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From canine CT to a surgeon controlled 3D plan.

OrthoVet automatically turns CT data into segmented 3D anatomy, giving the surgeon a faster start for measurements and planning deformity corrections. Built on our experience with clinical engineering on over 1000 cases since 2017.

Canine femoral alignment measurement with femoral neck angle, CORA and aLDFA
CT VOLUME → AI SEGMENTATION → 3D PLAN

AI-powered 3D surgical planning.
Three ways to work with us.

OrthoVet turns CT data into reviewable 3D anatomy with AI-assisted segmentation, then lets you choose how far you want us involved - from software support alone to fully delivered surgical guides and custom implants.

OrthoVet femoral osteotomy planning: original CORA, hinge and fragment shift

You plan

YOU GET

Reviewable 3D anatomy and your own correction plan, with onboarding and support.

BEST IF

Your team plans and executes cases in-house.

Canine femur with patient-specific guide options in place

You plan & design, we print

YOU GET

Option 1, plus patient specific surgical guides and print ready files for qualified in house production.

BEST IF

You have a qualified printer, material and a validated process.

Canine limb: native anatomy, and patient-specific plate options in place

You plan, we design, print & deliver

YOU GET

Option 2, plus manufacturing, quality checks and delivery of a 3D printed custom implant, ready for surgery.

BEST IF

You have no in house manufacturing, or the case needs a custom implant.

AI accelerates the first step.

Every case follows the same three stages. A is always included, while B and C are optional, and that is where you decide how much of the work you hand over to us.

A. Software
CT study

A recent CT of the affected limb.

Recommended CT scan protocol →
AI segmentation

First-pass bone mask, built into a 3D mesh.

Surgeon review

You check every contour.

3D plan

You measure and plan the correction.

SOFTWARE WALKTHROUGHCANINE / FEMUR · 001
OrthoVet femoral planning screen with measurement, osteotomy and report steps
B. Surgical guides
Plan confirmed

Surgeon approves the correction plan.

Guide designed

Bonabyte engineers the patient specific guide.

Files delivered

Print ready files sent for in house production, or on to manufacturing.

Femoral surgical guide options: plain, cruciate and plated fixation
Pelvic surgical guide options across four fixation variants
Patient-specific surgical guides positioned on a canine tibia, and the resulting fixation
C. 3D printed custom implants
Manufacturing route confirmed

Bonabyte coordinates a qualified 3D printed custom implant manufacturing partner.

Produced & Validated

Implant is manufactured and quality-checked.

Delivered

Shipped to your clinic, ready for surgery.

Titanium femoral plate with condylar head, patient-specific fixation
Titanium carpal plate, patient-specific fixation across the paw
Titanium pelvic plate with femoral head, patient-specific fixation
Titanium tibial plate with intramedullary pin, patient-specific fixation
Titanium plate, patient-specific fixation geometry
Titanium plate, proximal fixation detail
Titanium plate pair, patient-specific geometry
Titanium tibial rod and radius guide components

Surgeons we work with.

Bonabyte builds 3D planning and services around the way orthopaedic surgeons actually operate.

Jorge Leite

DVM · Founder, Bonematrix

Centro de Cirurgia Veterinária Avançada

Santa Cruz do Bispo, Portugal

Orthopaedic surgery, neurosurgery and arthroscopy since 2009. Focus on MIO/MIPO, limb alignment, 3D planning and implant projection.

AOVET · AVORE · AVEPA

Lucian Rugină

DVM · Medical Director & Founder

Brains & Bones · Radius Vet

Bucharest, Romania

Two decades in veterinary orthopaedics and neurosurgery. CBLO, TTA, corrective osteotomies, arthroscopy and 3D surgical planning.

AO Vet · ESVOT · AMVAC Ambassador

Enrico Panichi

DVM · Orthopaedic Surgeon, Partner

CTO Vet (Cappellari–Panichi)

Italy

Orthopaedics and traumatology at the Centro Traumatologico Ortopedico Veterinario, a referral centre across Italy.

Orthopaedics & traumatology

A solution for your clinical cases starts with a conversation.

from€40/ segmented case

For veterinary orthopaedic surgeons who want access to the core OrthoVet planning workflow. Referral center pricing available individually.

  • → Direct work with the 3D model
  • → Guided onboarding
  • → Product updates during beta
Submit a case or book a demo →

No payment required.

Everything else is quoted per case: expert review, guide design, print ready guide files and manufacturing coordination.

Clear answers before your first case.

Is OrthoVet already commercially available?+

It is currently offered through a controlled early-access program. Availability and supported workflows are confirmed during the demo.

Are automated measurements validated?+

Measurement automation is being evaluated and is not yet part of the public release. Every angle you see on this page was placed by a surgeon.

Which cases is the platform currently focused on?+

CT-based planning for canine cases involving femoral alignment, patellar luxation and corrective osteotomy.

Is OrthoVet a radiograph templating app?+

No. It is a CT-based 3D planning tool. Radiograph review remains part of clinical assessment, but the planning workflow is built around 3D anatomy.

Bring us a real clinical question.

Tell us which cases you treat. Our team can demonstrate the workflow using an anonymised sample case and discuss whether the early-access program fits your practice's needs.

  • → Demo: We walk through an anonymised CT example and map OrthoVet to your clinic's cases.
  • → Case: An engineer checks whether your CT supports planning and proposes a solution. The first review is free.

Do not upload DICOM files or patient data through this form. Share a link to a cloud archive instead, de-identified where possible.

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