Showing 129–144 of 150 results
Reduces contouring time and improves intraoperative handling.
Minimizes soft tissue disruption and post-operative irritation.
Maintains alignment without relying on bone compression.
Allows versatile placement across multiple anatomical regions.
Supports precise implant selection for varied fracture patterns.
Supports indirect bone healing by maintaining controlled separation at the fracture site.
Provides balanced anchorage on both sides of the skeletal segment for stable alignment.
Delivers fixed-angle stability suitable for fine-bone veterinary applications.
Allows implantation in short bone segments and anatomically restricted regions.
Reduces soft tissue interaction and improves post-operative tolerance in animals.
Maintains construct stability without plate-to-bone compression.
Allows versatile screw placement across extended bone segments.
Supports straight bone alignment with balanced mechanical load transfer.
Reduces implant mass while preserving mechanical strength.
Minimizes soft tissue irritation and enhances post-operative comfort.
Provides enhanced fixation control in metaphyseal and periarticular fracture regions in small animals.
Allows secure screw placement and balanced load distribution at the fracture site.
Ensures fixed-angle screw engagement and consistent construct stability in veterinary orthopedic surgery
Available in 3 mm, 5 mm, and 7 mm lengths to support accurate implant selection for varying bone sizes
Minimizes soft tissue irritation and improves post-operative comfort in veterinary patients.
Provides multidirectional stabilization within a compact implant footprint.
Distributes forces evenly across intersecting bone planes.
Ideal for localized fixation in small or confined skeletal regions.
Minimizes soft tissue disruption and supports smoother recovery.
Maintains construct stability without relying on bone compression.
Supports stabilization across branching or junctional bone regions.
Balances linear and angular fixation requirements.
Maintains stability without compressing bone surfaces.
Minimizes soft tissue irritation in small anatomical areas.
Tailored for small animal orthopedic applications.
Improves stability at bone junctions with increased head fixation.
Enhances proximal control in joint-adjacent applications.
Supports linear alignment and load sharing.
Maintains construct integrity without bone compression.
Designed for small animal anatomy and soft tissue preservation.
Provides increased longitudinal support across larger fracture spans.
Improves proximal stability in metaphyseal and periarticular regions.
Maintains construct integrity without relying on bone compression.
Reduces localized stress through multi-point anchorage.
Designed for small animal anatomy and soft tissue protection.
Allows multidirectional screw placement to achieve stable fixation in complex small animal fracture patterns.
Provides fixed-angle stability to maintain fracture alignment throughout the veterinary healing process.
Ensures secure screw-to-plate engagement and consistent construct strength in small animal orthopedic surgery.
Available in 3 mm, 5 mm, and 7 mm lengths to support accurate implant selection for varying bone sizes.
Minimizes soft tissue irritation and enhances post-operative comfort in veterinary orthopedic applications.
Enables fixation across non-linear and angled bone segments.
Maintains alignment without relying on plate compression.
Provides balanced stabilization on opposing fracture fragments.
Ensures accurate anatomical fit and surgical precision.
Reduces soft tissue irritation and post-operative discomfort.
Provides enhanced fixation strength in limited metaphyseal bone segments.
Supports accurate stabilization across angled fracture planes.
Maintains angular alignment without bone compression.
Ensures precise placement in veterinary orthopedic surgery.
Reduces soft tissue irritation in small animal patients.
Supports controlled fixation across moderately angled fracture patterns.
Creates a rigid construct that maintains alignment during healing.
Enhances placement accuracy in veterinary procedures.
Minimizes soft tissue interference in small animal patients.
Allows customized implant selection for different fracture lengths.
Allows controlled stabilization across angled fracture planes.
Maintains angular alignment throughout the healing phase.
Supports accurate placement in veterinary orthopedic surgery.
Supports accurate placement in veterinary orthopedic surgery.
Reduces soft tissue irritation in small animal patients.
Supports fixation across angled fracture planes with anatomical accuracy.
Maintains alignment without reliance on bone compression.
Ensures precise anatomical placement during veterinary surgery.
Allows implantation in confined anatomical regions.
Optimized for small animal orthopedic applications.
Allows tailored implant selection for varying fracture sizes.
Reduces soft tissue irritation in small animal patients.
Supports accurate anatomical placement during surgery.
Maintains alignment without relying on bone compression.
Enables precise stabilization across angled fracture planes.
Enhances fixation control in anatomically complex and periarticular fracture regions in small animals.
Provides balanced screw placement and controlled load transfer across the fracture site.
Ensures fixed-angle screw engagement and consistent construct stability in veterinary orthopedic surgery.
Available in 3 mm and 4 mm lengths to support accurate implant selection for varying bone sizes.
Minimizes soft tissue irritation and improves post-operative comfort in veterinary patients.
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
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