Showing 17–32 of 33 results
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Narrow profile design for anatomical adaptability
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Dynamic self compression hole geometry
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Compatible with 4.5mm cortical screws
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Supports 6.5mm cancellous screw fixation
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Uniform hole spacing for balanced load distribution
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High mechanical strength for long bone stabilization
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Available in stainless steel and titanium materials
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Wide range of hole configurations
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Smooth surgical-grade surface finish
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Reliable performance in orthopedic trauma procedures
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Designed specifically for feline pantarsal arthrodesis
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Fixed 120-degree anatomical angulation
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Hybrid compatibility with 2.0mm and 2.7mm screws
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Side-specific right and left configurations
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Rigid plate design without T4 slot
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Low-profile contour to minimize soft tissue irritation
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High mechanical strength for joint fusion stability
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Available in stainless steel and titanium
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Nine-hole configuration for secure fixation
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Reliable performance in veterinary orthopedic procedures
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Anatomically contoured design for feline distal femur
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Dedicated left and right configurations for precise fit
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Low-profile 2.0 mm system for cats
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Optimized condylar head for secure distal fixation
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Narrow shaft to minimize soft-tissue disruption
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High mechanical strength with lightweight construction
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Smooth surface finish to reduce tissue irritation
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Compatible with standard 2.0 mm veterinary screws
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Suitable for intra-articular and peri-articular fractures
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Available in stainless steel and titanium options
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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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Quarter tubular profile for minimal implant bulk
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Compatible with 2.7mm cortical screws
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Low-profile design reduces soft tissue irritation
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Uniform hole spacing for balanced load distribution
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Suitable for neutral and compression fixation
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Available in stainless steel and titanium materials
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Wide range of 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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Designed for consistent orthopedic trauma outcomes
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Designed for use with 2.7 mm screws
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Excellent contourability for complex anatomy
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Strong yet low-profile plate design
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Uniform hole spacing for balanced load distribution
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Suitable for fracture reconstruction and osteotomy fixation
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Smooth surface finish to minimize tissue irritation
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Available in multiple plate lengths
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High fatigue resistance for long-term stability
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Supports biological fracture healing principles
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Reliable performance in veterinary orthopedic surgery
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Self-compressing design for controlled carpal joint fusion
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Optimized for pancarpal arthrodesis procedures
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Compatible with 2.0/2.7mm and 2.7/3.5mm screw systems
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Rigid fixation for long-term joint stability
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Low-profile geometry to minimize soft-tissue irritation
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Options with self-compressing or round holes
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High fatigue and corrosion resistance
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Anatomically contoured for accurate limb alignment
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Suitable for traumatic and degenerative conditions
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Veterinary-specific orthopedic implant design
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Reduces bone-plate contact to preserve vascularity and promote biological healing.
Enables controlled fracture compression for improved stability and alignment.
Ideal for small animal orthopedic fracture fixation.
Minimizes soft tissue irritation and supports comfortable postoperative recovery.
Available in titanium and stainless steel for varied veterinary surgical needs.
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Anatomically contoured supra-condylar design
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Left and right specific configurations
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Multiple size and profile options
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Stable fixation for distal femoral osteotomy
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Low-profile geometry to reduce soft tissue irritation
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Broad variant for enhanced load distribution
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High mechanical strength and durability
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Smooth surgical-grade surface finish
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Accurate alignment correction capability
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Suitable for complex reconstructive procedures
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Low-profile design for minimal soft-tissue irritation
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T-shaped head for enhanced fixation at fracture sites
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Precision-machined holes for accurate screw placement
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Smooth, rounded edges to reduce tendon and tissue damage
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Suitable for finger, hand, and small bone fractures
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Available in stainless steel and titanium materials
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Enhances fixation in metaphyseal and periarticular regions.
Reduces soft tissue irritation and implant prominence.
Easily shaped to match small bone anatomy.
Uniform hole spacing ensures balanced load transfer.
Stainless steel and titanium to suit surgical needs.
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Minimizes soft tissue irritation while maintaining fixation stability.
Easily shaped to match complex bone anatomy during surgery.
Optimized for small bone and low-load orthopedic applications.
Ensures consistent screw placement and load distribution.
Available in stainless steel and titanium options.
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Allows precise three-dimensional bending to match complex bone anatomy.
Ensures balanced load distribution and consistent fixation stability.
Engineered for animal bone structure and surgical techniques.
Reduces soft tissue irritation while maintaining mechanical strength.
Available in stainless steel and titanium for varied clinical requirements.
