Dental 3D Printing Solutions

Rooted in accuracy, powering confident treatment and restoration.

Sahas empowers dental professionals with high-precision 3D printing solutions for diagnostics, restorations, orthodontics, and training.

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Trusted by 1,500+ leading companies for additive manufacturing.

We help multiple sectors identify and implement the right 3D printing solutions: cost optimisation, faster timelines, and long-term reliability.

Smarter Dental Applications. Better Care at Every Step.

3D Printing Applications in the Dental Industry

Dental Models

Restorative Dentistry

Orthodontics

Implantology

Surgical Guides

Prosthodontics

Education & Training

Digital Dentistry Innovation

Dental Models

Diagnostic models
Implant study models
Accurate occlusion analysis
Case planning for prosthetics

Restorative Dentistry

Crowns and bridges
Inlays and onlays
Crowns and bridges (metal)
Custom restorations

Orthodontics

Clear aligners (thermoformed)
Orthodontic brackets
Retainer and tray creation
Predictable treatment design

Implantology

Implant guides
Custom abutments
Angled path correction tools
Titanium-compatible builds

Surgical Guides

Tooth surgical drill guides
Gingiva masks
Bleeding simulation masks
Tissue boundary printing

Prosthodontics

Dentures
Partial Frameworks
Precision-fit prosthetic bases
Gingival contour prosthetics

Education & Training

Student Practice Models
Training Aids for Surgery
Realistic tooth and jaw assemblies
Pathology simulation models

Digital Dentistry Innovation

Workflow digitisation with CAD/CAM
Chairside 3D printing applications
Integration with intraoral scanning
Seamless collaboration between labs and clinics

Our Case Studies

Explore the solutions we've delivered.

Frequently Asked Questions

3D printing allows fast and precise fabrication of patient-specific dental models from intraoral scans, improving treatment planning and communication with patients.

SLA and DLP technologies are used to print crowns, bridges, inlays, and veneers in castable or ceramic-like resins, enabling accurate and cost-effective restorations.

Orthodontic labs use 3D printers to produce aligner models, indirect bonding trays, and retainers quickly and accurately, reducing turnaround time and improving patient outcomes.

Yes, 3D printing supports implantology by producing surgical guides, custom abutments, and bone models that improve precision and reduce surgical time.

Surgical guides are printed in biocompatible resins using SLA/DLP and help dentists place implants with high accuracy based on CBCT and intraoral scan data.

3D printing is used to fabricate dentures, temporary crowns, and full arch prosthetics with excellent fit and surface finish, improving efficiency and patient comfort.

Universities and labs use 3D printed teeth, jaws, and pathology models for hands-on training, helping students simulate real-life clinical procedures safely and affordably.

SLA and DLP are the most widely used due to their precision and biocompatible resin options, with some dental labs also using SLS and milling for specific cases.

Materials include model resins, castable resins, biocompatible surgical resins, gingiva-colored resins, and flexible or rigid denture base materials.

3D printing bridges the gap between digital scans and physical devices, enabling fully digital workflows for faster, more personalized, and accurate dental care.