Webinar
Digital Approaches to Veterinary Clinical Planning
About this webinar
3D planning and printing enhance the services provided by veterinary centers and provide additional tools when it comes to pre-surgical planning. In this webinar, a complete workflow will be shown, from the segmentation of anatomical models to designing cutting guides. It will conclude the webinar, there will be a live Q&A session between the audience and speakers.
What you will learn
- How to create anatomical models from images in Mimics Innovation Suite from live demonstrations with Arsham Khayatpoor from Materialise
- How Vet3D uses these anatomical models to virtually design animal-specific cutting guides which are then used in theaters with Bill Oxley and Heather Goodrum from Vet3D
- About research on anatomical measurements and how it can help deliver better surgical outcomes with Matthew J. Allen
Speakers
Bill Oxley
Founder of Vet3D and an RCVS Specialist Orthopaedic Surgeon
Bill Oxley founded Vet3D in early 2015 following the development of the necessary CAD and 3D-printing techniques. This allowed for virtual orthopaedic and neurosurgical procedures, design of surgical guides, and the 3D-printing of bones and guides for clinical use. Guide system development is an ongoing process supported by active clinical research and feedback from colleagues at referral centers in the UK, Europe, and further afield. Bill has an RCVS Specialist diploma in orthopaedics.
Bill Oxley
Founder of Vet3D and an RCVS Specialist Orthopaedic Surgeon
Bill Oxley founded Vet3D in early 2015 following the development of the necessary CAD and 3D-printing techniques. This allowed for virtual orthopaedic and neurosurgical procedures, design of surgical guides, and the 3D-printing of bones and guides for clinical use. Guide system development is an ongoing process supported by active clinical research and feedback from colleagues at referral centers in the UK, Europe, and further afield. Bill has an RCVS Specialist diploma in orthopaedics.
Heather Goodrum
BA Hons, MSc, AIMPT, Senior Biomedical Technician at Vet3D
Heather is an experienced Biomedical 3D Technician with a demonstrated history of working in the hospital and healthcare industry. She is skilled in medical devices, oral and maxillofacial surgical planning, digital printing, custom CMF implants, and AM technology. Heather is a strong custom implantable device design professional with a master's degree focused on Forensic Art from the University of Dundee, Scotland. She is driven to develop custom implantable devices to enhance patient care and surgical outcomes.
Heather Goodrum
BA Hons, MSc, AIMPT, Senior Biomedical Technician at Vet3D
Heather is an experienced Biomedical 3D Technician with a demonstrated history of working in the hospital and healthcare industry. She is skilled in medical devices, oral and maxillofacial surgical planning, digital printing, custom CMF implants, and AM technology. Heather is a strong custom implantable device design professional with a master's degree focused on Forensic Art from the University of Dundee, Scotland. She is driven to develop custom implantable devices to enhance patient care and surgical outcomes.
Matthew J. Allen
Vet MB, Ph.D., MRCVS
Matthew completed veterinary training and a Ph.D. at Cambridge, followed by faculty appointments at medical and veterinary schools in the US. Elected Professor of Small Animal Surgery at Cambridge in 2014. His clinical practice focuses on total knee replacement; his research emphasis is on veterinary surgical innovation, including 3D surgical planning, surgical navigation, and robotics. He is an associate Editor of the Journal of Orthopaedic Research and for Veterinary and Comparative Orthopaedics and Traumatology. Since March 2022, he has been the UK Director and Chief Scientific Officer for OrthoBio Therapeutics.
Matthew J. Allen
Vet MB, Ph.D., MRCVS
Matthew completed veterinary training and a Ph.D. at Cambridge, followed by faculty appointments at medical and veterinary schools in the US. Elected Professor of Small Animal Surgery at Cambridge in 2014. His clinical practice focuses on total knee replacement; his research emphasis is on veterinary surgical innovation, including 3D surgical planning, surgical navigation, and robotics. He is an associate Editor of the Journal of Orthopaedic Research and for Veterinary and Comparative Orthopaedics and Traumatology. Since March 2022, he has been the UK Director and Chief Scientific Officer for OrthoBio Therapeutics.
Arsham Khayatpoor
Application Engineer, Materialise Medical
Arsham is a Medical Application Engineer for the United Kingdom, specializing in academic and clinical markets. He has been with Materialise for 4 years and is involved in both pre-sales' technical diagnoses and post- sales technical support. He has a master’s degree from the University of Sheffield in bio-engineering, where his passion for technology and biology started.
Arsham Khayatpoor
Application Engineer, Materialise Medical
Arsham is a Medical Application Engineer for the United Kingdom, specializing in academic and clinical markets. He has been with Materialise for 4 years and is involved in both pre-sales' technical diagnoses and post- sales technical support. He has a master’s degree from the University of Sheffield in bio-engineering, where his passion for technology and biology started.
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