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Welcome to Future of Digital Healthcare!
Musculo-Skeletal optimization using 3D Technology!
Byte to Bone
Patient Information by CT/MRI (DICOM) In 3D Technology Is Not Only For Diagnosis, But Can Be Used for Preoperative Planning, Making Bone Models, Instruments, Implants & Bring The Disease Out Of the Body, Understanding Complexities And Planning Best Patient Outcomes!
Explore 3D Technology Eco-system!
Uncover Customized solutions in Orthopaedics. Neuro surgeries & Facio –
Maxillary surgeries. We shall extend our services to Veterinary solutions in future
Currently Join us in embracing the future of 3D technology in Orthopaedics.
A3D Democratic Design & Innovation:
PRE OPERATIVE PLANNING ANY SURGERY
TRAUMA | DEFECT | DEFORMITY | DESIGN
TUMOUR | DEFECT | JIG DESIGN | IMPLANT
PLASTY | DEFECT | DESIGN IMPLANT
PAEDIATRIC | DEFORMITY | JIG | IMPLANT
ADULT | DEFORMITY | JIG | IMPLANT
3D = DEFORMITY | DEFECT | DESIGN
1. What is 3D Technology
Understanding of basic technological concept of additive layering in orthopaedics.
2. Surgical challenges
Most orthopaedic surgeons face challenges in many surgeries, and this technology adoption will give solutions.
3. Applications for orthopaedic surgeons
How this technology redefines orthopaedics.
4. Anatomical Solutions
Precise & Customised solutions by services and products that will answer and solve challenges.
Advantages of
3 D printing In Orthopaedics
Customization
Customized need of the surgery can be addressed.
Pre operative plan
Precision, perfection, reduced surgical time by use of guides,zigs, customized implants and quick turnaround time.
Freedom of Design
You imagine a implant, we can print it!
Osteointegration
Biggest advantage of creating trabeculae and lattice for optimised bone metal integration.
Transformative Orthopaedic Solutions
Precision, Innovation, and Personalization in Every Step
Pre-operative planning
using 3D technology in Orthopaedic has revolutionized the field by providing surgeons…
Patient Evaluation and Imaging
Begin with a comprehensive evaluation of the patient, including medical history…
Digital Modeling and Reconstruction
The 3D model include bone structures, joints, and any deformities or abnormalities…
Deformity Analysis
We Analyze the 3D segmented model to assess the extent and nature of the deformity…
Defect analysis
We Analyze the 3D segmented model to assess the extent and nature of the defect…
Virtual Surgical Planning (VSP)
We Perform virtual surgical planning by studying and playing the segmented 3D …
3d Technology In Orthopaedics
Work Flow Chart
✔ Complex Orthopedic deformity or defects
✔ Revision Arthroplasty
✔ Paediatric & Adult deformity
✔ Tumours
✔ Trauma
✔ Defects due to AVN, other causes
1. Clinic Cases
✔ MRI Images
✔ CT Images
✔ Ultrasonic Data
2. Data Acquiring
✔ Medical Designing / Remodeling / prototyping
✔ Implant Design / jig design
✔ STL Files Generation / G code files
✔ Priting on Metal or Polymer Printer
3. Preprocessing
✔ Raw Materials Selection
✔ Print Technique Selection
✔ Components Printing
4. Printing
✔ Surface modification
✔ Heat Treatment /annealing
✔ Sterilization
✔ Packing with proper labels
✔ Finite Element Analysis report
5. Postprocessing
✔ Instruments customized for surgery
✔ Bone models
✔ Implants
✔ Jigs and guides
6. Application
3d Technology In Orthopaedics
Work Flow Chart
✔ Complex Orthopedic deformity or defects
✔ Revision Arthroplasty
✔ Paediatric & Adult deformity
✔ Tumours
✔ Trauma
✔ Defects due to AVN, other causes
1. Clinic Cases
✔ MRI Images
✔ CT Images
✔ Ultrasonic Data
2. Data Acquiring
✔ Medical Designing / Remodeling / prototyping
✔ Implant Design / jig design
✔ STL Files Generation / G code files
✔ Priting on Metal or Polymer Printer
3. Preprocessing
✔ Raw Materials Selection
✔ Print Technique Selection
✔ Components Printing
4. Printing
✔ Surface modification
✔ Heat Treatment /annealing
✔ Sterilization
✔ Packing with proper labels
✔ Finite Element Analysis report
5. Postprocessing
✔ Instruments customized for surgery
✔ Bone models
✔ Implants
✔ Jigs and guides
6. Application
3d Technology In Orthopaedics
Work Flow Chart
✔ Complex Orthopedic deformity or defects
✔ Revision Arthroplasty
✔ Paediatric & Adult deformity
✔ Tumours
✔ Trauma
✔ Defects due to AVN, other causes
1. Clinic Cases
✔ MRI Images
✔ CT Images
✔ Ultrasonic Data
2. Data Acquiring
✔ Medical Designing / Remodeling / prototyping
✔ Implant Design / jig design
✔ STL Files Generation / G code files
✔ Priting on Metal or Polymer Printer
3. Preprocessing
✔ Raw Materials Selection
✔ Print Technique Selection
✔ Components Printing
4. Printing
✔ Surface modification
✔ Heat Treatment /annealing
✔ Sterilization
✔ Packing with proper labels
✔ Finite Element Analysis report
5. Postprocessing
✔ Instruments customized for surgery
✔ Bone models
✔ Implants
✔ Jigs and guides
6. Application
Implant Selection and Customization.
You can Choose the appropriate implants, which may include custom-designed implants based on the patient’s 3D anatomy.
Surgical Instrument/ jigs Design
We enable Designing Patient-Specific surgical guides/ jigs or instruments based on the 3D model to guide the surgical procedure/ osteotomies with accuracy.