Human Model Plastic 3D Printing Service | Micro Machining with DLP Process

Product Overview

Our Human Model Plastic 3D Printing Service leverages DLP (Digital Light Processing) technology combined with micro machining precision to deliver lifelike, high-resolution prototypes. Designed for applications in medical visualization, education, art, and industrial design, this service provides detailed anatomical models and miniature structures with unmatched surface quality.

With layer thickness as fine as 25 microns, our process ensures sharp accuracy, smooth finishes, and customizable material options, making it the ideal solution for human body models, figurines, or complex designs requiring exact detail.

Key Technical Parameters

Why Choose This Service (Selling Points)

• Unmatched Accuracy: DLP technology captures fine details of human models with micron-level precision.

• Micro Machining Capability: Ensures sharper edges and complex geometries beyond conventional 3D printing.

• Medical-Grade Precision: Ideal for surgical training models and anatomical demonstrations.

• Customizable Materials: Choose from flexible, rigid, or high-detail photopolymer resins.

• Smooth Surface Quality: Parts are ready for painting, finishing, or professional presentation.

• Rapid Turnaround: Fast prototyping cycles for urgent medical or research needs.

Application Scenarios

• Medical & Healthcare: Anatomical models, surgical training tools, prosthetics research.

• Education: Classroom teaching aids for biology, anatomy, and design courses.

• Art & Figurines: Custom collectible figurines, lifelike human sculptures.

• Industrial Design: Ergonomic testing models and human interface prototypes.

• Research & Development: Precision human model replicas for academic studies.

Future Trends & Positioning

• Biocompatible Resins: Growth in resins suitable for direct medical applications.

• Hybrid Fabrication: Combining DLP printing with CNC finishing for ultra-accurate results.

• AI-Enhanced 3D Modeling: Faster digital-to-physical conversion of human models.

• Scalable Production: Transition from prototypes to batch manufacturing of training kits.

• Personalized Healthcare: Patient-specific anatomical models for surgery planning.

FAQ

Q: What makes DLP better for human models?
A: DLP provides exceptionally fine detail and smooth surface finish, making it ideal for replicating human anatomy.

Q: Can you print flexible human body models?
A: Yes, with flexible photopolymer resins, we can simulate soft tissues.

Q: What industries benefit most from this service?
A: Medical, education, research, and art industries benefit significantly from precision DLP human model printing.

Q: How durable are DLP-printed models?
A: Models are durable for display, training, and prototyping, though functional load-bearing parts may require alternative processes.

Q: What is the maximum size of a model?
A: Up to 384 × 216 × 300 mm, but larger models can be assembled in sections.

Order Placement Process

Company Profile