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3D printing is transforming healthcare from mass-manufactured medical devices toward patient-specific solutions. By combining digital 3D scanning, computer-aided design (CAD), and biocompatible materials, medical professionals can produce custom orthotics, dental surgical guides, anatomical models, and therapeutic implants tailored precisely to individual anatomy.
Enables 1:1 anatomical matching for orthotics, prosthetics, and surgical guides directly from patient 3D scan data.
Medical-grade resins and polymers certified for oral contact, skin safety, and bio-resorbable implants.
Reduces traditional impression taking and manual molding times from weeks to same-day digital production.
Prints breathable, variable-density lattice structures impossible to replicate with traditional CNC milling or foam casting.
Custom-fit orthotics reduce pressure points, improve gait biomechanics, and accelerate recovery times.
Patient-specific drill guides and anatomical pre-surgery models shorten operation duration and lower surgical risk.
Bio-based polymers like Medical PLA and PCL reduce bio-burden and offer clean disposal after therapeutic use.
eSUN's specialized medical brand, iSUN3D, provides an end-to-end digital orthotic solution integrating foot scanning, AI biomechanical gait analysis, cloud CAD design, and high-speed flexible TPU printing.
| System Component | Core Function & Technology | Clinical Application |
|---|---|---|
| iSUN3D 3D Foot Scanner | High-precision optical & pressure scanning under 10 seconds | Gait capturing, plantar pressure mapping, arc shape analysis |
| iSUN3D Cloud Design Platform | Automated AI orthotic insole generation & manual podiatrist tweaks | Flat feet correction, heel spur relief, diabetic foot protection |
| iSUN3D Continuous TPU Printer | High-speed dual-station flexible FDM printer using medical TPU 95A/85A | Dynamic zonal hardness printing (hard arch support + soft heel padding) |
Digital dentistry relies heavily on precision SLA/DLP/LCD photopolymer resins to manufacture dental prosthetics, aligners, and surgical instruments with high dimensional accuracy.
High strength, transparent, autoclavable material certified for intraoral surgical drill positioning with sub-100µm accuracy.
Zero ash residue during burnout, engineered for precise casting of metal crowns, bridges, and partial denture frameworks.
Provides realistic stone-like aesthetics, high surface hardness, and soft flexible gingival mask simulation for physical master models.
eSUN (Shenzhen Esun Industrial Co., Ltd.) is a pioneer in bio-degradable polymer chemistry. In biomedical applications, specialized low-molecular-weight Polycaprolactone (PCL) and Polylactic Acid (PLA) polymers serve as cutting-edge biomaterials:
Using the iSUN3D flexible TPU printing system, pediatric orthopedists design lightweight, ventilated arch pads and corrective spine braces. The flexible lattice structure allows children to move comfortably while maintaining progressive skeletal alignment.
Dental clinics using eSUN dental resin solutions report reducing patient visit cycles from 3 visits down to a single same-day appointment for crowns and aligner planning, significantly improving clinical efficiency.