ALPS Medium-sized Titanium Plate Set

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The ALPS Medium-sized Titanium Plate Set is a reconstruction locking compression system designed for medium-sized pets weighing 6–15 kg.
Manufactured from medical-grade titanium alloy, the system provides high mechanical strength, excellent biocompatibility, and reliable angular stability for fracture fixation and reconstructive orthopedic procedures.

Featuring ALPS locking compression technology, this set combines locking fixation and controlled axial compression, ensuring stable fixation, reduced implant failure risk, and improved fracture healing outcomes. Multiple plate geometries allow surgeons to adapt to different anatomical locations and fracture patterns with precision.

Description
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Features:

1.Optimized for medium-sized pets (6–15 kg)
Plate dimensions and screw diameters are tailored for stronger bone structures while maintaining minimally invasive fixation.

2.ALPS locking compression design
Locking screws provide angular stability, while compression guides enable controlled interfragmentary compression.

3.Comprehensive plate configurations
Includes straight plates, L-shaped plates (left & right), and T-shaped plates to accommodate metaphyseal, diaphyseal, and periarticular fractures.

4.Selective plate reusability
Straight plates can be reused 2–3 times for enhanced cost efficiency, while non-reusable anatomical plates ensure safety in complex load-bearing sites.

5.High-strength titanium alloy construction
Offers superior corrosion resistance, fatigue performance, and long-term biocompatibility.

6.Complete screw system compatibility
Matched with Φ3.2 mm locking titanium screws and Φ2.4 mm cortical titanium screws for flexible fixation strategies.

7.Precision instrumentation support
Includes screw-in guide drill, compression guide drill, AO drill bits, Torx screwdriver, and nail-holding forceps to ensure accurate and efficient implantation.

8.Dedicated implantation box
Organized bone plate and screw implantation box improves surgical workflow and intraoperative efficiency

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