Portable X-ray Equipment

BEST EVER DESIGN The CP160D is the lightest and most compact generator of the CPSERIES. Featuring a built-in Beryllium window, it is the perfect generator for the inspection of light alloys such as aluminum, magnesium or fiber based materials like glass and carbon.

BEST EVER DESIGN Being just 20 mm longer than the CP160D, the CP200D represents the best compromise between high penetration (up to 42 mm for steel) and the capacity of the generator to fit with various NDT applications, such as inspections of more technical materials in the aeronautical or space industries.

IDEAL FOR DIGITAL RADIOGRAPHY The small focal spot (1 mm) of the CP200DS generator minimizes un-sharpness and gives clearer images, which makes it ideal for digital radiography (DR) when close X-ray shots are possible.

BEST EVER DESIGN Supplemental to its outstanding penetration capacity (up to 47 mm for steel in just 10 minutes), the CP225D includes a built-in multiple X-Ray output carrousel that features a Beryllium window for the inspection of lighter alloys such as aluminum and carbon fiber.

IDEAL FOR DIGITAL RADIOGRAPHY Like the CP200DS, the CP300DS is the perfect tool for digital radiography. Its small focal spot generates sharper and clearer images which will enable you to accurately detect the slightest defect during your NDT inspections.

A ROBUST PARTNER FOR YOUR DR INSPECTIONS The CP300DM is a constant potential portable generator with a duty cycle of 100% in 30°. Its metal-ceramic tube makes this generator the robust partner you need for your digital radiography inspections.

OUR FIRST PANORAMIC METAL-CERAMIC X-RAY GENERATOR The CP300C is the first panoramic x-ray generator of the CPSeries product range. Equipped with a metal-ceramic tube, the CP300C is a light (less than 30kg) and powerful generator (300 kV)

ADVANCED TECHNOLOGY The CP120B / CP160B and CP200B are ultra light and portable constant potential X-Rays generators that have been specially developed to offer a completely new concept that is able to match the major advances in imaging technology that have taken place in recent years.