Thin film coatings for medical industry traditional has been focused on surgical tools and cutting tools to ensure sharpness, and longevity . Standard coatings are now available for a wide range of applications to promote adoption by the body for implantable devices such as screws, plates or rods to support repair from traumatic injury as well as the advanced coatings required for joint replacement . Mustang is enabling manufactures of these cutting edge medical products to add coating capabilities to their existing manufacturing facilities improving quality and supply chain accountability.

System Summary

Thin film coatings for medical industry traditional has been focused on surgical tools and cutting tools to ensure sharpness, and longevity . Standard coatings are now available for a wide range of applications to promote adoption by the body for implantable devices such as screws, plates or rods to support repair from traumatic injury as well as the advanced coatings required for joint replacement . Mustang is enabling manufacturers of these cutting edge medical products to add coating capabilities to their existing manufacturing facilities improving quality and supply chain accountability.

System Type

  • Vertical Batch – Single

Optimized Coating Area

  • 1000mm Height
  • 600mm Diameter
  • Rotating 2-3 axis tooling with bias power

Technical Summary

High Power Linear Planar Sources Patented Magnetron Cathodes – Patented target clamping, cathode cooling and magnetic array design allow for sputtering rates that are 50% higher than our competitors with an unmatched maximum power density of 500 watts per square inch.

Coating Method Options

  • Patented high power density (up to 30Wcm-2), unbalanced or balanced magnetrons
  • Linear or Circular Cathodic Arc
  • DC, Pulsed DC, AC, RF & HIPIMS Sputter operation.
  • PECVD

Typical System Dimensions

  • Width – 3.71M (12.16’)
  • Depth - 5.8M (17’)
  • Height - 2.79M (9.16’)

Features

  • Networking Compatible with On-Board Diagnostics