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Compatible with 3.5mm locking and cortical screws
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Contourable reconstruction design for complex anatomy
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Titanium construction for strength and biocompatibility
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Wide range of hole options for surgical flexibility
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Extended length range for long bone fractures
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Fixed-angle locking system reduces screw loosening
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Smooth surface minimizes tissue irritation
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Ideal for canine orthopedic and trauma surgery
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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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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.
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Low-profile H-shaped design for enhanced rotational stability
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Optimized for small animal orthopedic applications
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Precision hole spacing for controlled screw placement
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Smooth edges to reduce soft tissue irritation
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Compatible with 1.5 mm screw systems
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Available in Stainless Steel and Titanium
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Suitable for trauma, corrective, and reconstructive surgeries
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Designed for use with 2.7 mm screws
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Excellent contourability for complex anatomy
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Strong yet low-profile plate design
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Uniform hole spacing for balanced load distribution
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Suitable for fracture reconstruction and osteotomy fixation
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Smooth surface finish to minimize tissue irritation
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Available in multiple plate lengths
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High fatigue resistance for long-term stability
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Supports biological fracture healing principles
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Reliable performance in veterinary orthopedic surgery
