Surgical Technique Guides (STG)
Detailed step-by-step operative manuals complete with instrument identification charts and radiographical alignment steps for surgeon training.
Expertise & Performance
Engineered for Operating Room Efficiency and Anatomical Precision
At Orthovana Medical Co., Ltd, our surgical application guidelines bridge advanced mechanical engineering with clinical reality. Every implant system is crafted to minimize surgical trauma, reduce operative time, and deliver rigid structural stability.
Orthovana Medical Co., Ltd collaborates closely with clinical specialists to ensure that our trauma, spinal, and maxillofacial implant lines fulfill rigorous bio-mechanical requirements. Our systems feature pre-contoured anatomical profiles, low-profile screw-to-plate interfaces, and standardized color-coded instrumentation.
Whether addressing osteoporotic fracture repair, complex multi-level spinal fusion, or intricate midface reconstruction, our implant platforms maintain verified fatigue resistance and biocompatibility certified under ISO 13485 standards.
100%Ti-6Al-4V ELI & PEEK Materials
<0.01mmCNC Thread Machining Tolerance
ISO13485Certified Quality Management
Surgical System Advantages
Anatomical Pre-Contouring
Reduces intra-operative plate bending while maintaining mechanical integrity and contour fit.
Variable-Angle Locking
Allows trajectories up to ±15° for optimized screw purchase in compromised or osteoporotic bone.
Standardized Trays
Ergonomic, modular instrument trays simplify scrub technician preparation and autoclave throughput.
Procedural Guidelines
Surgical Workflows by Medical Specialty
Standardized operative steps designed to maintain alignment, secure rigid fixation, and promote rapid bone healing.
1. Trauma Locking Compression Plating System
Indicated for periarticular fractures, diaphyseal fractures, and non-unions of long bones.
Step 01
Reduction & Exposure
Achieve anatomical fracture reduction using non-traumatic bone clamps. Confirm anatomical alignment under fluoroscopic guidance before implant selection.
Step 02
Plate Positioning & Temporary Fixation
Position the pre-contoured titanium locking plate along the bone shaft. Secure temporary position using K-wires through dedicated alignment holes.
Step 03
Locking & Cortex Screw Insertion
Utilize color-coded drill guides to drill pilot holes. Insert titanium locking screws with torque-limiting screwdrivers to prevent thread stripping.
2. Spinal Stabilization & Interbody Fusion Workflow
Indicated for degenerative disc disease, spondylolisthesis, and thoracolumbar trauma burst fractures.
Step 01
Pedicle Preparation & Screw Trajectory
Locate anatomical landmarks, prepare the pedicle channel with an awl and probe, and verify wall integrity using a ball-tipped sounder.
Step 02
Interbody Cage Insertion (TLIF/PLIF)
Perform complete discectomy and endplate preparation. Trial PEEK fusion cages packed with autograft/allograft under continuous radiographical monitoring.
Step 03
Rod Assembly & Compression
Pre-bend titanium rods to match required lordosis. Seat rods into polyaxial pedicle screw heads and lock set-screws to final torque specifications.
3. Maxillofacial Reconstruction Plating Workflow
Indicated for orthognathic alignment, mandibular trauma, and orbital reconstructive procedures.
Step 01
Osteotomy / Reduction
Perform precise bone cuts or fracture realignment. Re-establish intermaxillary fixation (IMF) to ensure accurate occlusal alignment.
Step 02
Micro/Mini Plate Bending
Adapt low-profile micro plates using three-jaw bending pliers to match fine facial contours without introducing stress riser sharp bends.
Step 03
Low-Profile Screw Fixation
Drill self-holding pilot holes and drive emergency or self-tapping screws flush with the plate surface to avoid soft-tissue irritation.
Material Integrity
Technical Specifications & Material Compliance
All products manufactured by Orthovana Medical Co., Ltd strictly conform to international medical implant standards.
| System Category | Material Specification | ASTM Standard | Key Clinical Benefit |
|---|---|---|---|
| Trauma Bone Plates | Titanium Alloy (Ti-6Al-4V ELI) | ASTM F136 | High strength-to-weight ratio, superior fatigue life, low MRI artifact. |
| Bone Screws | Commercially Pure Titanium / Ti Alloy | ASTM F67 / F136 | Precision-cut self-tapping threads for high pull-out force resistence. |
| Interbody Fusion Cages | Radiolucent Implant-Grade PEEK | ASTM F2026 | Elastic modulus matching human cortical bone; integrated X-ray markers. |
| CMF Fixation | Pure Titanium (Grade 1-4) | ASTM F67 | Excellent malleability for easy adaptation in delicate anatomical sites. |
B2B Distributor Partnership
Global Technical & Documentation Support
Orthovana Medical Co., Ltd supports hospital procurement teams and global healthcare distributors with end-to-end technical packages.
Regulatory Registration Dossiers
Comprehensive technical documentation including material certificate reports, sterilization validation files, and CE/ISO quality records for fast local approval.
Custom Tooling & OEM Solutions
Tailored laser marking, specialized instrument tray layouts, and customized implant sizing to satisfy specific hospital tender requirements.
Request Surgical Technique Guides & Product Catalogs
Partner with Orthovana Medical Co., Ltd for premium orthopedic solutions. Reach our technical sales division at [email protected].