Showing 17–32 of 134 results
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Anatomically contoured curved design for acetabular anatomy
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Optimized for use with 2.7mm cortical screws
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Low-profile structure to reduce soft-tissue irritation
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High mechanical strength for pelvic load-bearing regions
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Precise screw hole machining for stable fixation
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Suitable for complex acetabular and pelvic fractures
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Available in stainless steel and titanium materials
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Enhanced corrosion and fatigue resistance
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Reduced need for intraoperative plate bending
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Supports modern trauma and reconstructive techniques
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Limited contact design preserves periosteal blood supply
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Compatible with standard 2.7mm cortical screws
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Dynamic compression hole geometry for controlled fixation
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Low-profile anatomical contour
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Available in stainless steel and titanium options
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Wide range of hole and length configurations
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Enhanced load distribution across fracture site
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Reduced bone-plate interface contact
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High mechanical strength and corrosion resistance
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Suitable for precise small bone fracture fixation
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One third tubular profile for balanced strength and flexibility
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Compatible with 2.7mm cortical screws
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Low-profile design minimizes soft tissue irritation
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Uniform hole spacing for stable load distribution
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Available in stainless steel and titanium materials
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Multiple length and hole configurations
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Smooth surgical-grade surface finish
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Reliable fixation for small bone fractures
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Anatomically adaptable plate geometry
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Suitable for trauma and reconstructive procedures
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T-shaped design for enhanced periarticular fixation
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Compatible with 2.7mm cortical screws
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Low-profile contour minimizes soft tissue irritation
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Stable load distribution across head and shaft
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Available in stainless steel and titanium variants
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Multiple hole configuration options
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Anatomically adaptable plate geometry
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Smooth surgical-grade surface finish
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Reliable fixation for small bone fractures
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Designed for consistent orthopedic trauma outcomes
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Broad profile design for enhanced load distribution
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Compatible with 3.5mm cortical screws
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Dynamic compression hole geometry
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Increased rigidity for long bone fixation
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Available in stainless steel and titanium materials
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Multiple hole and length configurations
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Smooth surgical-grade surface finish
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Controlled axial compression capability
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Anatomically adaptable plate contour
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Reliable performance in orthopedic trauma procedures
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Dual-function locking compression plate (LCP) system
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3.5mm locking technology for fixed-angle stability
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Allows use of locking & cortical screws
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Manufactured from medical-grade titanium
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Anatomically contoured, low-profile design
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Provides axial compression & angular stability
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Minimizes plate-to-bone contact
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Compatible with 3.5mm screws
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Suitable for veterinary fracture fixation
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Corrosion-resistant and sterilizable
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Self tapping design eliminates pre-tapping
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Locking head provides angular stability
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Compatible with 3.5mm locking plates
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Wide length range from 10mm to 80mm
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High mechanical strength and fatigue resistance
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Precision-machined thread geometry
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Reduced risk of screw loosening
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Available in stainless steel and titanium
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Consistent performance in cortical bone
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Designed for reliable orthopedic fixation
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• Hybrid locking and cortical screw compatibility
• Fixed-angle stability for fracture fixation
• Titanium Grade 5 and stainless steel options
• High mechanical strength and corrosion resistance
• Reduced plate-to-bone contact design
• Suitable for veterinary trauma and reconstruction
• Reliable fixation for canine orthopedic surgery
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Compatible with 3.5mm locking and cortical screws
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Contourable reconstruction design for complex anatomy
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Titanium construction for strength and biocompatibility
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Wide range of hole options for surgical flexibility
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Extended length range for long bone fractures
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Fixed-angle locking system reduces screw loosening
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Smooth surface minimizes tissue irritation
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Ideal for canine orthopedic and trauma surgery
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Locking and cortical screw compatibility
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3 holes in head, 3 holes in shaft
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Titanium and stainless steel construction
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Anatomically contourable plate design
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Available in Broad, Narrow, and Standard profiles
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Left and right tibia options
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Smooth polished surface
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High-strength and durable
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Suitable for canine TPLO surgery
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Autoclave compatible for sterilization
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Provides stable fracture fixation
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Minimizes soft tissue irritation
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Engineered with a partially threaded design to enhance controlled compression across cancellous bone structures
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Optimized hexagonal socket ensures firm torque transmission and minimizes driver slippage during insertion
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Precision-machined threads provide excellent purchase in spongy bone while reducing insertion resistance
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Balanced head geometry supports even load distribution and stable fixation
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Manufactured using biocompatible materials suitable for long-term orthopedic implantation
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Smooth surface finish helps lower soft tissue irritation and supports atraumatic surgical handling
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Compatible with standard orthopedic instrumentation for efficient operative workflow
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Narrow profile locking plate
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Locking and cortical screw compatibility
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Titanium and stainless steel construction
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Fixed-angle locking stability
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Anatomically contourable design
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Smooth polished surface
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High mechanical strength
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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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Trauma and reconstruction use
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Precision-engineered screw holes
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Load-sharing plate design
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Canine orthopedic suitability
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Autoclave compatible
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Deep cancellous thread design ensures enhanced fixation in spongy bone structures
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Extended thread length provides improved pull-out strength and stability
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Hexagonal socket allows controlled torque application and reduces driver slippage
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Optimized core-to-thread ratio minimizes bone stress during insertion
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Compatible with standard orthopedic instrumentation for surgical efficiency
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Smooth shaft geometry supports accurate alignment and fracture compression
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Manufactured with strict dimensional accuracy for consistent clinical performance
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Suitable for trauma, reconstructive, and general orthopedic applications
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Designed for biological osteosynthesis and natural bone healing
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Optimized for minimally invasive plate osteosynthesis (MIPO) techniques
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Reduced central screw density to preserve fracture biology
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Balanced rigidity to promote controlled callus formation
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Consistent 8 mm hole spacing for predictable fixation
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Central hole spacing of 32 mm for bridge plating applications
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Smooth, polished surface to minimize soft-tissue irritation
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Manufactured from veterinary-grade stainless steel or titanium
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Suitable for comminuted and diaphyseal fractures
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Compatible with modern veterinary orthopedic fixation principles
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Broad profile locking plate
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Locking and cortical screw compatibility
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Titanium and stainless steel construction
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Fixed-angle locking stability
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Anatomically contourable design
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Smooth polished surface
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High mechanical strength
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Stable load distribution
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Reduced soft tissue irritation
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Veterinary orthopedic application
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Trauma and reconstruction use
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Precision-engineered screw holes
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Load-bearing fixation support
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Canine orthopedic suitability
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Autoclave compatible
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Fully threaded design ensures uniform bone grip and enhanced fixation stability
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Optimized thread geometry provides strong purchase in cancellous bone
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Hexagonal socket allows precise torque control and minimizes driver slippage
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Balanced core diameter improves strength while reducing risk of bone splitting
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Wide length availability supports multiple surgical indications
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Titanium option offers excellent biocompatibility and corrosion resistance
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Smooth surface finish enables controlled insertion and removal
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Suitable for trauma, reconstructive, and general orthopedic procedures
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Manufactured according to international orthopedic implant standards
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OEM and private-label friendly with branding and packaging flexibility
