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Accuracy: The Uncompromised Foundation of Digital Dentistry
Transform your dental lab workflow with the LScan Dental Lab Scanner—a precision-engineered solution designed to capture intricate dental models, impressions, and implants at a groundbreaking 8μm accuracy. As the cornerstone of digital dentistry, this scanner seamlessly integrates with CAD/CAM systems, eliminating analog bottlenecks and elevating productivity.
Industry-Leading Precision
Achieve 8μm scanning accuracy—critical for crown, bridge, and implant workflows—ensuring every restoration fits perfectly on the first try.
Ultra-Fpeed Scanning
Digitize a full arch in just 10 seconds, accelerating case turnaround without compromising detail.
True-Color 3D Rendering
Capture lifelike textures with full-color scanning, essential for aesthetic prosthetics and bite analysis.
Open Architecture
Export files in STL, PLY, or OBJ formats for compatibility with any CAD software or milling machine.
Multi-Material Mastery
Scan impressions, unseparated models, articulators, and implant abutments with equal fidelity.
Dual 1.6M² Cameras: High-resolution optics capture undercuts and marginal lines invisible to conventional scanners.
USB 3.0 Connectivity: Transfer large datasets instantly to your design station (requires Win 10 64-bit, 16GB RAM, NVIDIA GTX 1050 GPU).
Ergonomic Design: Compact footprint (380×290×450mm, 8kg) fits crowded lab benches.
"Start with perfect data: Accuracy. Accuracy. Accuracy."
While competing scanners sacrifice detail for speed, LScan delivers both. Its 8μm resolution outperforms typical 15–20μm devices, reducing remakes by 40% (based on clinical audits). The 10-second full-arch scan—30% faster than alternatives—translates to 50+ models scanned daily.
Parameter | Value |
---|---|
Accuracy | 8 μm |
Scan Speed | 10 sec (full arch) |
Output Formats | STL, PLY, OBJ |
Camera Res | 1.6M² × 2 |
Power | AC 110–240V, 50Hz |
Weight | 8 kg |
Digital Impressions: Replace messy PVS with instant digital captures.
Implant Planning: Accurately scan multi-unit abutments for guided surgery.
Model-Free Design: Bypass stone models—scan directly to CAD.
Quality Control: Verify margin integrity before milling.