Showing 65–80 of 150 results
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Fully threaded design enhances fixation in cancellous bone
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Hexagonal socket ensures stable torque transmission and controlled insertion
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Broad thread profile improves bone purchase and reduces loosening risk
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Available in a wide length range for surgical flexibility
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Manufactured from biocompatible medical-grade materials
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Suitable for trauma, fracture fixation, and reconstructive procedures
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Smooth surface finish minimizes tissue irritation
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Compatible with standard orthopedic instrumentation
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Custom branding and packaging options available for OEM supply
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Low-profile H-shaped design for enhanced rotational stability
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Optimized for small animal orthopedic applications
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Precision hole spacing for controlled screw placement
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Smooth edges to reduce soft tissue irritation
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Compatible with 1.5 mm screw systems
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Available in Stainless Steel and Titanium
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Suitable for trauma, corrective, and reconstructive surgeries
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Hybrid design supporting dual screw diameters
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Anatomically contoured for distal radius fixation
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T-shaped head for enhanced metaphyseal stability
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Low-profile geometry to reduce soft tissue irritation
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Available in multiple hybrid size configurations
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Improved rotational and axial stability
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High mechanical strength and durability
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Smooth surgical-grade surface finish
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Reliable fixation for distal radius fractures
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Designed for consistent orthopedic trauma outcomes
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Designed specifically for intertarsal joint fusion
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Eight-hole configuration for rigid stabilization
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Multiple hybrid size combinations available
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Low-profile straight plate geometry
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Compatible with various screw diameter systems
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Balanced load distribution across fusion site
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High mechanical strength and durability
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Smooth surgical-grade surface finish
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Suitable for small animal orthopedic procedures
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Reliable performance in veterinary arthrodesis applications
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Low-profile design to minimize soft-tissue irritation
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Anatomically contoured L and T configurations for versatile fracture management
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2-hole head and 3-hole shaft for balanced fixation
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Suitable for finger joint, phalangeal, and metacarpal applications
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Available in Left, Right, and Oblique orientations
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Compatible with 2.7 mm screw systems
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Precision-machined holes for accurate screw placement
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Smooth surface finish for improved biocompatibility
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Mini locking plate system
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Locking and cortical screw compatibility
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Titanium construction
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High precision machining
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Stable fracture fixation
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Reduced soft tissue irritation
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Veterinary orthopedic application
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Small bone adaptability
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Trauma and reconstruction use
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Lightweight implant design
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Accurate screw placement
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Autoclave compatible
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Mini locking condylar plate system
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Fixed-angle locking technology
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Titanium construction
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Dual-row condylar hole design
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Low-profile anatomical shape
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Excellent fracture stability
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Reduced screw loosening
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Optimized for condylar region
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Small bone fixation support
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Minimal soft tissue irritation
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Lightweight orthopedic implant
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Accurate screw placement
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Veterinary surgical application
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Supports controlled load sharing and biological healing at the fixation site.
Provides balanced anchorage across opposing bone segments.
Maintains construct rigidity without relying on bone compression.
Allows tailored implant selection for varying fracture spans.
Allows tailored implant selection for varying fracture spans.
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Extended H-plate
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Locking technology
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Left right specific
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Fixed-angle stability
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Mini locking system
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Titanium construction
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Low-profile design
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Anatomical contour
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Secure fixation
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Smooth surface
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Small bone support
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Lightweight implant
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Precision engineered
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Self-tapping thread eliminates pre-tapping
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Locking head provides angular stability
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Stardrive interface ensures superior torque control
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Designed for 2.7mm locking plate systems
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Precision-machined thread geometry
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Reduced risk of drive stripping
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Wide length selection for surgical flexibility
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Available in stainless steel and titanium
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Optimized for small fragment fixation
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Reliable performance in orthopedic trauma procedures
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Self-tapping thread eliminates pre-tapping
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Locking head provides angular stability
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Stardrive interface for enhanced torque control
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Designed for 1.5mm locking plate systems
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Fine thread geometry for delicate bone fixation
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Reduced risk of drive stripping
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Available in stainless steel and titanium
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Ideal for small and mini fragment applications
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Smooth surgical-grade surface finish
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Reliable performance in precision orthopedic procedures
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Provides focused fixation in metaphyseal and transitional bone areas.
Enhances anchorage while maintaining a streamlined plate profile.
Preserves alignment and reduces micromovement during healing.
Allows tailored fixation for different fracture configurations
Supports soft tissue preservation and post-operative comfort.
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Locking T-plate
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Three-hole head
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Fixed-angle stability
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Mini locking system
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Titanium construction
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Low-profile design
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Anatomical contour
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Smooth surface finish
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Secure screw locking
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Lightweight implant
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High strength durability
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Dual Head Locking Holes
Provides enhanced fixation stability at the metaphyseal region and improves load distribution.
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2.4 mm Locking System
Designed for small fragment fixation where precision and anatomical conformity are required.
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Multiple Length Variations
Available in 3 mm, 5 mm, and 7 mm lengths to accommodate different fracture patterns.
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Low-Profile T-Shape Design
Minimizes soft-tissue irritation while maintaining strong biomechanical support.
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Accurate Hole Alignment
Ensures reliable screw locking and consistent fixation strength.
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Anatomically designed Y-shape for precise tibial fit
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Available in 7-hole (74.5mm) and 8-hole (83mm) lengths
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Made from high-grade titanium: lightweight, strong, corrosion-resistant
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Compatible with 3.5mm locking head and cortical screws
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Polished surface minimizes tissue irritation
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Ideal for canine TPLO surgery and tibial fracture fixation
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Provides superior mechanical stability and load distribution
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Reduces risk of screw loosening during recovery
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Suitable for small to medium-sized dogs
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