- Work Hours : Mon to Sat : 09:30- 18:30
3D PRINTED Surgical Cutting Guides for High Precision Bone Surgery
Digiprun is a digitally engineered, patient-specific surgical cutting guide developed to enhance precision and control in complex bone procedures. Digiprun enables surgeons to plan and execute bone resections with the help of advanced imaging and virtual surgical planning. Digiprun supports tissue preservation and improved surgical outcomes by guiding precise removal of affected or infected bone.
How Digiprun Works
- Patient CT scan data is processed to create accurate 3D anatomical models
- Virtual surgical planning is used to define exact cutting planes and safe margins
- Customized cutting guides are digitally designed for each patient
- High-precision 3D printing produces surgical guides that fit accurately onto the bone during surgery
Benefits
- Precise bone removal reduces trauma and protects anatomical structures
- Preservation of healthy bone improves stability and supports natural healing
- Shorter surgical time minimizes anesthesia exposure and operative risks
- Guided accuracy ensures predictable surgical outcomes
- Improved implant positioning enhances functional and aesthetic results
- Fewer intraoperative adjustments lower the risk of surgical errors
- Reduced tissue disruption enables faster recovery and improved patient comfort
Clinical Applications
- Bone tumor resection and oncologic surgeries
- Maxillofacial and craniofacial reconstruction procedures
- Orthopedic surgeries requiring high cutting precision
- Complex cases where precise margin control is essential