Showing 65–71 of 71 results
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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.
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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.
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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.
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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.
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Improves anatomical matching and surgical precision.
Provides axial stability while minimizing implant footprint.
Maintains alignment and resists rotational displacement.
Reduces soft tissue irritation and supports smoother recovery.
Enhances fixation control in widened and periarticular bone regions.
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Combines focused head anchorage with extended shaft stabilization.
Enhances axial stability without increasing implant footprint.|
Maintains alignment while reducing dependence on bone quality.
Optimized for fine-bone veterinary orthopedic procedures.
Minimizes soft tissue disruption and improves recovery comfort.
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