Medical & Dental Application
Enables production of patient-specific medical models, surgical guides, custom implants, and dental appliances with biocompatibility and precision.
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Application Overview
About Medical & Dental Application
Medical and dental applications include custom prosthetics, surgical planning models, anatomical models, and functional appliances. These support personalized treatment plans, improve patient communication, and contribute to higher surgical success rates through enhanced precision and planning.
Why 3D Printing Is Beneficial
Traditional methods are often expensive, slow, and inflexible for patient-specific needs. 3D printing offers faster turnaround, affordable customization, high anatomical accuracy, and regulatory-grade biocompatible materials for clinical use.
Common Use Cases
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Dental Appliances
- Clear aligners, dentures, and crowns.
- Accurate fit for each patient.
- High-quality aesthetic outcomes.
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Surgical Guides
- Patient-specific cutting and drill guides.
- Improves procedural accuracy.
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Anatomical & Training Models
- Highly accurate replicas of patient anatomy for planning.
- Used as educational tools for students and medical staff.
- Improves patient communication and surgical rehearsal.
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Biocompatible Medical Devices
- Components for surgical instruments and test devices
- Sterilizable and compliant material standards
- Supports research, clinical trials, and next-gen healthcare solutions.
Industries Commonly Used For
Compatible Materials
ABS-M30i
Sterilizable, biocompatible variant of ABS
Fortus 450mc, F900
Medical, surgical planning models and tools, food handling, pharmaceutical handling
ivory
@ 264 psi: 180°F
PC-ISO
Strong, biocompatible engineering grade
Fortus 450mc, F900
Food packaging, drug packaging, medical device manufacturing
white, translucent natural
@ 264 psi: 260°F
PC-ABS
Impact-resistant engineering-grade blend
F370, Fortus 450mc, F900
Conceptual modeling, functional prototyping, manufacturing support, production parts
High-Performance Grade: Black & White
Validated Grade: Red
@ 264 psi: 233.6°F
ULTEM 1010 Resin
High thermal stability & chemical resistance
Fortus 450mc, F900
Custom tools for metal, plastic, or composite parts fabrication, medical tools, aerospace & automotive components
Natural
@ 264 psi: 413.9°F
PJ BoneMatrix
Simulates bone-like rigidity and texture
J850 DAP
Anatomical models
Translucent
PJ GelMatrix
Soft tissue simulation material
J850 DAP, J5 DAP
Anatomy presets such as gel support, liver, subcutaneous fat, and pure gel support
Translucent
PJ Tissue Matrix
Mimics soft organ tissue
J850 DAP
Medical models
Translucent
170%
PJ MED610
Clear, biocompatible medical-grade resin
J5 Medijet, J750, J850, Objet30 Prime
Surgical planning, training, medical device prototypes and surgical guides.
Transparent
PJ MED625FLX
Transparent, flexible for temporary in-mouth use
DentaJet XL, J5 DentaJet, J3 DentaJet
Indirect bonding trays and gingiva masks
Clear
73-77 Scale A
PJ TrueDent
FDA-cleared resin for dental models
J5 DentaJet
Dentures, temporary crown and bridge
Cyan, Magenta, Yellow, White, Clear
PJ Vero (Opaque)
Multi-colour
J826 Prime, J850 Prime, J850 DAP, J55 Prime, J5 MediJet
Packaging prototypes, visual models, testing, surgical planning, jigs & fixtures, tooling.
Black, White, Blue, Gray, Cyan, Magenta, Yellow
PJ VeroVivid (Translucent)
650,000+ colours & tints
J55 Prime, J826 Prime, J850 Prime, J850 DAP, J5 MediJet, J5 DentaJet
Prototyping, simulating Pantone colors, simulating textures and finishes, medical applications
Black, White, Cyan, Gray, Magenta, Yellow, Clear, Blue
P3 LOCTITE 3D MED 412
Flexible for gaskets and anatomical models
Medical devices such as test swabs, single-use medical instruments, lab equipment, and covers and guards
Clear, White
P3 LOCTITE 3D MED 413
Biocompatible resin for medical use
Durable, reusable medical components, orthotics, respirator components.
Clear, White
P3 LOCTITE 3D IND405
Smooth, tough for functional parts
Mechanical guides, fluid ducts, and microfluidic devices. Also suitable for light pipe and packaging prototype.
Clear
Zirconia 3Y
High hardness, chemical inertness, excellent mechanical properties
C101 EASY, C900 FLEX, C1000 FLEXMATIC
Dental crowns and bridges, orthopedic implants, wear-resistant components, electronics
- Used in high-stress environments
- Ideal for precision components requiring both aesthetics and strength
- Typically sintered at ~1450–1550°C for full density
Alumina Toughened Zirconia (ATZ)
Superior toughness, abrasion and thermal resistance, biocompatible
C900 FLEX
Implants, teeth, wear-resistant mechanical parts
- Combines the best of zirconia (toughness) and alumina (hardness)
- Excellent for cyclic and abrasive environments
Hydroxyapatite (HAp)
High biocompatibility, osteoconductive
C101 EASY, C900 FLEX, C1000 FLEXMATIC
Biomedical implants, bone scaffolds
- Similar chemical composition to natural bone
- Promotes bone growth
- Used in custom orthopaedic and dental implants
Tricalcium Phosphate
Biocompatible, bioresorbable
C900 FLEX
Biomedical implants, bone regeneration
- Stimulates bone growth
- Designed to degrade safely in the body and be replaced by natural bone
Silicon Nitride (Si₃N₄)
Known for its excellent thermal shock resistance, high hardness, and superior wear and corrosion resistance.
C101 EASY, C900 FLEX, C1000 FLEXMATIC
Aerospace, automotive components, medical implants, energy systems
- Withstands high temperatures (~1800°C)
- Corrosion-resistant and frequently used in engine and turbine parts
Technology Types
We provide a full suite of polymer printing technologies, ensuring the right fit for your innovation needs and production goals.
FDM
Fused Deposition Modeling uses thermoplastic filament, extruded layer by layer inside a self-calibrated heated chamber. It is ideal for producing strong, durable, heat-resistant and dimensionally stable parts using standard or high-performance grade materials.
PolyJet
One of the most powerful abilities is to simultaneously print multi-material resin in a single build. It jets layers of UV-curable engineered resins to create detailed and smooth parts for realistic prototypes, concept modeling, and functional tooling.
P3 DLP
Programmable PhotoPolymerization is a next-generation Digital Light Processing technology that uses light-curable resin for high-resolution printing. It supports intricate features, excellent surface quality, and a wide range of high-performance materials for production-ready applications.
SLA
Laser Stereolithography is a unique technology that polymerizes each layer of a ceramic-loaded photosensitive resin to form the green part. Afterward, the part undergoes debinding and sintering to remove resin, densify the ceramic, and achieve its final material properties.
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