Precision Anatomical Bone Plating Systems for Global Healthcare Procurement
OIC manufactures high-value orthopaedic trauma plating systems that deliver uncompromising surgical precision while reducing healthcare acquisition costs by 50% to 60%. Engineered using Grade 5 Titanium alloy (Ti-6Al-4V) with Type II Anodized surfaces, our comprehensive plates and screws portfolio is trusted by trauma surgeons, hospital networks, and medical device distributors across 40+ countries.
Quality & Clinical Compliance
- FDA 510(k) Cleared Systems
- ISO 13485:2016 Certified Manufacturing
- Biomechanical Equivalence Tested
- Universal Instrument Familiarity
Mini Fragment Plating System
The OIC Mini Fragment Plating System has been developed to optimize surgical efficiency and OR inventory management. Built upon the proven biomechanical foundation of our Small Fragment Plating System, it leverages intuitive instrumentation to minimize the learning curve while providing comprehensive fixation options for small bone and articular fractures in hand, wrist, and foot procedures.
Technical Specifications & Key Features
- Plate Geometry: 4 base anatomical shapes available in Standard (1.3mm) and Broad (1.5mm) low-profile contours.
- Variable Angle Locking: Every plate hole accepts both fixed and variable angle (up to 15° cone) locking or non-locking screws.
- Hexalobe Screw Interface: 2.5mm locking and cortex screws featuring self-retaining hexalobe sockets to eliminate cam-out and strip risks.
- Enhanced Pullout Strength: Optimized buttressed thread profiles maximize grip in cancellous bone structures.
- Soft Tissue Protection: Ultra-smooth rounded screw heads reduce post-operative tendon friction and tissue irritation.
Technical Documentation
ANKx Ankle Fixation System
ANKx provides an all-in-one distal fibula and malleolar fracture fixation solution engineered for trauma surgeons requiring versatility without inventory bloat. Combining anatomical distal fibula plates, ultra-thin 1/3 tubular plates, and specialized hook plates in a streamlined tray, ANKx allows seamless anatomical reduction across simple and complex bimalleolar or trimalleolar fractures.
Technical Specifications & Key Features
- Specialized Hook Plate: Provides targeted compression across transverse fibular fractures, lateral and medial malleolar fragments.
- Anatomic Distal Fibula: Pre-contoured anatomical plates with combination locking and non-locking screw holes.
- Ultra-Thin 1/3 Tubular Plates: Paper-thin profile minimizes skin prominence while maintaining structural stability.
- Screw Portfolio: Includes Ø4.0mm cancellous screws (35mm–50mm) and Ø4.0mm cannulated screws in 1/2 and 1/3 thread configurations (36mm–44mm).
- Seamless Integration: Fully compatible with OIC Small Fragment System instrumentation for instant surgical familiarity.
Technical Documentation
Olecranon Plating System
The OIC Olecranon Plate is engineered to address complex proximal ulna fractures, Monteggia lesions, and olecranon osteotomies. Combining anatomical contouring along the dorsal ulnar ridge with versatile variable-angle locking technology, this system offers rigid fixation while reducing hardware prominence under thin subcutaneous tissue.
Technical Specifications & Key Features
- Anatomic Contouring: Pre-shaped to fit the varus angulation and proximal ulna dorsal arch (PUDA) topography.
- Soft Tissue Repair: Proximal head suture eyelets facilitate easy triceps tendon reattachment and suture management.
- Variable Angle Technology: Universal locking/non-locking holes offer 15° multidirectional screw trajectory.
- Biocompatible Material: Manufactured from Type II Anodized Titanium alloy for enhanced fatigue strength and low friction.
Technical Documentation
DRPx Distal Radius System
Distal radius fractures remain among the most frequent orthopaedic trauma procedures. The OIC DRPx System features anatomically contoured volar locking plates designed to restore volar tilt and radial inclination without soft tissue impingement. DRPx provides hospital procurement officers with exceptional economic value alongside uncompromised surgical performance.
Technical Specifications & Key Features
- Anatomic Volar Fit: Pre-shaped with a 6° anatomical volar tilt bend and smooth chamfered edges to protect flexor tendons.
- Visual Alignment Lines: Laser-etched anatomical guide lines assist in precise intraoperative plate position alignment.
- Distal Graft Window: Integrated central window enables clear visualization of subchondral reduction and bone graft placement.
- Comprehensive Screw Options: 3.5mm shaft screws coupled with distal options including 2.0mm smooth pegs, 2.3mm threaded locking screws, and 2.6mm compression screws.
