Showing 1–16 of 33 results
Low-profile straight plate design
Optimized for small animal orthopedic applications
Smooth surface finish for reduced tissue irritation
Uniform hole spacing for balanced fixation
Easy intraoperative contouring
Compatible with 1.5 mm screw systems
Suitable for trauma and reconstructive procedures
Available in multiple hole configurations
High biocompatibility materials
Reliable mechanical stability
Specifically designed for canine distal femur and condylar fractures
Anatomically contoured head for precise condylar fixation
Optimized for 2.0 mm canine orthopedic screw systems
Robust 3.2 mm plate thickness for enhanced stability
Uniform 12 mm hole spacing for predictable screw placement
Available in left and right anatomical orientations
Manufactured from surgical stainless steel or medical-grade titanium
Smooth, polished surface to reduce soft-tissue irritation
Supports stable fixation and controlled postoperative recovery
Suitable for medium to large dog orthopedic applications
Designed for finger joint head and shaft fixation
2 holes in head + 2 holes in shaft for stable construct
Anatomically contoured L and T configurations
Available in Left, Right, and Oblique orientations
Low-profile design to reduce soft tissue irritation
Precise hole geometry for controlled screw placement
Suitable for small fragment and delicate bone fixation
Smooth surface finish for improved biocompatibility
Ideal for trauma and reconstructive hand surgery
Engineered with dynamic compression holes to generate controlled axial compression for stable fracture fixation in veterinary orthopedic procedures.
Slim 2.2 mm thickness and 5 mm width reduce soft tissue irritation while maintaining mechanical strength for small animal applications.
Designed specifically for 2.4 mm veterinary cortical screws, ensuring accurate screw seating and consistent compression performance.
Available in multiple hole options from 4 to 14 holes, allowing flexibility across varied fracture patterns and bone lengths in small animals.
Manufactured in medical-grade stainless steel and titanium to deliver high corrosion resistance, durability, and long-term biocompatibility.
Anatomically contoured curved design for acetabular anatomy
Optimized for use with 2.7mm cortical screws
Low-profile structure to reduce soft-tissue irritation
High mechanical strength for pelvic load-bearing regions
Precise screw hole machining for stable fixation
Suitable for complex acetabular and pelvic fractures
Available in stainless steel and titanium materials
Enhanced corrosion and fatigue resistance
Reduced need for intraoperative plate bending
Supports modern trauma and reconstructive techniques
Limited contact design preserves periosteal blood supply
Compatible with standard 2.7mm cortical screws
Dynamic compression hole geometry for controlled fixation
Low-profile anatomical contour
Available in stainless steel and titanium options
Wide range of hole and length configurations
Enhanced load distribution across fracture site
Reduced bone-plate interface contact
High mechanical strength and corrosion resistance
Suitable for precise small bone fracture fixation
One third tubular profile for balanced strength and flexibility
Compatible with 2.7mm cortical screws
Low-profile design minimizes soft tissue irritation
Uniform hole spacing for stable load distribution
Available in stainless steel and titanium materials
Multiple length and hole configurations
Smooth surgical-grade surface finish
Reliable fixation for small bone fractures
Anatomically adaptable plate geometry
Suitable for trauma and reconstructive procedures
T-shaped design for enhanced periarticular fixation
Compatible with 2.7mm cortical screws
Low-profile contour minimizes soft tissue irritation
Stable load distribution across head and shaft
Available in stainless steel and titanium variants
Multiple hole configuration options
Anatomically adaptable plate geometry
Smooth surgical-grade surface finish
Reliable fixation for small bone fractures
Designed for consistent orthopedic trauma outcomes
Broad profile design for enhanced load distribution
Compatible with 3.5mm cortical screws
Dynamic compression hole geometry
Increased rigidity for long bone fixation
Available in stainless steel and titanium materials
Multiple hole and length configurations
Smooth surgical-grade surface finish
Controlled axial compression capability
Anatomically adaptable plate contour
Reliable performance in orthopedic trauma procedures
Designed for biological osteosynthesis and natural bone healing
Optimized for minimally invasive plate osteosynthesis (MIPO) techniques
Reduced central screw density to preserve fracture biology
Balanced rigidity to promote controlled callus formation
Consistent 8 mm hole spacing for predictable fixation
Central hole spacing of 32 mm for bridge plating applications
Smooth, polished surface to minimize soft-tissue irritation
Manufactured from veterinary-grade stainless steel or titanium
Suitable for comminuted and diaphyseal fractures
Compatible with modern veterinary orthopedic fixation principles
Contours match canine hind limb anatomy for accurate placement.
Allows controlled compression and enhanced fixation stability.
Supports a wide range of screw sizes for different canine breeds.
Ensures precise anatomical orientation and improved surgical outcomes.
Offered in stainless steel and titanium for surgical preference.
Designed specifically for canine TPLO procedures
Cloverleaf-shaped head for enhanced metaphyseal fixation
Compatible with 3.5 mm cortical screws
Multidirectional screw placement for rotational stability
Available in standard and broad configurations
Optimized for proximal tibial anatomy
Polished surface to reduce soft-tissue irritation
High fatigue resistance for active canine patients
Supports early weight bearing and rehabilitation
Suitable for medium to large breed dogs
Promotes axial compression to enhance fracture healing.
Supports plate selection from short to extended fixation lengths.
Available in titanium grade 5 and stainless steel.
Balances strength, rigidity, and soft tissue compatibility.
Integrates easily with standard 2.7 mm screw systems.
Broad profile for enhanced load-bearing stability
Dynamic self compression hole geometry
Compatible with 4.5mm cortical screws
Supports 6.5mm cancellous screw fixation
Increased plate thickness for high-stress applications
Uniform hole spacing for balanced load distribution
High mechanical strength and durability
Available in stainless steel and titanium materials
Extensive range of hole configurations
Reliable performance in orthopedic trauma procedures
Designed specifically for 2.0 mm cortical screws
Dynamic compression holes enable controlled fracture compression
Low-profile construction reduces soft tissue irritation
Variable thickness for optimized strength-to-size ratio
Precision-machined holes for accurate screw alignment
Smooth surface finish for improved biocompatibility
Anatomically adaptable for small bone applications
Available in stainless steel and titanium options
Suitable for hand, foot, pediatric, and small fragment surgery
Consistent quality suitable for routine and complex fixation cases
Enables controlled fracture compression during screw tightening.
Reduces soft tissue irritation and improves postoperative comfort.
Designed specifically for ulna and radius fixation in animals.
Allows precise plate selection for varying fracture patterns.
Offered in stainless steel and titanium for surgical flexibility.
Revolutionizing veterinary orthopedics and trauma with high-quality, reliable, and precise products supplying all across the globe.
Head Office: Grand Trunk Rd, behind Total Petrol Pump, Rana Colony, Gujranwala, 52250
Phone: +92 3072563838
Email: furrylandscom@gmail.com
+92 3073838061