Comprehensive Solution for Bone Deformity Correction Using Custom or Standard Plates and Surgical Guides Based on Preoperative Planning

Our digital planning system allows you to precisely calculate angular deformities of the forelimbs and hind limbs, and to realign bone fragments into their correct anatomical positions.

Based on this plan, we manufacture a complete set of components required for accurate surgical execution — including surgical guides and custom anatomical plates

CT Protocol

We Offer Advanced Solutions for Restoring Knee Joint Function in Animals Using Custom Implants Based on CT Data.

This is especially relevant for complex deformities and damage to the patellar groove (trochlear block).

The implants feature a polished articular surface to ensure natural patellar glide and comfortable movement.
Porous inserts promote strong bone ingrowth — enabling fast and stable osseointegration.
Various fixation options are available, including combinations with plates for limb axis correction.
Each clinical case is addressed with an optimal implant design — from compact inserts to integrated modules with built-in deformity correction.

CT Protocol

Patient-Specific Implants for Jaw Bone Defect Reconstruction Are Designed with the Patient’s Unique Anatomy in Mind

These solutions restore not only function but also facial aesthetics, while ensuring surgical convenience and precision.

• The implants replicate the natural contours of the jaw, providing an exact fit and secure fixation
• Optional holes are available for soft tissue suturing — especially important in post-traumatic and post-oncologic reconstruction
• A porous surface enhances tissue integration and promotes reliable structural bonding

CT Protocol

In Cases of Severe Joint Damage or Instability, Arthrodesis Remains a Reliable Method for Restoring Limb Support Function

We offer solutions tailored to the patient’s individual anatomy.

• The implants are designed with anatomical contours for precise bone contact and secure fixation
• The structure allows the use of both cortical and angle-stable screws, depending on the clinical need
• If necessary, bone defects can be replaced, enabling complex arthrodesis with a single integrated implant

CT Protocol

We Design and Manufacture Implants That Help Restore the Anatomy and Mobility of Forelimbs and Hind Limbs in Cases of Complex Bone Defects
All implants are based on CT data and tailored to the specific clinical case.

Precise Anatomical Fit

• Intramedullary rods follow the shape of the medullary canal, allowing implant placement without bone destruction and minimizing intraoperative trauma;
• Implant design is compatible with various fixation methods — from external plates to screws placed through patient-specific surgical guides;
• Fixation elements can be designed for angular-stable screws to ensure reliable and safe fixation, even in cases of severe bone loss;

Osseointegration and Modularity

• Implants include porous zones that promote rapid bone ingrowth and durable osseointegration;
• The articular surface can be polished to restore natural joint glide;
• Modular components allow for partial modification or replacement of the implant without the need for full reconstruction.