Fusion Implants products

Surface topography measurements were obtained from over 70 of English Springer Spaniels humeri CT scans to create the design of two versions of the Lateral Epicondylar Anatomic Plate (LEAP). We investigated the configuration of fractures, and optimised screw hole position and screw direction to maximise bone holding, and minimise the risk of joint penetration. Each Fusion LEAP is crafted from medical-grade titanium alloy (Ti6Al4V) in a multi-step manufacturing process starting with 3D printing, heat treatment, surface finishing, CNC machining and adonisation. The final products have undergone a rigorous quality control process giving you confidence that you are using a product of cutting edge innovation and premium quality.

HIF guides (with inserts) – Fusion Implants’ HIF drilling guides ensure optimal placement of transcondylar screws to treat humeral Intracondylar fissures. The guides are designed to aim progressively larger drill bits using interchangeable inserts. The cranial stilt improves guide stability without the need for increased soft tissue distraction.

DBM putty is an exclusive, processed, bone allograft formulated into a putty like texture. DBM putty contains DBM allograft bone, and a nanocrystalline hydroxyapatite, in a natural carrier. DBM putty is specifically indicated for use with Humeral Condylar Repair System (HIRS) for the treatment of humeral intracondylar fissure and humeral condylar fracture.

Fusion TTA surgical instrumentation kit for implant sizes 20 mm in length. The Instrumentation has been designed and manufactured to a high standard to provide the means to carry out the surgery efficiently and accurately. Stainless steel has been used for this purpose to give the instruments the correct hardness and provide the necessary durability for long-term service use.

Fusion TTA Implant and Dynamic Tension Plate Package.

This flexible spine model displays the anatomy of the Canine spine from C1-Cd2. Generated from a full body CT scan, complete with ventral labels on each vertebra and a display stand, this model is ideal for demonstration and communication with clients, or for training students.