X-ray detectable plastics

Ensinger's X-ray materials are TECAPEEK MT XRO (PEEK) and TECASON P MT XRO (PPSU). Both plastics are manufactured in many standard colours, produced to suit the customer order. This allows greater flexibility when designing your applications, e.g., to be able to easily distinguish between different instruments and sizes or to differentiate from competitor's products by colour branding. 
With its X-ray opaque XRO materials, Ensinger meets the challenging demands of minimally invasive and image-controlled surgery whilst also offering additional safety and security during surgical operations. X-ray plastics are used for a variety of instruments, such as tools and trial sizes, where clear visibility of components is advantageous.

Ensinger's x-ray materials

TECAPEEK MT XRO (PEEK) and TECASON P MT XRO (PPSU) are medical grade plastics with good visibility and radiography.  is a medical grade PPSU with good visibility and radiography. 

A contrast medium added to the standard TECAPEEK MT and TECASON P MT lines permits clear visibility of compo¬≠nents under fluoroscopy and X-ray radiation. It provides the surgeon with a precise pic¬≠ture of their instruments or of orthopaedic trial implants during image controlled procedures. 

TECAPEEK MT natural

Medical PEEK natural is suitable for use in medical applications and combines the excellent property profile of standard PEEK with requirements for biocompatibility.

TECASON P MT black

TECASON P MT black is suited primarily to applications in the medical industry. PPSU medical grade material has improved performance in terms of temperature, impact strength and chemical resistance.

Biocompatibility
TECAPEEK MT XRO (PEEK) and TECASON P MT XRO (PPSU) have been tested in accordance with the requirements of ISO 10993 for medical products coming into contact with bodily fluids, bone substances and dentin for up to 24 hours.

Other properties include: 
  • X-ray impermeable
  • Resistant to cleaning agents, disinfectants and various solvents
  • Resistant to repeated steam autoclaving
  • Excellent dimensional stability
  • High thermal stability and outstanding mechanical characteristics
  • High impact strength