Corin OPS

Optimized Positioning System for patient-specific component alignment.

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Overview

Corin's Optimized Positioning System (OPS) is a dynamic planning tool for total hip arthroplasty. Unlike static AP X-ray planning, OPS uses functional simulations based on a patient's unique anatomy and spinal-pelvic relationship to determine the optimal implant orientation. This pre-operative plan is then used to create patient-specific 3D printed surgical guides.

✨ Key Features

  • Dynamic, functional simulation of hip biomechanics
  • Patient-specific planning based on individual anatomy and movement
  • Used to create 3D-printed, patient-specific surgical instrumentation
  • Focuses on optimizing implant orientation to reduce risks like impingement and dislocation

🎯 Key Differentiators

  • Focus on functional, dynamic planning rather than static imaging
  • Considers the relationship between the hip and spine for more personalized planning
  • Results in a patient-specific 3D printed guide for surgical execution

Unique Value: Provides a unique, patient-specific hip replacement plan by analyzing dynamic, functional movement to optimize implant positioning and potentially reduce complications.

🎯 Use Cases (3)

Pre-operative planning for primary total hip arthroplasty Optimizing cup and stem positioning based on functional biomechanics Creating patient-specific surgical guides

💡 Check With Vendor

Verify these considerations match your specific requirements:

  • Knee, shoulder, or trauma surgery planning

🏆 Alternatives

Conventional 2D templating software Robotic systems from Stryker, Zimmer Biomet, etc.

Goes beyond standard 2D templating by incorporating spinal-pelvic dynamics, offering a more personalized plan than what can be achieved with static X-rays alone.

💻 Platforms

Desktop

🛟 Support Options

  • ✓ Email Support
  • ✓ Phone Support
  • ✓ Dedicated Support (Enterprise tier)

🔒 Compliance & Security

✓ HIPAA ✓ BAA Available ✓ GDPR

💰 Pricing

Contact for pricing
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