RCP – plate for correction of forearm deformities

Description

What is Forelimb Deformity?

Forelimb deformities not only reduce your pet’s quality of life but may also lead to serious complications such as arthritis, joint dysplasia, or fractures. This condition is among the most common orthopedic deformities seen in dogs.

Deformities arise from uneven growth of the radius and ulna, which alters the alignment of the elbow and carpal joints. Causes include genetic predisposition, trauma, disease, or improper nutrition. Treatment involves corrective osteotomy — surgically cutting and realigning the bones to restore proper joint function.

Advantages of Custom RCP Plates

Surgical Precision
Preoperative 3D planning enables accurate correction of anatomical and mechanical angles of the forelimb. Patient-specific surgical guides minimize surgery duration and enhance implant positioning accuracy. Plates are tailored to each patient’s anatomy using CT imaging.

Personalized Design
Each plate is developed according to the patient’s specific anatomical and clinical needs, with customized size, shape, and configuration.

Minimally Invasive Approach
Custom-fit plates reduce surgical trauma to surrounding tissues, promoting faster recovery and lowering the risk of complications.

High-Quality Materials
Plates are 3D-printed using medical-grade titanium alloy (Ti6Al4V Grade 23 ELI), known for strength and corrosion resistance. This ensures long-term implant integrity and promotes effective bone healing.

Individualized Treatment Planning
Custom implants allow veterinary surgeons to execute precise surgical plans, enhancing outcomes and ensuring the approach is tailored to each patient’s unique case.

Step-by-Step Process

1. Initial Consultation
   Veterinary orthopedic assessment to determine the deformity severity and treatment strategy.

2. CT Imaging
   High-resolution scans provide detailed anatomical data and generate an accurate 3D model of the limb.

3. Preoperative Analysis
   Evaluation of anatomical and mechanical angles and preparation of documentation for surgeon review.

4. Implant Design & Planning

   • CT segmentation and detailed case assessment

   • Collaborative planning between surgeon and biomedical engineer

   • 3D modeling of implant and surgical guides

   • Surgeon approval of final designs

   • Creation of anatomical models, prototypes, and guides via polymer 3D printing

   • Final pre-approval verification

5. Implant Manufacturing

   • Implant fabricated using titanium alloy (Ti6Al4V Grade 23 ELI) via 3D printing

   • Surgical guides printed with NextDent SG photopolymer (CE-certified, Class I medical device, steam-autoclavable)

   • Final quality control and shipment to surgical team

6. Surgical Procedure
   The orthopedic surgeon performs the osteotomy and implant placement using the custom-designed plate and guides.

7. Rehabilitation
   Postoperative care may involve physiotherapy to restore full limb function. Compliance with the veterinarian’s recovery instructions is crucial.

This innovative surgical solution significantly improves limb function, restores normal gait, and prevents long-term complications, helping your pet live a more active and pain-free life.