Includes: IncludesAluminum Case 2.0 Drill Bit (2)2.5 Drill Bit (2)3.2 Drill Bit (2) 2.0mm for 2.7mm Screws Neutral & Loaded Drill Guide 2.5mm for 3.5mm Screws Neutral & Loaded Drill Guide 3.2mm for 4.5mm Screws Neutral & Load Drill Guide2.5mm & 3.5mm Tap Sleeve3.2mm & 4.0mm Tap Sleeve2.0mm & 2.7mm Tap SleeveHA1.5 TapHA2.0 TapHA2.7 TapHA3.5 TapHB 4.0 TapHex Head Screw Driver SW2.5Hex head Screwdriver 1.5mmDepth GaugePeriosteal Elevator (Round Head)Broken Screw ExtractorLarge Counter Sink Small Counter Sink Periosteal Elevator (Flat Head)Reduction Forceps (With Point)Reduction ForcepsSelf-centering forceps (2) Bone plate 2.0mm (6)Bone plate 2.7mm (7)Bone plate 3.0 (5)Large Plate benders, modern design (pair)Small Plate benders, (pair)Cortical screws self-tapping hex head 2.0mm (30) Cortical screws self-tapping hex head 2.7mm (30) Cortical screws self-tapping hex head 3.5mm

The Small Fragment 2.0/2.7/3.0mm Veterinary Orthopedic Upper Limb Instruments Kit is designed for use in small animal orthopedic surgery, particularly in the upper limbs. Here are the components and features of such a kit:

Components:

1. **Plates**:

   - **Types**: Dynamic Compression Plates (DCP), Limited Contact Dynamic Compression Plates (LC-DCP), Locking Compression Plates (LCP), Reconstruction Plates, and Specialty Plates.

   - **Sizes**: Varying lengths and hole configurations compatible with 2.0mm, 2.7mm, and 3.0mm screws.

2. **Screws**:

   - **Types**: Cortical screws, cancellous screws, and locking screws.

   - **Diameter**: 2.0mm, 2.7mm, and 3.0mm.

   - **Lengths**: Various lengths to accommodate different bone thicknesses and surgical requirements.

3. **Instrumentation**:

   - **Drill Bits**: Matching diameters for the screws (2.0mm, 2.7mm, 3.0mm).

   - **Drill Guides**: To ensure precise drilling at the correct angle and depth.

   - **Screwdrivers**: Hex or star (Torx) screwdrivers for inserting screws.

   - **Depth Gauge**: To measure the depth of the drilled hole and select appropriate screw length.

   - **Tap**: To create threads in the bone for screws if necessary.

   - **Bone Holding Forceps**: To stabilize bone fragments during surgery.

   - **Reduction Forceps**: To help align and reduce fractures.

   - **Periosteal Elevators**: For lifting and retracting periosteum (the bone covering) and soft tissue.

   - **Plate Benders**: For contouring plates to match the anatomy of the animal's bone.

   - **Countersink**: To prepare the bone surface for screw heads to sit flush with the plate.

4. **Ancillary Instruments**:

   - **Bone Cutters**: For cutting and shaping bone.

   - **Bone Rasps**: For smoothing and shaping bone surfaces.

   - **Retractors**: To hold soft tissues away from the surgical site.

Key Features:

1. **Material**:

   - **High-Quality Stainless Steel or Titanium**: Ensures durability, strength, and biocompatibility.

   - **Corrosion Resistance**: Essential for implants and instruments that will be exposed to bodily fluids.

2. **Design**:

   - **Versatile Plate Designs**: Multiple plate types and sizes to address various fracture types and anatomical locations.

   - **Low-Profile Plates**: Minimizes irritation to surrounding tissues and reduces the risk of implant palpability post-surgery.

3. **Compatibility**:

   - **Screw-Plate Matching**: Plates and screws are precisely engineered to be compatible within the system, ensuring secure fixation.

4. **Ease of Use**:

   - **Comprehensive Instrumentation**: All necessary tools included for efficient and precise surgical procedures.

   - **User-Friendly Design**: Instruments are designed to be ergonomic and easy to handle, improving surgical precision and reducing fatigue.

5. **Mechanical Properties**:

   - **Strong and Stable Fixation**: Ensures reliable stabilization of bone fragments, which is crucial for proper healing.

   - **Flexible and Rigid Options**: Depending on the surgical needs, plates can offer flexibility for minor adjustments or rigid stability.

