Supercraft3D
Supercraft3D is a Singapore-based additive manufacturing service bureau focused on healthcare and medical applications. Established in September 2016 with offices in Singapore and Bangalore, India, the company provides medical models, surgical guides, implants, and devices, leveraging advanced 3D printing technologies to improve surgical planning, education, and patient outcomes. They work with medical institutions to develop tissue-mimicking materials, regulatory-approved implants, and customized surgical tools, ensuring high standards of quality, sterilization, and traceability.
Industries
Nr. of Employees
small (1-50)
Products
3D printed anatomical models (medical‑grade materials)
Physical anatomical models produced from patient imaging using medical‑grade materials and additive manufacturing; used for planning, training and patient communication.
Custom surgical guides and instruments (biocompatible materials)
Patient‑ or procedure‑specific surgical guides and instruments manufactured in biocompatible materials for single or repeatable clinical use.
Patient‑specific metal implants (titanium alloy)
Additively manufactured titanium implants designed for orthopedic and trauma applications, developed with testing and regulatory submission in view.
3D printed anatomical models (medical‑grade materials)
Physical anatomical models produced from patient imaging using medical‑grade materials and additive manufacturing; used for planning, training and patient communication.
Custom surgical guides and instruments (biocompatible materials)
Patient‑ or procedure‑specific surgical guides and instruments manufactured in biocompatible materials for single or repeatable clinical use.
Patient‑specific metal implants (titanium alloy)
Additively manufactured titanium implants designed for orthopedic and trauma applications, developed with testing and regulatory submission in view.
Services
Patient‑specific 3D anatomical model production
End‑to‑end service from uploaded diagnostic imaging to delivery of 3D printed anatomical models for surgical planning, education and medico‑legal use.
Custom surgical guides and instrument manufacturing
Design and manufacture of patient‑ or surgeon‑specific guides and instruments in biocompatible materials, for single or repeatable use; includes prototyping and small batch production.
Custom orthopedic implant design and production (metal additive manufacturing)
Design and additive manufacture of customized orthopedic implants using metal additive processes (titanium alloy); design, testing and regulatory readiness activities for approvals.
Materials evaluation and R&D for tissue‑mimicking models
Collaborative R&D with medical institutions to evaluate and develop materials that mimic tissue properties for improved surgical training and simulation.
Online booking and secure image data submission
Online booking portal and facility to upload MRI/CT/PET datasets for ordering model creation services.
Patient‑specific 3D anatomical model production
End‑to‑end service from uploaded diagnostic imaging to delivery of 3D printed anatomical models for surgical planning, education and medico‑legal use.
Custom surgical guides and instrument manufacturing
Design and manufacture of patient‑ or surgeon‑specific guides and instruments in biocompatible materials, for single or repeatable use; includes prototyping and small batch production.
Custom orthopedic implant design and production (metal additive manufacturing)
Design and additive manufacture of customized orthopedic implants using metal additive processes (titanium alloy); design, testing and regulatory readiness activities for approvals.
Materials evaluation and R&D for tissue‑mimicking models
Collaborative R&D with medical institutions to evaluate and develop materials that mimic tissue properties for improved surgical training and simulation.
Online booking and secure image data submission
Online booking portal and facility to upload MRI/CT/PET datasets for ordering model creation services.
Expertise Areas
- Patient‑specific anatomical modeling
- Additive manufacturing for medical applications
- Medical image segmentation and 3D visualization
- Custom surgical guide and instrument design
Key Technologies
- Additive manufacturing (3D printing)
- Metal additive manufacturing (titanium alloy implants)
- Resin photopolymer printing (transparent resin models)
- Medical image segmentation and 3D reconstruction (CT/MRI/X‑ray/PET)