Technical Documentation
Dorsal Spanning Plate (DSP)
The OIC Dorsal Spanning Plate (DSP) expands the DRPx ecosystem to handle complex, highly comminuted intra-articular distal radius fractures and radiocarpal dislocations. Designed for temporary bridge plating from the radial shaft to the index or long metacarpal, the DSP provides robust ligamentotaxis and mechanical stability.
Technical Specifications & Key Features
- Internal Bridge Fixation: Maintains radial length and wrist alignment across severe articular comminution.
- Anatomical Pre-Contouring: Designed specifically for dorsal placement over Lister's tubercle without excessive manual bending.
- Dual Screw Fixation: Accepts 3.5mm radius shaft locking/cortex screws and 2.6mm metacarpal locking screws.
- Ergonomic Insertion Handle: Facilitates minimally invasive sub-muscular plate passage.
Technical Documentation
Clavicle Plating System
Given the complex S-shape anatomy of the clavicle, effective internal fixation requires anatomical accuracy and superior fatigue strength. OIC’s Clavicle System offers superior and anterior locking plates engineered for midshaft and distal clavicle fractures, providing dependable reduction with low-profile implant geometry.
Technical Specifications & Key Features
- Anatomic Options: Pre-shaped Superior, Anterior, and Medial clavicle plate configurations color-coded for fast side identification.
- Fatigue-Resistant Design: Optional screw hole plugs maintain structural stiffness across unfilled plate holes.
- Multidirectional Fixation: 2.5mm and 3.5mm locking and cortex screws providing 15° variable angle trajectory.
- Premium Material: Manufactured from medical-grade Titanium for optimized modulus of elasticity matching cortical bone.
Technical Documentation
Proximal Humerus Plating System
Fractures of the proximal humerus demand exceptional pull-out strength to prevent varus collapse of the humeral head and subacromial impingement. The OIC Proximal Humerus Locking Plate features convergent and divergent screw arrays that construct a rigid 3D scaffold within osteoporotic bone, supported by dedicated tuberosity suture eyelets.
Technical Specifications & Key Features
- Subacromial Impingement Prevention: Low-profile proximal plate taper prevents soft tissue irritation during shoulder abduction.
- 3D Calcar Support: Divergent and convergent screw holes specifically target the inferomedial calcar bone stock.
- Rotator Cuff Suture Management: Peripheral suture holes facilitate easy reattachment of the greater and lesser tuberosities.
- Targeting Block System: Optional rigid targeting guide ensures accurate screw insertion under fluoroscopy.
Technical Documentation
Proximal Tibia Plating System
Anatomical reconstruction of the tibial plateau is critical to preserving joint congruity and preventing post-traumatic osteoarthritis. OIC Proximal Tibia Lateral and Posteromedial plates deliver anatomical contouring and rigid subchondral raft screw placement, restoring mechanical axis alignment in high-energy trauma cases.
Technical Specifications & Key Features
- Anatomic Variants: Dedicated Lateral and Posteromedial anatomic plates designed for complex bicondylar tibial plateau fractures.
- Subchondral Rafting: Parallel locking screw rows provide dense raft support beneath joint articular surfaces.
- 3.5mm Shaft Fixation: Accepts 3.5mm locking and cortex screws across the diaphyseal shaft segment.
- Minimal Tissue Dissection: Low-profile beveling allows percutaneous sub-muscular plate insertion.
Technical Documentation
Distal Tibia Plating System
Addressing distal tibia pilon fractures and extra-articular metaphyseal fractures requires versatile implant options due to limited soft tissue coverage. The OIC Distal Tibia System includes Anterolateral and Medial distal plates featuring 2.5mm distal locking holes and 3.5mm proximal shaft holes for balanced structural rigidity.
Technical Specifications & Key Features
- Dual Plate Configurations: Anterolateral and Medial anatomic distal tibia plates color-coded for quick identification.
- Low-Profile Distal Footprint: 2.5mm distal screw holes reduce hardware prominence around the ankle joint.
- Variable Angle Locking: 15° cone freedom allows targeted screw placement around articular fracture fragments.
- Premium Titanium Alloy: Manufactured from Type II Anodized Ti-6Al-4V for biocompatibility and fatigue resistance.
Technical Documentation
Partner With a Leading Orthopaedic Implant Manufacturer
Streamline your hospital procurement or distribution catalog with FDA cleared, ISO 13485 certified bone plating systems priced 50–60% below market average. Request product catalogs, technical documentation, or volume pricing today.