Qoovia
 
Expert in ultrasonic technology and in the field of magnetism

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Qoovia is an expert in ultrasonic technology, InfraStake technolgy, laser welding process monitoring, and  magnetization. Our engineers have many years of experience working in the automotive, electronics, medical, toys, and food processing industries. We stand ready to provide you with the best solution that will fit your business needs.

Below is an overview of our product offerings:
Ultrasonic products include 40KHz, 20KHz, and 15KHz microprocessor-controlled ultrasonic welders for the welding of various plastic materials. Available at various wattages.

Microprocessor-controlled ultrasonic metal welding systems for bonding conductive materials in applications such as wire splicing, wire termination, batteries, cables, contacts and switches.

Products include 40KHz, 20KHz, and 15KHz microprocessor-controlled metal welders with digital quality controls. Available at various wattages.

Ultrasonic cutting applications include food cutting and tire cutting.

Tooling for various applications including welding and cutting applications.
Test Systems - Automation Solutions - Quality Control Systems

Our core competence is the planning and implementation of customer-specific test bench solutions for drive technology, the pump, and the automotive industries.

Magnetizing System:

  • Impulse Magnetizers and De-Magnetizers
  • Magnetizing coils
  • Magnetic calibration system
Measurement System:
  • Flux meters + Search coils
  • Gauss meters + Hall probes
  • Rotoscan
  • Accessories

The implementation of focused infrared energy is at the core of this revolutionary process. This tightly controlled, low impact technology is applied to component staking, and specific zone-area heating for forming or material embedding.

 

Products include InfraStake and InfraWeld systems.
A defined spectral range of the process radiation from laser welding conducted back through the optical fiber is decoupled,  optically filtered and transformed into an electric signal by means of a sensor.  This signal is transmitted to WeldWatcher and processed.