High Precision Plastic 3D Printing Service For Medical Models Custom Solutions

Product Specification

Product Overview

Brand: YYI
Service Type: Plastic 3D Printing
Application: Medical Models (anatomical models, surgical planning, educational tools, device prototypes)
Lead Time: 3–7 business days (depending on complexity and quantity)
Supported File Formats: STL, OBJ, STEP
Order Type: Custom on-demand production
Minimum Order Quantity: 1 piece

Product Overview

Our high precision plastic 3D printing service provides custom medical model solutions tailored to the needs of healthcare professionals, educators, and researchers. Using cutting-edge 3D printing technology, we deliver anatomically accurate models that replicate complex structures with exceptional detail, making them ideal for surgical planning, patient communication, and medical training.

We work with biocompatible and medical-grade plastics to ensure safety, durability, and precision. Whether you need a single prototype or batch production, our flexible process accommodates a wide range of custom requests—turning your medical imaging data or CAD designs into tangible, high-quality models.

Key Technical Parameters

Why Choose This Service (Selling Points)

• Medical-Grade Precision: Ensures accurate replication of anatomical structures.

• Customizable Solutions: Adapted for surgery planning, education, or patient communication.

• Advanced Printing Technologies: SLA for ultra-smooth surfaces, SLS for durability, PolyJet for multi-material models.

• Biocompatible Materials: Safe for use in medical training and pre-operative simulations.

• Quick Turnaround: Receive functional models in days, not weeks.

• From Imaging to Model: Direct conversion from CT/MRI scans (DICOM) into 3D models.

Typical Application Scenarios

• Surgical pre-planning and simulation models

• Anatomical teaching aids for universities and medical schools

• Patient education tools for visualizing treatment procedures

• Customized prosthetic and orthotic prototyping

• Research and development of medical devices

Future Trends & Positioning

• Personalized Medicine: Growth in patient-specific anatomical models for precision surgery.

• Hybrid Manufacturing: Combining 3D printing with CNC machining for functional medical prototypes.

• Bioprinting Advancements: Integration with tissue engineering for regenerative medicine.

• Regulatory-Ready Solutions: Alignment with ISO 13485 and FDA guidelines for medical model use.

FAQ

Q: Can you print directly from MRI or CT scan data?
A: Yes, we can process DICOM files to produce accurate 3D printed models.

Q: Are the materials safe for handling in a clinical environment?
A: We offer medical-grade, biocompatible plastics that meet ISO 10993 safety standards.

Q: Can you produce full-color anatomical models?
A: Yes, we provide multi-color printing for clear differentiation of anatomical features.

Q: Do you offer sterilization services?
A: Yes, we can deliver sterilized models ready for clinical or training use.

Q: What’s the largest model you can produce?
A: We can print up to 600 mm in one piece or assemble larger models from multiple sections.

Publishing Tips

1. Include comparison photos of CT/MRI images alongside the final 3D printed model.

2. Highlight case studies of successful surgical planning using your models.

3. Offer an upload portal for DICOM or CAD files for instant quoting.

4. Include testimonials from surgeons or educators who have used your models.