloyed Cu alloy wires

Research and development of the production technology for wires made of low-alloyed Cu-Cr-Nb copper alloys for refractory conductors in nuclear power engineering. The aim of the project is to develop the technology for producing wires from low-alloyed copper alloys.

Development of a modified Cu9Sn3B-based wire for repair welding

The project focuses on developing the processing technology for CuSn alloy wire used in the repair welding of deep-drawn vessels. CuSn is a new type of alloy with high corrosion resistance in seawater and other aggressive media (e.g. acids). The aim of the project is to design and optimise the production process. The output of the project will be a processing procedure.