Smith & Nephew

Select your country

Advanced Search

  • Home
  • About Us
  • Innovation
  • Corporate Responsibility
  • Investor Centre
  • News & Media
  • Careers
  • Home
  • Innovation
  • Key Products
  • Orthopaedic Reconstruction
  • AchieveCAS
  • Home >
  • Innovation >
  • Key Products >
  • Orthopaedic Reconstruction >
  • AchieveCAS
  • JOURNEY DEUCE Bi-Compartmental Knee System
  • Oxinium: GENESIS II and PROFIX Knee Systems
  • EMPERION Modular Hip System
  • ANTHOLOGY Hip System
  • SYNERGY and ECHELON Hip Systems
  • BIRMINGHAM HIP Resurfacing System
  • JOURNEY Bi-Cruciate Stabilized Knee System
  • LEGION Revision Knee System
  • AchieveCAS
  • Print
  • e-mail

Email this page

close
  1. Mandatory fields are marked with an asterisk [*].

    Tell us who you want to send your mail to Fill in your email details

    Note: Smith & Nephew does not collect or make use of the email addresses or names provided here. They are only used to show the recipient who has sent the message.

    Change your message if you want Change the message if you want to

    1. <recipient name> <address>
    2. <sender name> <address>
    3. <sender name> is sending you a link

    4. <sender name>

AchieveCAS

  • Click here to contact us

Patient stories

Patient stories
  • See how our products improve patients' lives

Where we operate

Where we operate
  • Where we operate

    Find the Smith & Nephew site nearest you

AchieveCAS◊ is a computer system with custom-designed software, infrared camera and surgical instruments. The system is designed to allow the surgeon to navigate a total knee during surgery, allowing surgeons to more precisely place implants, particularly within smaller incisions, through enhanced guidance and visualization. AchieveCAS◊ is already available for hip implants.

Computer-assisted surgery (CAS◊) is a critical advancement in orthopaedic surgery, providing surgeons with real-time data and greater precision with which to align orthopaedic implants. CAS◊ also offers significant benefits to the patient, reducing surgical exposure and recovery times, enabling patients to more quickly resume normal activities.

  • Copyright © 2008 Smith & Nephew
  • Terms of Use