Showing 33–48 of 134 results
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Fully threaded design ensures uniform load distribution and strong fixation in cancellous bone
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4.0mm thread diameter optimized for secure bone purchase and high pull-out strength
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Hexagonal socket drive provides precise torque control and reduces the risk of cam-out during insertion
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Medical-grade titanium alloy and stainless steel options for excellent biocompatibility and corrosion resistance
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Smoothly finished head minimizes soft tissue irritation and supports patient comfort
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Compatible with standard 2.5mm drill bit for accurate and safe pilot hole preparation
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Wide range of lengths available from 10mm to 60mm to suit different anatomical and surgical needs
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Designed for reliable performance in orthopedic trauma and fracture fixation procedures
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High manufacturing precision ensures consistent quality and dimensional accuracy
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Class A medical instrument suitable for routine orthopedic surgical use
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Customized size options available as per customer demand
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Partially threaded design enables controlled interfragmentary compression
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Strong cancellous bone purchase for reliable fixation
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Hexagonal socket ensures high torque stability during insertion
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Smooth shaft minimizes tissue irritation and insertion resistance
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Precision-machined threads enhance fixation accuracy
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Compatible with standard orthopedic surgical instruments
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High corrosion resistance for long-term implantation
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Suitable for a wide range of orthopedic and trauma procedures
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Designed specifically for cancellous bone fixation, ensuring strong anchorage in metaphyseal and spongy bone structures
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Deep and aggressive thread profile improves holding power and reduces the risk of loosening
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Precision-machined core and shaft geometry for balanced strength and controlled insertion
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Compatible with standard orthopedic instruments, improving surgical efficiency
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Available in a wide length range to accommodate different anatomical and fracture requirements
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Manufactured from biocompatible titanium and stainless steel, minimizing tissue reaction
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Smooth surface finish supports reduced insertion torque and reliable placement
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Ideal for trauma surgery, fracture fixation, and reconstructive orthopedic procedures
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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.
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Designed specifically for canine TPLO procedures
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Cloverleaf-shaped head for enhanced metaphyseal fixation
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Compatible with 3.5 mm cortical screws
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Multidirectional screw placement for rotational stability
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Available in standard and broad configurations
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Optimized for proximal tibial anatomy
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Polished surface to reduce soft-tissue irritation
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High fatigue resistance for active canine patients
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Supports early weight bearing and rehabilitation
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Suitable for medium to large breed dogs
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Locking T-plate
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Four-hole head
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Fixed-angle stability
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Mini locking system
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Titanium material
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Low-profile design
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Anatomical contour
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Lightweight implant
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High strength
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Precision engineered
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Precision-engineered cortical thread profile for enhanced bone engagement
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Hexagonal socket head ensures stable torque control and reduced cam-out risk
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Optimized core-to-thread ratio for balanced strength and flexibility
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Smooth surface finish minimizes tissue irritation and insertion resistance
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Wide length range supports multiple anatomical applications
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Titanium option offers excellent biocompatibility and reduced imaging artifacts
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Consistent dimensional accuracy for reliable plate-screw compatibility
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Designed for efficient insertion with standard orthopedic instruments
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Designed for strong and reliable cortical bone fixation
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Precision cortical thread profile ensures secure bone engagement
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Hexagonal socket drive provides controlled torque application
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Available in titanium and stainless steel material options
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Balanced core geometry supports strength and bone preservation
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Broad length range supports diverse anatomical requirements
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Customer logo acceptance for private branding programs
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Customized color options available for product differentiation
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Designed specifically for strong cortical bone fixation
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Precision cortical thread profile ensures secure bone purchase
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Hexagonal socket drive provides controlled torque transmission
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Titanium construction offers excellent biocompatibility and durability
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Balanced core geometry supports strength with bone preservation
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Suitable for trauma, reconstructive, and orthopedic procedures
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Customer logo acceptance for private branding programs
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Customized color options available for system differentiation
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Customer-demand size customization supported
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Self-tapping thread eliminates separate tapping steps
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Stardrive interface ensures precise torque control and secure engagement
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Titanium alloy construction provides excellent biocompatibility
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Designed specifically for small fragment cortical fixation
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Low-profile head supports stable seating and reduced tissue irritation
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Smooth surface finish enhances insertion efficiency
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Customer logo acceptance for private branding solutions
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Customized color options available for product differentiation
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Engineered slotted head design allows controlled torque application during insertion
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Optimized thread geometry ensures firm cortical bone purchase and reduced loosening risk
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Precision-machined shaft promotes smooth advancement and accurate positioning
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Available in multiple lengths (6–16 mm) for versatile intraoperative selection
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High-strength stainless steel and titanium options ensure durability and biocompatibility
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Designed to minimize bone trauma while maintaining reliable compression
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Suitable for delicate anatomical regions requiring small-diameter fixation
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Custom logo marking, size variation, and color anodization available on request
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Accepts customized packaging and graphic branding as per customer demand
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Optimized thread geometry ensures strong cortical bone purchase
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Slotted head design enables precise manual control during insertion
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High-strength core structure reduces risk of deformation
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Smooth surface finish minimizes tissue irritation
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Compatible with standard orthopedic instruments
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Available in corrosion-resistant stainless steel and lightweight titanium
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Uniform threading promotes even load distribution
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Reliable fixation for small bone and delicate procedures
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Curved anatomical 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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Enhanced bone conformity
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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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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.
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Broad profile for enhanced load-bearing stability
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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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Increased plate thickness for high-stress applications
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Uniform hole spacing for balanced load distribution
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High mechanical strength and durability
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Available in stainless steel and titanium materials
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Extensive range of hole configurations
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Reliable performance in orthopedic trauma procedures
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Designed specifically for 2.0 mm cortical screws
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Dynamic compression holes enable controlled fracture compression
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Low-profile construction reduces soft tissue irritation
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Variable thickness for optimized strength-to-size ratio
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Precision-machined holes for accurate screw alignment
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Smooth surface finish for improved biocompatibility
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Anatomically adaptable for small bone applications
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Available in stainless steel and titanium options
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Suitable for hand, foot, pediatric, and small fragment surgery
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Consistent quality suitable for routine and complex fixation cases
