LORAD's LPX Series x-ray systems are the most advanced, most accurate, most reliable industrial x-ray systems available.

• Lightweight
• Flexible
• Digital
• Air Cooled
• Water Cooled
• Panoramic

• End-grounded x-ray tubes
• 5-150 kV, 5mA constant potential output
• 10-200 kV, 10mA constant potential output
• 100% duty cycle
• Beryllium window x-ray tube
• Lightweight, gas insulated portable x-ray tubeheads
• LORAD's exclusive LaserPointer for pinpoint central x-ray beam targeting
• Water and air-cooled models available
• Digital control unit includes automatic warm-up program, test data display, self-diagnostics and status display
• Automatic adaption to input voltage
• Quick and easy maintenance via plug-in printed circuit boards
• 100 feet of cable for remote operation
• Plugs into standard outlet or portable generator

Constant Potential Output for the Best Discrimination
The Lorad LPX series x-ray units have been engineered to produce the sharpest  images in industrial x-ray. The high radiation output of the Lorad LPX systems allow for lower kV per exposure and increased film contrast for superior radiographic imaging.

The unique design of the LPX series x-ray units allows for unmatched repeatability by monitoring both the kV and the mA directly at the tubehead, not at the high voltage power supply input like other systems.

Digital Microprocessor Control
All Lorad LPX systems come standard with Lorad's exclusive microprocessor-driven control. In addition to automatic warm-up and self-diagnostic circuitry, the LPX series x-ray units, when equipped with the optional Exposure Library Unit, now have memory to store and recall up to 250 exposure techniques and will retain the last set of exposure parameters present before powering down, including the exposure time remaining.

The LPX series x-ray units adjust the kV in 1kV increments and adjust the mA in 0.1 mA increments. Exposure duration can be set anywhere from 0 min 0 seconds to 99 min 59 seconds in 1 second increments; mAs is variable from 0 to 29995 mAs.