From Design to Durability
A New Standard in Dental Implant Fixtures
Dental Implants Engineered with
High-Strength, High-Precision Metal 3D Printing
A next-generation solution that meets
both accuracy and fatigue strength requirements.
The Challenge in Dental 3D Printing
Why conventional 3D printers fall short in dentistry
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High Precision Demanded
Limitations of Existing Printers
Lack of Real-World Applications
Market Demand is Growing
Dental applications demand
a precision level of ±0.05 mm
Yet most commercial metal 3D printers offer accuracy of only ≥0.1 mm.
Patient-specific dental component development remains extremely limited.
The market is projected to grow from
$5.9 billion in 2024 to $9.2 billion by 2033.
We Developed the Solution Dentistry Demands
A dental implant fixture designed for what matters most - Accuracy, Consistency, and Reliability.
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In-house developed high-precision metal 3D printer
· Beam Size: 40 μm / Power: 300W · Achieves repeatability within ±0.05 mm
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Prototype Dental Implant Fixtures Completed
· Capable of producing precise threads
and internal geometries · Integrated with a fully digital design-to-manufacturing workflow
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Surface Quality Optimization Achieved
· Surface roughness optimized for superior osseointegration
· Clinically applicable quality achieved without post-processing
Verified Strength
Trusted Performance
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Shear-compression strength
1305 N strength for secure fixation in
upper and lower jaws
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Meets measurement accuracy standards
Achieves Precision Within ±0.05 mm
→ Enables fine thread fabrication
→ Excellent compatibility with
standard implant components
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Fatigue Strength
Passed 5 Million Cycles at 534 N Load
→ Durability for long-term clinical use