The Veterinary TPLO Recon Locking Plate Set 2.0–2.4mm is a comprehensive veterinary orthopedic fixation system developed for advanced small animal bone reconstruction and stifle joint procedures. Designed specifically for veterinary surgeons, this system provides the essential components required for accurate plate positioning, screw insertion, and stable fracture fixation.
Tibial Plateau Leveling Osteotomy (TPLO) is a widely performed orthopedic procedure used in veterinary medicine, particularly for managing cranial cruciate ligament-related stifle instability in dogs. Successful TPLO procedures require precise implant systems that provide reliable fixation and maintain proper bone alignment during healing. This locking plate and screw system is designed to support surgeons with dependable fixation technology and accurate surgical performance.
The system includes 2.0mm to 2.4mm TPLO reconstruction straight locking plates and compatible screws, providing appropriate options for small animal orthopedic applications. The plate design allows secure attachment to bone surfaces while locking screw technology helps create a stable fixed-angle construct. This improves implant stability and supports consistent fixation during the healing process.
Manufactured from high-quality surgical-grade materials, the locking plates and screws provide excellent strength, corrosion resistance, and long-term reliability. The precision-engineered components are designed to withstand the mechanical demands of veterinary orthopedic procedures while maintaining compatibility with standard sterilization practices.
The included instrumentation supports essential surgical steps such as drilling, measuring, plate preparation, and screw placement. Each instrument is designed for accurate handling, allowing veterinary surgeons to perform procedures with improved control and efficiency. The complete system reduces the need for multiple separate instruments and provides a convenient solution for orthopedic operating rooms.
The Veterinary TPLO Recon Straight Locking Plates & Screws Instrument Set is suitable for small animal orthopedic applications including TPLO procedures, tibial reconstruction, corrective osteotomies, and fracture fixation requiring low-profile locking implants. The compact plate design makes it especially useful for veterinary patients requiring precise stabilization with minimal implant profile.
The ergonomic design of the instruments improves surgeon comfort during procedures, while the organized configuration supports efficient surgical preparation. The reusable construction allows veterinary clinics and hospitals to maintain a dependable orthopedic instrument collection for repeated procedures.
Proper cleaning, inspection, and sterilization are essential for maintaining instrument performance and extending service life. The corrosion-resistant finish and durable construction allow the system to withstand routine veterinary surgical processing when maintained according to recommended guidelines.
For veterinary orthopedic professionals seeking a reliable solution for TPLO and small animal reconstruction procedures, the Veterinary 2.0–2.4mm TPLO Recon Straight Locking Plates & Screws Instrument Set offers precision, durability, and comprehensive functionality. Its advanced locking fixation design supports modern veterinary orthopedic techniques and helps surgeons achieve stable, accurate results.
Key Features
- Complete veterinary TPLO locking plate and screw instrument system
- Designed for 2.0mm–2.4mm small animal orthopedic fixation
- Suitable for TPLO, tibial reconstruction, and fracture repair procedures
- Includes straight locking plates and compatible screws
- Provides stable fixed-angle locking fixation technology
- Manufactured from durable surgical-grade materials
- Precision instruments support accurate drilling and screw placement
- Low-profile design suitable for small animal orthopedic applications
- Corrosion-resistant construction for long-term durability
- Compatible with standard sterilization procedures
- Reusable system for veterinary hospitals and clinics
- Improves surgical efficiency and implant positioning control
Product Specifications Table
| Specification | Details |
|---|---|
| Product Name | Veterinary TPLO Recon Straight Locking Plates & Screws Instrument Set |
| Instrument Type | Veterinary Orthopedic Fixation System |
| Plate Size Range | 2.0mm – 2.4mm |
| Application | TPLO and small animal orthopedic procedures |
| Implant Type | Straight Locking Plates and Screws |
| Surgical Use | Canine stifle repair, reconstruction, and fracture fixation |
| Material | Surgical-grade stainless steel / orthopedic implant material |
| System Type | Locking fixation system |
| Sterilization | Compatible with standard sterilization methods |
| Reusable | Yes |
FAQs
1. What is the Veterinary TPLO Recon Straight Locking Plate Set used for?
The Veterinary TPLO Recon Straight Locking Plate Set is used for TPLO procedures, tibial reconstruction, and small animal orthopedic fixation requiring stable locking implants.
2. What sizes are available in this veterinary locking plate system?
This system is designed for 2.0mm to 2.4mm locking plate and screw applications, making it suitable for small animal orthopedic procedures.
3. Which animals can benefit from this TPLO instrument set?
The system is commonly used in small animal veterinary orthopedic surgery, particularly canine stifle procedures and reconstruction applications.
4. What are the advantages of locking plates in veterinary orthopedic surgery?
Locking plates provide secure fixed-angle stabilization, improved implant stability, and reliable fixation compared with traditional plate systems.
5. Are the instruments reusable and sterilizable?
Yes, the veterinary orthopedic instruments are designed for repeated clinical use and are compatible with standard sterilization procedures.
6. Why choose a dedicated TPLO plate and screw system?
A dedicated TPLO system provides specialized implant geometry and instrumentation designed to support accurate positioning and effective stifle stabilization.

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