Showing 65–80 of 134 results
Locking T-plate
Three-hole head
Fixed-angle stability
Mini locking system
Titanium construction
Low-profile design
Anatomical contour
Smooth surface finish
Secure screw locking
Lightweight implant
High strength durability
Dual Head Locking Holes
Provides enhanced fixation stability at the metaphyseal region and improves load distribution.
2.4 mm Locking System
Designed for small fragment fixation where precision and anatomical conformity are required.
Multiple Length Variations
Available in 3 mm, 5 mm, and 7 mm lengths to accommodate different fracture patterns.
Low-Profile T-Shape Design
Minimizes soft-tissue irritation while maintaining strong biomechanical support.
Accurate Hole Alignment
Ensures reliable screw locking and consistent fixation strength.
Anatomically designed Y-shape for precise tibial fit
Available in 7-hole (74.5mm) and 8-hole (83mm) lengths
Made from high-grade titanium: lightweight, strong, corrosion-resistant
Compatible with 3.5mm locking head and cortical screws
Polished surface minimizes tissue irritation
Ideal for canine TPLO surgery and tibial fracture fixation
Provides superior mechanical stability and load distribution
Reduces risk of screw loosening during recovery
Suitable for small to medium-sized dogs
Locking Y-plate
Y-shaped design
Fixed-angle stability
Mini locking system
Titanium construction
Low-profile plate
Anatomical contour
Secure fixation
Multi-directional support
Smooth surface
Reduces soft tissue irritation and enhances post-operative comfort.
Maintains alignment while minimizing micromovement during healing.
Provides balanced axial support without excessive implant length.
Improves surgical accuracy by matching natural anatomical orientation.
Supports angular fixation in anatomically challenging bone regions.
Three-Hole Head Architecture
Enhances screw distribution and improves fixation strength in metaphyseal bone zones.
Angular Stability Locking System
Maintains rigid construct stability under physiological loading conditions.
Multiple Length Availability
Enables surgical adaptability for varied fracture patterns and bone sizes.
Low-Profile Plate Design
Reduces soft-tissue irritation while preserving biomechanical integrity.
Precision Machined Surface
Ensures consistent screw locking and accurate plate-to-bone contact.
Enhances screw head stability by increasing contact area
Prevents localized bone indentation during screw tightening
Maintains uniform compression across fixation constructs
Precision inner diameter ensures accurate screw alignment
Thin profile supports low-profile orthopedic assemblies
Smooth surface finish reduces soft-tissue irritation
Compatible with multiple small screw diameters
Manufactured from corrosion-resistant implant materials
Suitable for both human and veterinary orthopedic use
Supports customized branding and sterile packaging needs
Optimized load distribution to prevent bone surface damage
Enhances screw head seating and overall fixation stability
Precision-machined edges for atraumatic contact with bone
High corrosion resistance for long-term implant reliability
Compatible with standard large orthopedic cortical and cancellous screws
Lightweight yet strong construction for surgical efficiency
Available in titanium for superior biocompatibility
Suitable for trauma, orthopedic, and reconstructive procedures
Quarter tubular profile for minimal implant bulk
Compatible with 2.7mm cortical screws
Low-profile design reduces soft tissue irritation
Uniform hole spacing for balanced load distribution
Suitable for neutral and compression fixation
Available in stainless steel and titanium materials
Wide range of hole configurations
Smooth surgical-grade surface finish
Reliable fixation for small bone fractures
Designed for consistent orthopedic trauma outcomes
Designed for use with 2.7 mm screws
Excellent contourability for complex anatomy
Strong yet low-profile plate design
Uniform hole spacing for balanced load distribution
Suitable for fracture reconstruction and osteotomy fixation
Smooth surface finish to minimize tissue irritation
Available in multiple plate lengths
High fatigue resistance for long-term stability
Supports biological fracture healing principles
Reliable performance in veterinary orthopedic surgery
Self-tapping design eliminates the need for separate tapping steps
Stardrive interface ensures controlled torque and reduced cam-out
Titanium construction delivers excellent biocompatibility and strength
Designed specifically for small fragment cortical bone fixation
Low-profile head supports stable seating and reduced soft-tissue impact
Smooth surface finish enhances insertion and long-term stability
Customer logo acceptance for private labeling and branding needs
Self-tapping thread eliminates pre-tapping
Hexagonal socket for controlled torque application
Optimized for cortical bone fixation
Precise thread geometry for reliable bone purchase
Wide length range with 2mm increments
Low-profile head design
Available in stainless steel and titanium
Custom logo and color options available
Suitable for Class A medical instrument applications
Reliable performance in orthopedic trauma procedures
Self-tapping design eliminates the need for separate tapping
Optimized cutting flutes for smooth cortical bone penetration
Hexagonal socket ensures strong torque transfer and reduced cam-out
Wide length range supports multiple anatomical applications
Consistent thread geometry for secure cortical fixation
Available in titanium for biocompatibility and stainless steel for strength
Smooth surface finish minimizes insertion resistance
Suitable for trauma, reconstructive, and general orthopedic use
Self-tapping thread eliminates pre-tapping
Locking head provides angular stability
Compatible with 2.4mm locking plates
Precision-machined thread geometry
Wide length range for small fragment fixation
High resistance to loosening and pull-out
Smooth insertion with controlled torque
Available in stainless steel and titanium
Optimized for small bone applications
Reliable performance in orthopedic trauma
Self tapping thread eliminates pre-tapping
Locking head provides angular stability
Compatible with 2.7mm locking plates
Hexagonal 2.0mm drive for controlled torque
Wide length range from 6mm to 60mm
Precision-machined thread geometry
Reduced risk of screw loosening
Available in stainless steel and titanium
Optimized for small fragment fixation
Reliable performance in orthopedic trauma
Self-compressing design for controlled carpal joint fusion
Optimized for pancarpal arthrodesis procedures
Compatible with 2.0/2.7mm and 2.7/3.5mm screw systems
Rigid fixation for long-term joint stability
Low-profile geometry to minimize soft-tissue irritation
Options with self-compressing or round holes
High fatigue and corrosion resistance
Anatomically contoured for accurate limb alignment
Suitable for traumatic and degenerative conditions
Veterinary-specific orthopedic implant design
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