DMK Laser Digital Medical 3D Printer
Product Description
The Digital Medical 3D Printer is a cutting-edge solution designed for precision, efficiency, and reliability in the medical industry. This advanced printing system utilizes a 355nm ultraviolet curing technology, ensuring high stability and exceptional model accuracy. With an integrated industrial control system and a user-friendly interface, the printer allows for seamless operation, making it an essential tool for modern medical applications.
Key Advantages
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High Precision & Stability: The printer ensures accurate and smooth model surfaces, ideal for medical applications requiring detailed anatomical representations.
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355nm UV Curing Technology: Offers superior curing stability, ensuring reliable and consistent prints over extended usage.
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Efficient & Fast Printing: Reduces production time, allowing for quicker turnaround in clinical settings.
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User-Friendly Interface: Simplifies operation with an intuitive design, making it accessible for medical professionals.
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Robust Build & Long Lifespan: Designed with an integrated industrial-grade platform for extended durability and performance.
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Versatile Applications: Suitable for printing medical models, surgical guides, and customized prosthetics.
Technical Specifications
Printing Technology |
SLA (Stereolithography) |
Light Source |
355nm UV laser |
Build Volume |
300mm x 300mm x 300mm |
Resolution |
High-precision output for detailed models |
Material Compatibility |
Medical-grade resins |
Control System |
Integrated industrial-grade computer for stable performance |
Operation Interface |
User-friendly design for ease of use |
Printing Speed |
Optimized for medical applications with fast and reliable performance |
Applications
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Orthopedics: Customized bone models for pre-surgical planning
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Dentistry: Precision dental models and surgical guides
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Plastic Surgery: Patient-specific facial reconstruction models
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Neurosurgery: High-precision cranial models for surgical preparation
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General Surgery: Anatomical models for educational and procedural training
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Oncology: Tumor modeling for preoperative assessment
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Cardiothoracic Surgery: Heart and vascular models for surgical planning
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ENT & Ophthalmology: Customized guides for delicate surgical procedures
Finished product display