Additive manufacturing for serial production of orthopaedic implants

• 
  

  Additive manufacturing orthopaedic implants for Croom Precision Medical

  Reliability and consistency are key attributes to any manufacturing operation but especially so in the orthopaedic implant industry. To help Croom Precision Medical (CPM) achieve reliable and consistent results, they turned to Renishaw.  CPM sits at the heart of Ireland’s thriving medical device industry, offering manufacturing services to a range of orthopaedic and medical device manufacturers.  CPM are leveraging their experience in the 3D printing field by using Renishaw’s technologies, ranging from metal 3D printing to CNC tool setting, machine tool and CMM probing systems to help them deliver reliable solutions to their customers.

  [1920 x 1080] [152.5MB]

Downloads

• Case study: Additive manufacturing for serial production of orthopaedic implants [795kB]
  

  Case study: Additive manufacturing for serial production of orthopaedic implants

  Croom Precision Medical has chosen Renishaw as their additive manufacturing (AM) and metrology partner, utilising Renishaw technology throughout the production and validation of their ISO13485 certificed medical devices. The company has found that using Renishaw’s AM technology allows them to incorporate complex features into their implant design at a commercially viable cost. In a heavily regulated environment, Renishaw’s built-in AM software and metrology solutions allows CPM to maintain traceability throughout their manufacturing process.

  [795kB]
• Case study: Additive manufacturing for serial production of orthopaedic implants [113kB]

  Case study: Additive manufacturing for serial production of orthopaedic implants

  Croom Precision Medical has chosen Renishaw as their additive manufacturing (AM) and metrology partner, utilising Renishaw technology throughout the production and validation of their ISO13485 certified medical devices. The company has found that using Renishaw’s AM technology allows them to incorporate complex features into their implant design at a commercially viable cost. They also report that Renishaw’s built-in AM software, used in combination with Renishaw’s metrology solutions, allows them to maintain traceability throughout their manufacturing process, which is essential in a heavily regulated environment.

  [113kB]
• Orthopaedic implants [62kB]
  

  Orthopaedic implants

  No description available

  [1406 x 834] [62kB]
• 3D print file generated using QuantAM build preparation software [2.0MB]
  

  3D print file generated using QuantAM build preparation software

  No description available

  [3840 x 2160] [2.0MB]
• Acetabular cup build in progress on RenAM 500M AM system [24kB]
  

  Acetabular cup build in progress on RenAM 500M AM system

  No description available

  [490 x 420] [24kB]
• In-process inspection with Renishaw OSP60 probe with SPRINT™ technology [56kB]
  

  In-process inspection with Renishaw OSP60 probe with SPRINT™ technology

  No description available

  [1000 x 250] [56kB]
• Patrick Byrnes Research and Development Manager at Croom Precision Medical [1.8MB]
  

  Patrick Byrnes Research and Development Manager at Croom Precision Medical

  An image of Patrick Byrnes, Research and Development Manager at Croom Precision Medical

  [5976 x 3992] [1.8MB]
• Croom Precision Medical has invested in a RenAM system [2.1MB]
  

  Croom Precision Medical has invested in a RenAM system

  An image of a working from Croom Precision Medical working with a RenAM 500M system

  [3840 x 2160] [2.1MB]
• Acetabular cups on build plate [1.3MB]
  

  Acetabular cups on build plate

  An image of acetabular cups on a build plate

  [1718 x 966] [1.3MB]