TrueGuide® Computer-Guided Surgery is an intelligent surgical planning and precision surgical guidance tool wrapped into one smart application.
TruePlan® Intelligent Planning
TrueGuide® Precision Guidance
TrueGuide software drives lowest residual astigmatism by providing
dynamic incision optimization guidance and IOL alignment templates in surgery.
Toric IOL alignment Incision optimization Limbal Relaxing Incision (LRI/AK) Lens centration
Integration with all diagnostic devices
TruePlan® software suggests treatment and IOL
Advanced Data Flow
Pre-operative and intra-operative software link
Wireless transfer of patient data and surgical plan
Software engine provides real-time calculations
Links incision location to IOL positioning
Drives lowest residual astigmatism based on all variables
Precision Surgical Guidance
Customized individual surgeon profiles
Auto registration and eye tracking
Clinical Outcomes Analysis
Regression analysis designed to improve surgeon nomogram
TruePlan® Surgical Planning
TruePlan® is a surgical planning application for optimizing corneal incision guidance and IOL positioning during cataract surgery.
TruePlan collects, stores, and processes diagnostic variables to generate a customized surgical plan with a targeted refractive outcome.
- Works with data from all pre-operative diagnostic devices
- Access anywhere - anytime
- Works with all toric intraocular lens choices
- Customized nomograms - surgeon nomograms refined over time
Pre-Op data from any source, fast and flexible
TruePlan® to TrueGuide® Data Flow
TrueGuide® uses the plan to generate guidance templates incision placement and toric lens alignment during surgery in real-time.
Multiple options available for different types of practice
Dynamic Optimization enables the real-time incision and toric IOL calculator on the eye during surgery. It drives the targeted residual astigmatism based on all variables
Real-time vector analysis for incision optimization, toric IOL and LRI positioning
TrueGuide® software engine matches patient conditions in real-time to available treatment options specific to surgeon parameters and tendencies.
- Robust eye tracking even during surgical maneuvers
- Real-time calculation of predicted residual astigmatism
- Auto-registration of pre-operative image to live surgery
- Customized nomograms based upon measured outcomes
- Precision algorithms for incision placement and lens centration