Pelvic ring disruptions and displacement-prone acetabular fractures represent some of the most biomechanically demanding clinical challenges in orthopedic trauma surgery. Due to immense muscle pull forces, high-energy impact profiles, and narrow osseous fixative corridors, surgical success relies on fixation hardware capable of absorbing structural torque without mechanical fatigue failure.
Orthovana Medical Co., Ltd manufactures a complete, state-of-the-art Hip and Pelvic Fixation System engineered specifically for these rigorous anatomical environments. Built from ultra-pure, medical-grade titanium alloy (Ti-6Al-4V ELI under ASTM F136 specification), our internal fixation portfolio offers optimized flexibility and superior fatigue strength. By aligning advanced CAD modeling with multi-axis CNC Swiss machining, Orthovana Medical Co., Ltd provides orthopedic distributors and hospital networks with standardized, high-performance implants that minimize intra-operative bending time and lower complication rates.
Strategic Buyer Advantages
Reduces operative trauma and bending strain while matching natural pelvic asymmetry across iliac, pubic, and acetabular bone surfaces.
Enables ±15° screw insertion trajectories per hole, facilitating targeted screw placement into dense bone columns without joint penetration.
Supplied with color-coded, labeled instrument kits designed for streamlined surgical set-up and hospital tray turnaround times.
Full CE-mark ready documentation, material heat lot certificates, and ISO 13485 audit dossiers for seamless regional registration.
From anterior pubic symphysis plating to posterior iliosacral fixation, our systems are engineered for high structural integrity and universal instrument compatibility.
Engineered for curved iliac wing spanning and acetabular rim fixation. Designed with deep anatomical notches between screw holes to allow smooth multi-axis bending without distorting the internal locking threads. Available in straight, pre-bent, and flexible curve configurations from 4 to 24 holes.
Specifically contoured plates matching the posterior column, anterior column, and quadrilateral surface of the acetabulum, helping surgeons achieve anatomic articular reduction.
High-tensile self-drilling and self-tapping titanium screws featuring large reverse-cutting flutes, designed for percutaneous insertion under fluoroscopic guidance across SI joints.
Low-profile multi-hole plates designed to span pubic symphysis diastasis with superior pull-out strength, resisting severe shearing forces encountered during early patient mobilization.
Specialized low-profile buttress structure designed to prevent medial displacement of the femoral head in complex comminuted acetabular wall fractures.
Comprehensive instrumentation containing ball-spike pushers, asymmetric bending pliers, pelvic reduction forceps, and tissue protectors inside custom sterilization modules.
| System Category | Primary Material | Screw Diameters | Anatomical Indication | Regulatory Standard |
|---|---|---|---|---|
| Pelvic Reconstruction Plate | Ti-6Al-4V ELI (ASTM F136) | 3.5mm / 4.0mm Locking & Cortex | Iliac Wing, Posterior Column, Pelvic Rim | ISO 13485 / CE / FDA Ready |
| Acetabular Quadrilateral Plate | Commercially Pure Ti (ASTM F67) / Ti Alloy | 3.5mm Locking & Variable Angle | Medial Wall Acetabular Fractures | ISO 13485 / CE / FDA Ready |
| Sacroiliac Cannulated Screws | Ti-6Al-4V ELI (ASTM F136) | 6.5mm / 7.3mm Partial Thread | Sacroiliac Joint Disruption, Sacral Fractures | ISO 13485 / CE / FDA Ready |
| Pubic Symphysis Plate | Ti-6Al-4V ELI (ASTM F136) | 3.5mm / 4.5mm Locking Screws | Symphysis Pubis Diastasis & Anterior Ring | ISO 13485 / CE / FDA Ready |
As hospitals shift toward value-based purchasing and minimally invasive techniques, procurement trends for hip and pelvic trauma systems are undergoing major evolutions.
Fixed-angle locking plates often force screws into non-viable bone stock or articular spaces in acetabular reduction. Future development focuses heavily on polyaxial locking threads, granting surgeons up to a 30° cone of insertion trajectory to hit dense osseous pillars (e.g., the sciatic notch pillar) without compromising locking mechanism stability.
Given the thin subcutaneous tissue layer over the iliac crest and anterior pelvic ring, implant prominence leads to hardware irritation. Modern manufacturing prioritizes ultra-low profile edges, highly polished surfaces, and countersunk screw heads that minimize friction against surrounding musculature and neurovascular structures.
Global procurement directors increasingly reject fragmented component ordering. Winning suppliers must deliver fully integrated system kits—combining implants, specialized reduction forceps, bending irons, and depth-calibrated guides into ergonomic, reusable aluminum sterilization trays.
International tenders now demand rigid quality verification. Buyers prioritize manufacturers like Orthovana Medical Co., Ltd that offer lot-level digital traceability, raw material mill certificates for titanium stock, and complete technical dossiers that fast-track local medical device registration.
Built on materials science, multi-axis machining precision, and rigorous clinical feedback, Orthovana Medical Co., Ltd is a proven partner for global orthopedic brands and distributors.
Every bar of raw titanium alloy (Ti-6Al-4V ELI) undergoes spectrographic testing to guarantee compliance with ASTM F136 standards, ensuring high tensile strength and zero fatigue flaws under heavy physiological stress.
Utilizing high-precision multi-axis Swiss CNC turning and milling centers, Orthovana Medical Co., Ltd maintains microscopic tolerances across complex thread pitches and curved plate notches.
We empower our international distributors by providing complete registration packages, technical datasheets, sterilizer validation reports, and labeling artwork tailored to local health authority regulations.
From custom laser marking and specific plate geometry modifications to specialized packaging configurations, Orthovana Medical Co., Ltd provides high-yield OEM/ODM production for brand owners worldwide.
Key technical and commercial queries regarding the Hip and Pelvic Fixation System. Direct additional inquires to [email protected].
All implants in our Hip and Pelvic Fixation System are manufactured from medical-grade titanium alloy Ti-6Al-4V ELI (ASTM F136) and commercially pure titanium (ASTM F67 Grade 4). These materials provide high fatigue strength, bio-compatibility, and optimal biomechanical flexibility needed for complex pelvic contouring.
Orthovana pelvic reconstruction plates undergo specialized heat treatment and controlled surface anodization. This metallurgy permits multi-planar intra-operative bending along designated notches while maintaining structural stability and fatigue resistance under cyclic physiological loading.
Registered partners receive full quality management documentation, material certificates (mill heat numbers), product catalogues, instructions for use (IFU), sterilization validation data, labeling samples, and lot-level traceability records to support local health authority filings.
Yes. We provide complete, autoclavable surgical instrument kits containing plate benders, drill guides, depth gauges, reduction forceps, taps, and screwdrivers organized in custom aluminum sterilization containers ready for immediate operating room deployment.
Orthovana Medical Co., Ltd supports extensive OEM and private-label cooperation. We offer custom logo laser marking, bespoke packaging, dimensional modifications, and white-label document packages. Contact our export team at [email protected] with your specifications.
Every raw material batch undergoes chemical spectrographic analysis and automated CMM inspection. Finished goods undergo ultrasonic cleaning and optical inspection. Planned raw material stocks and controlled production workflows enable us to deliver orders predictably within 2 to 4 weeks.
Read direct observations from orthopedic distributors and hospital procurement teams who depend on Orthovana Medical Co., Ltd.
Partner with Orthovana Medical Co., Ltd for certified orthopedic implants, competitive distributor pricing, and complete technical support. Email our team at [email protected].