High-Speed Camera

A high-speed camera used in the production process or during ammunition testing is a specialized camera that captures images at an extremely high frame rate. This allows engineers to analyze rapid movements and details of the production line / shot that are too fast for the human eye, enabling them to detect potential defects, optimize machine settings, and improve overall product quality by identifying such issues.

For unguided projectiles and mines with the camera positioned at the muzzle of a gun / mortar:

  • Deviation from the trajectory
  • "Tumbling and yawing" of the projectile, or displacement from the axis
  • Separation of stabilizers, projectile burst in flight
  • Imbalance of the ammunition, or deviation of the center of mass from the calculated one
  • Condition of the copper "driving band", barrel tightness, barrel "erosion", which is one of the factors for changing the barrel category
  • Estimation of the initial velocity of the ammunition at the muzzle exit

For unguided and guided projectiles / missiles with the camera positioned at the target:

  • Integrity of the projectile upon entering the target
  • Armor penetration
  • Dispersion of fragments / splinters
  • Unevenness of solid propellant pouring, or explosives in the warhead

For analyzing the operation of jet engines, squibs, and pyrotechnic bolts:

  • Engine operation modes and the condition of the hull at different parts of the cyclogram
  • Flame counter-force
  • Valve operation
  • Analysis of causes of destruction in emergency situations
  • Status of operation of squibs and explosive bolts during actuation
  • Condition of guided projectiles and mortars when the camera is located at the muzzle slice of the gun / mortar

Key points regarding high-speed cameras in the production and testing of ammunition:

  • High recording speed range up to 1,500,000 frames/second
  • High resolution from 1920 x 1080 to 2048 x 1024 pixels
  • Wide range of internal memory recording times - up to 1/10 of a second up to 80 seconds
  • Various external synchronization methods
  • Specialized software for processing results
Detailed characteristics of high-speed cameras


High-speed cameras Yuki series


High-speed cameras PROMON series



High-speed cameras for monitoring the metal welding process

Cavitar welding cameras

The main element of the welding process emits very bright light that "blinds" the eye, as well as conventional camera systems. Without special imaging methods, proper visual monitoring of the welding process is impossible.

Cavitar welding cameras clearly visualize welding processes as if they were cold. Our solutions range from complete, compact ready-to-use imaging solutions, including a camera, integrated laser illumination and optics, to user-task-oriented systems designed to meet specific customer requirements. They are applicable for all major arc welding processes such as GMAW (MIG, MAG) and TIG, as well as for all major beam welding processes such as CO2 laser, fiber laser, diode laser, Nd:YAG laser, and electron beam welding.