Custom development of test machines

Scope of activity

• Design and production of equipment - test and measuring machines, "space" applications, 1 - 6 axis machines with an accuracy of 0.01 mm - with data output.
• Advanced calculations (MKP or FEM) and simulations 
  • heat conduction - heating or cooling, max./min. operating temperatures for individual parts
  • modal analysis - natural frequency x excitation from the machine / means of transport
  • strength analyses
  • harmonic analysis - resistance to harmonic/random excitation or shock
• Design of prototypes including production from a part to a functional machine with certification according to standards
• Design of PCBs 
• We also design optomechanical assemblies
• We program in C++ and C# but we can also work with FPGA or CPLD embedded systems running under Linux OS
• Machine learning - 1D and 2D signal processing using machine learning techniques (artificial neural networks, regression and classification models)
• Signal processing - multivariate analysis, filtering, statistical evaluation 
• Image processing - OpenCV, machine learning
  

Test machines for measuring quantities

• Tensile tests (0 - 1 kN)
• Pressure tests (0 - 30 kN)
• Torsion tests (0 - 500 Nm)
• Cyclic stress (durability test)
• Gas and liquid pressure measurement
  

Electric functionality

• Measurement of waveform of analog and digital signals with selectable level
• Measurement of status variables including bus decoding
• Measurement of overshoot and response of buttons
• Cyclic and reliability tests with statistical evaluation
• Electric strength tests on a stressed sample
• Implementation of special communication protocols for any sensors

We can perform designs according to the standards: ISO EN 12 100, EN 610 10, MIL 810, RTCA DO 160 and others.