6. **Versatility**:

   - **Range of Applications**: Suitable for various orthopedic procedures, including fracture fixation, osteotomies, and corrective surgeries in the upper limbs of small animals.

7. **Sterilization**:

   - **Autoclavable Instruments**: All components can withstand standard sterilization processes, ensuring they are sterile and ready for use in surgery.

8. **Precision**:

   - **Accurate Instrumentation**: Instruments like drill guides, depth gauges, and reduction forceps ensure precision in the surgical procedure, which is critical for successful outcomes.

Applications:

- **Fracture Repair**: Stabilization of fractures in the upper limbs.

- **Corrective Osteotomies**: Surgical correction of bone deformities.

- **Joint Stabilization**: In cases of joint instability or reconstruction.

- **Bone Reconstruction**: Post-tumor resection or congenital deformity correction.

The Small Fragment 2.0/2.7/3.0mm Veterinary Orthopedic Upper Limb Instruments Kit is extensively used in various surgical procedures to repair and stabilize bones in small animals. Here are the details on its use in surgery and the benefits it offers:

Use in Surgery:

1. **Fracture Repair**:

   - **Fixation of Fractures**: Stabilizes fractures in the upper limbs, including the humerus, radius, ulna, and scapula, by providing strong support and alignment.

   - **Fragment Reduction**: Assists in accurately reducing bone fragments to their anatomical positions for optimal healing.

2. **Corrective Osteotomies**:

   - **Realignment**: Used in procedures to correct bone deformities or angular limb deformities, ensuring proper alignment and function.

   - **Lengthening or Shortening Bones**: Facilitates surgical adjustments to bone length as needed.

3. **Joint Stabilization**:

   - **Arthrodesis**: Stabilizes joints that require fusion, such as carpal or elbow joints, due to severe arthritis or injury.

   - **Ligament Repairs**: Supports the fixation of ligaments and tendons to bone.

4. **Bone Reconstruction**:

   - **Post-Tumor Resection**: Reconstructs bones following the removal of tumors or cysts.

   - **Congenital Deformities**: Corrects congenital bone deformities, improving the animal's function and quality of life.

5. **Emergency Surgery**:

   - **Trauma Cases**: Provides immediate stabilization of bones in trauma cases, preventing further damage and aiding in recovery.

Benefits:

1. **Precision and Stability**:

   - **Accurate Fixation**: Ensures precise alignment and stabilization of bone fragments, which is crucial for proper healing.

   - **Stable Constructs**: Offers strong and reliable support, reducing the risk of implant failure.

2. **Versatility**:

   - **Range of Plate and Screw Options**: Multiple plate shapes, sizes, and screw lengths cater to various fracture types and anatomical locations.

   - **Adaptability**: Instruments can be used in a wide range of surgical procedures, making the kit highly versatile.

3. **Biocompatibility and Durability**:

   - **High-Quality Materials**: Made from biocompatible stainless steel or titanium, reducing the risk of adverse reactions.

   - **Corrosion Resistance**: Ensures longevity and integrity of implants, even in the presence of bodily fluids.

4. **Ease of Use**:

   - **Comprehensive Set**: Includes all necessary tools for efficient and precise surgery, improving surgical workflow.

   - **User-Friendly Instruments**: Ergonomically designed tools reduce surgeon fatigue and enhance precision.

5. **Improved Healing Outcomes**:

   - **Enhanced Bone Healing**: Stable fixation promotes proper bone healing, reducing recovery time and complications.

   - **Early Mobilization**: Strong constructs allow for early weight-bearing and mobilization, improving post-surgical recovery.

6. **Minimally Invasive**:

   - **Low-Profile Plates**: Designed to minimize irritation to surrounding tissues, reducing the risk of post-operative complications.

   - **Reduced Soft Tissue Damage**: Instruments and implants are designed to minimize soft tissue disruption during surgery.

7. **Aesthetic and Functional Outcomes**:

   - **Improved Functionality**: Proper alignment and stabilization restore the normal function of the affected limb.

   - **Cosmetic Benefits**: Precise surgical techniques and implants result in better cosmetic outcomes with minimal scarring.

8. **Cost-Effective**:

   - **Reduced Need for Revision Surgery**: Durable and reliable fixation reduces the likelihood of complications that might require additional surgeries.

   - **Efficient Surgical Procedures**: Comprehensive instrumentation and ease of use can lead to shorter surgical times, potentially lowering overall costs.