H-6000 Kecskemét
  • Industrial controllers with data collection capabilities.
  • Industrial production lines support, electronic boards assembly line support.
  • Transformers wending machines upgrade and software.
  • Old systems upgrade.
  • Industrial project management, establishment of production and assembly lines.
  • Optical Systems design, projects for optical system maintenance.

Design, manufacture, and installation of sophisticated equipment

The design, manufacturing, installation, on-site training, and maintenance of sophisticated equipment, such as wafer inspection units, equipped with data logging systems, image libraries, and defect identification capabilities. These systems include a mechanical X-Y-Z precision table, allowing for the accurate placement and movement of components, as well as a high-resolution camera capable of capturing even the smallest details.

The system is also integrated with specific inspection software that automatically analyzes the images and identifies potential defects, ensuring product quality and process efficiency.

Continuous maintenance of the equipment and on-site training for operators are essential parts of the service, ensuring that the systems perform at their best and operate reliably over the long term.

Design of electro-optical inspection units

The design of electro-optical inspection units for system MTF (Modulation Transfer Function) measurements, signal-to-noise ratio (SNR) assessments, resolution testing, and other optical performance parameters involves the development of sophisticated, high-precision equipment capable of evaluating and characterizing the performance of optical systems.

Ultra-high vacuum evaporators designing

Ultra-high vacuum evaporators are engineered to operate under extremely low pressures, allowing for the deposition of materials in a vacuum environment to create thin films or coatings with exceptional purity and uniformity.

These systems are used in applications ranging from semiconductor manufacturing to material science research. Each of these systems is designed with the utmost precision to ensure reliability, efficiency, and accuracy in their respective processes.

Design of processing systems

The design of processing systems, including custom-made high-precision ovens, chemical deposition systems, and ultra-high vacuum evaporators, involves the creation of highly specialized equipment tailored to meet specific industrial and research requirements.

These systems are meticulously engineered to provide precise control over temperature, pressure, and chemical processes, ensuring optimal conditions for advanced manufacturing and material processing.

High precision ovens

Custom-made high-precision ovens are designed to provide uniform heat distribution and exact temperature control, crucial for applications that require extremely tight thermal tolerances.

Chemical deposition systems are carefully constructed to allow for the controlled deposition of thin films or coatings, using various chemical processes such as chemical vapor deposition (CVD) or atomic layer deposition (ALD).