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Spine Deformity
Life-like. Measurable. Extraordinary.
An Аpp to measure real-time the correction quality
Ready to redefine your surgical capabilities?
Every maneuver has an impact. Now you can see it.
Real-Time Telemetry transforms every correction into measurable data — Cobb angle, vertebral derotation, length recovery — giving surgeons and educators the objective feedback that makes training truly effective.
The most advanced Spine Deformity Platform available today
Engineered to replicate a complete surgical experience
Train on a life-like C7-S1 spine model, complete with all anatomical structures, for drilling, tapping, and screw placement procedures.
Practice the entire workflow, including posterior column osteotomies (e.g., Smith-Petersen) and Direct Vertebral Rotation.
A built-in system to objectively measure spinal correction, bridging surgical feel with data-driven research.
Fully compatible with X-ray and CT imaging
The simulator ensures full compatibility with Standard X-Ray imaging technologies
Surgical ability becomes measurable, and training become more competitive
Subjective evaluation is obsolete. UpSurgeOn fuses hyper-realistic haptics with real-time telemetry. Welcome to a cadaver-free ecosystem where surgical mastery is proven by objective data, not opinions.
SOFTWARE ECOSYSTEM
The Spine Deformity App
- Seamless Wireless Sync
Zero cables, zero friction. The app connects instantly via Bluetooth to capture your physical adjustments, providing immediate visual feedback as you perform maneuvers.
- Interactive 3D Digital Twin
Watch physical maneuvers become digital. Navigate the interactive 3D spine with simple touch gestures, zoom in on key areas, and toggle anatomical labels with a single tap.
- Multiple Views:
Track your progress from every angle. View AP and LL projections simultaneously, with real-time Cobb angle measurement.
PERFORMANCE CHALLENGE
Surgical Gamification & Competition
PHYSICAL MEASUREMENT
Analog Validation
- Mechanical Correction Gauge
Read physical alignment instantly. The integrated mechanical panel features a physical pointer needle and ruler (in centimeters and inches) to show the exact correction height achieved. - Direct Metric Cross-Reference
Correlate analog feedback with digital telemetry. Compare the mechanical pointer height (0.00 to 2.00 cm) directly against the app’s digital length recovery metrics to verify your accuracy.
Where Physical Meets Digital
Experience the seamless integration of hyper-realistic biomechanics and real-time telemetry. Watch every physical maneuver translate into objective data.
Ready to redefine your surgical capabilities?
Turn Surgical Complexity into Absolute Control
How it is composed
High-durability, hyper-real components optimized for quick turnover
Procedures & Capabilities
The simulator allows complete step by step training for all major spinal deformity corretion procedures
Deformity Correction
Derotation Techniques
Application of Direct Vertebral Rotation and rod derotation to assess true three-dimensional deformity behavior.
Osteotomies
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Discover the first case: Lenke 1
Spine Deformity is an advanced platform featuring complex spinal surgery cases, engineered to replicate the biomechanical challenges of correction. Discover the first case, Lenke 1 Deformity. More cases COMING SOON.
- True-to-life three-dimensional correction dynamics.
- Assessment of measurable spinal elongation
- A measurable correlation between functional correction and structural realignment.
Maximize your return on investment
Invest once in the platform. Pay only for the pathology you need.
REUSABLE
One-Time Investment
The structural core of the system is built for durability and long-term use. You purchase these components once, creating a permanent workstation for your training lab.
SKIN LEVEL
Paravertebral Muscle - Filler
WORKSTATION
DISPOSABLE
Recurring Efficiency
SPINE LEVEL
REUSABLE
One-Time Investment
The structural core of the system is built for durability and long-term use. You purchase these components once, creating a permanent workstation for your training lab.
SKIN LEVEL
Paravertebral Muscle - Filler
WORKSTATION
DISPOSABLE
Recurring Efficiency
SPINE LEVEL
Secure your Spinal Deformity Platform
Premium Protection for Long-Term Durability
Preserve the high-fidelity of your simulator with our custom-engineered hard shell case. Designed for secure storage within your facility, it protects the Platform and modular components from dust and impact, ensuring your investment remains pristine for years.
- Custom foam inserts for secure fit.
- Rugged, impact-resistant exterior.
- Wheels and telescopic handle for easy travel.
STUDENT OR RESIDENT?
Learn more about
Spine Deformity
This is a groundbreaking feature unique to our simulator. A built-in measurement system allows you to get objective, real-time data (in cm/inches) on the amount of spinal elongation and correction you achieve during your maneuvers. It bridges the gap between surgical feel and data-driven outcomes.
The platform is designed for the complete posterior correction workflow. This includes pedicle screw placement (C7-S1), posterior column osteotomies (e.g., Smith-Petersen), and all major deformity correction maneuvers, including rod placement, in-situ contouring, and Direct Vertebral Rotation.
This platform is a powerful, accessible complement to cadaver labs. While cadavers offer unique anatomical fidelity, our simulator provides 24/7 access, zero biological risk, and the crucial ability to train repeatedly on specific, standardized pathologies (e.g., a Lenke 1 curve) with true-to-life biomechanics—something impossible to guarantee in a cadaver.
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Spine Deformity
NEW
Basic Spine Instruments Set
Not for medical use, for training purposes only
Discover All Spine Technologies
A complete Training System for Spine Surgery
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Spine Deformity