IGI 2.0
Image Navigation Ltd. · source
IGI 2.0
Precision is the cornerstone of dentistry and the IGI 2.0 maintains impressive high levels of accuracy across the implantology using pre-operatively planned implant co-ordinates.
IGI active navigational tracking offers precise positional data, seamlessly bridging between a digital anatomy (CT), the dentist motion, and patient movement.
Autostop end-user robotic tool specifically designed for dentistry, provides safety backup.
The company's proprietary MiniLOCK patient-to-tracker connection maintains a consistently accurate patient-to-plan relationship throughout the procedure, even under patient motion
The System
Robotic Autostop
Prioritizing safety, we have implemented a robotic autostop allowing dentists to receive robotics only where they really need it – at the end-user tool.
MiniLOCK
Proprietary patient-to-tracker connector
TRAX™
Real time tracking
The IGI-2.0's TRAX real-time tracking system offers best-in-class, high-accuracy tracking with no observable onscreen lag (20 millisecond refresh rate). yields zero onscreen lag.
The IGI Navigation and Robotic System
Tech Stack
- MiniLOCK
- TRAX
- Robotic Autostop
MiniLOCK
Maintaining Workflow Accuracy
"MiniLOCK" is a proprietary consumable that is:
- Easy-to-attach to the patient (chairside)
- Stable (doesn't move or dislodge from the teeth during surgery)
- Easy-to-remove and replace in precisely the same location.
MiniLOCK BENEFITS include:
- Registration integrity throughout a procedure.
- Smooth and efficient chairside workflow ensuring patient comfort without compromising accuracy.
- Allowing focus on the patient – rather than constantly monitoring the connector for movement or rotation.
- Replacement accuracy – Removal and replacement with a deviation of only 50 microns when attaching to the posterior).
- Broadening of the patient base by enabling implants for patients who are currently not eligible, e.g., those missing a significant number of their teeth.
- Same-day scan, plan and surgery, as well as surgery at a date subsequent to the CT scan.
TRAX
REAL-TIME DYNAMIC TRACKING
IGI 2.0's unique TRAX Tracking technology is specifically designed for high accuracy in small spaces amid complex geometry, and also provides the ability to seamlessly track the rotational motion that is characteristic of dentistry. The tracking system incorporates real-time signal-based devices allowing lag-free, precise positioning compared to techniques that use multi-frame image processing to deduce position.
Benefits of TRAX Active Tracking Real-time tracking:
- The IGI-2.0's TRAX real-time tracking system offers best-in-class, high-accuracy tracking with no observable onscreen lag (20 millisecond refresh rate).
- Dentists can thus perform: precise, predictable and repeatable procedures with high confidence, less patient discomfort and pain, and great aesthetic results.
Robotic Autostop
Augmenting your hand skills
Image Navigation believes that, in terms of accuracy, safety benefits, production (throughput of patients), practicality and dentist experience, adding visualization and robotic safety features that augment dentists' handskills is the optimal approach for implant dentistry.
Navigation addresses the dentists' blind spot, allowing them to visualize the correct location and drill trajectory.
Robotic safety provides a safety net in the performance envelope.
IGI 2.0 Workflow
PLAN
Using a patient CT as a roadmap, the system helps determine optimal implant location, depth and trajectory.
PREP
Chairside, the MiniLOCK is affixed to the patient's teeth to ensure that accuracy is maintained throughout the streamlined workflow.
PERFORM
The dentist easily navigates accurate placement of the implant, noninvasively.
IGI 2.0 for your practice
The IGI system introduces navigational precision and a robotic autostop designed to eliminate off-target drilling during osteotomies, without resorting to rigid robotic arm movements.
This system combines the essential tactile sensations and feedback associated with freehand drilling with visualization.
Consequently, a procedure is expertly carried out by the dentist, backed by an automatic safety stop feature.
Freehand vs Drill Guides vs IGI Navigated:
- Freehand
- Drill guides (static)
- IGI navigated (dynamic)
Key benefits:
- Minimally invasive
- Same day workflow Flexibility
- Preplan and accurate execution
- Easier posterior access
- Visualize drill tip
Leverage a CBCT Scan
IGI 2.0 transforms a pre-op CT scan into a 3D map of the anatomy for real-time navigation. During dental implant surgery, an avatar of the drill is superimposed onto the pre-op CT scan. This enables the dentist to "see" the intrabony orientation and position of the drill during surgery, with no added radiation, in real-time.
Clinical Benefits
Clinical Benefits and Economic Value for Dentists, Improved Patient Experience
- Immediate Placement: Immediate extraction and implant placement for better patient care
- Easy guidance to the sinus floor: Easy guidance to the sinus floor with Robotic Autostop assistance.
- Minimally invasive: Less invasive and reduced risk of clinical complications (no surgical flap)
- Demanding Aesthetics: Single tooth placement with high aesthetic demands (e.g., narrow anatomy)
Product Information
| Manufacturer | Image Navigation Ltd. |
|---|---|
| Key Features | Image-guided navigation, robotic autostop, real-time dynamic tracking, CBCT scan integration, minimally invasive |
| Workflow Stages | PLAN (CT scan analysis for optimal implant location and trajectory), PREP (MiniLOCK affixation to patient's teeth), PERFORM (guided implant placement) |
| Application Areas | Dental implant surgery, immediate extraction and placement, sinus floor guidance, single tooth placement with high aesthetic demands, patients missing significant number of teeth |
| Clinical Benefits | Immediate placement, easy guidance to sinus floor, minimally invasive with reduced risk of complications, high aesthetic results for demanding cases |
| System Components | MiniLOCK (proprietary patient-to-tracker connector), TRAX (real-time tracking system), Robotic Autostop |
| Tracking Refresh Rate | 20 millisecond refresh rate |
| Minilock Replacement Accuracy | Deviation of only 50 microns when attaching to the posterior |