COURSE
Pre-Registrations
Register Your Interest for Exclusive Hands-On Orthopedic Workshops
Australia & New Zealand
We are planning to bring three advanced hands-on workshops to Australia & New Zealand, covering some of today's most innovative techniques in small animal orthopaedics.
As dates are currently being planned, we invite you to pre-register your interest today. By doing so, you'll receive priority updates, be among the first to know when registrations open, and help us determine the most suitable timing for these events.
Pre-registration is completely non-binding and free of charge.
WORKSHOPS Coming soon
to Australia & New Zealand
ADVANCED Spinal Surgery
with C-LOX, LeiPED Pedicle Screw System, and LeiCAGE Intervertebral Cages
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Brief Description
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Details
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Agenda
Description
Advance your expertise in the diagnosis and surgical treatment of complex spinal disorders in dogs and cats through a combination of expert lectures and hands-on practical training.
This workshop covers the diagnosis, imaging, surgical planning, and stabilization of the cervical, thoracolumbar, and lumbosacral spine. Participants will gain practical experience with the C-LOX Cervical Fusion Spacer, LeiPED Pedicle Screw System, and LeiCAGE Intervertebral Titanium Cages, while learning modern techniques for managing conditions such as Wobbler Syndrome, Degenerative Lumbosacral Stenosis (DLSS), and spinal fractures.
Who Should Attend?
Ideal for veterinarians with a solid foundation in orthopaedic surgery who wish to begin performing spinal procedures or further refine their skills using advanced spinal implant systems.
Designed for veterinarians seeking to expand their expertise in spinal surgery, this workshop combines evidence-based lectures, clinical case discussions, and practical hands-on training to provide a comprehensive understanding of the diagnosis and surgical management of complex spinal disorders in dogs and cats.
The curriculum explores the anatomy, biomechanics, pathology, and advanced imaging of the cervical, thoracolumbar, and lumbosacral spine. Participants will learn how to evaluate patients, interpret diagnostic imaging, determine appropriate surgical indications, and develop effective treatment strategies for a variety of spinal conditions.
Special focus is placed on the diagnosis and treatment of Caudal Cervical Spondylomyelopathy (Wobbler Syndrome), Degenerative Lumbosacral Stenosis (DLSS), spinal fractures, and other disorders requiring surgical stabilization.
The workshop introduces participants to RITA LEIBINGER MEDICAL's advanced spinal implant systems, including the C-LOX Cervical Fusion Spacer, LeiPED Pedicle Screw System, and LeiCAGE Intervertebral Titanium Cages. Expert faculty will discuss implant design, indications, instrumentation, and surgical techniques, demonstrating how each system is applied to achieve stable fixation, restore spinal alignment and disc height where indicated, and promote successful long-term fusion.
During the practical sessions, participants will gain hands-on experience with the instrumentation and implant systems using dedicated spine models under expert guidance. Emphasis is placed on implant positioning, pedicle screw placement, surgical workflow, and techniques that improve precision, efficiency, and clinical outcomes.
- Surgical anatomy and biomechanics of the cervical, thoracolumbar, and lumbosacral spine
- Diagnostic imaging and surgical decision-making
- Indications and treatment strategies for Wobbler Syndrome, DLSS, spinal fractures, and related spinal disorders
- Principles of cervical fusion, pedicle screw fixation, and intervertebral fusion
- Implant selection and surgical planning using the C-LOX, LeiPED, and LeiCAGE systems
- Instrumentation, implant placement, and surgical techniques
- Practical hands-on training with expert guidance
- Clinical case discussions, tips, and complication management
9:00 | Welcome & registration |
9:30 | Caudal Cervical Spondylomyelopathy |
10:00 | Diagnostic Imaging of the cervical spine |
10:30 | Coffee break |
10:50 | C-LOX: Implants, instruments, surgical planning, and applciation technique |
12:00 | Lunch break |
13:00 | Hands-on Wet Lab |
15:30 | Coffee Break |
15:45 to 16:15 | Final Discussion, Questions |
8:30 | Spinal Diseases in Dogs and Cats: Imaging and indications for stabilization |
9:30 | Coffee break |
9:45 | Low Back Pain and Degenerative Lumbosacral Stenosis (DLSS); Introduction to Pedicle Screws Indications and use in spinal diseases (Fractures and DLSS); Introduction to the LeiPED Pedicle Screw System and LeiCAGE Intervertebral Cages: Technical Details and Instruments |
12:00 | Lunch break |
13:00 to 16:30 | Dry Lab / Wet Lab Hands-on workshop with the LeiPED Pedicle Screw System and LeiCAGE Intervertebral Cages on spne models |
SHELF ARTHROPLASTY OF DORSAL ACETABULAR RIM
with 3D-Printed Personalized Titanium Implant (3D HIP) for Young Dogs with Hip Dysplasia
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Brief Description
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Details
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Agenda
Description
Discover an innovative, joint-preserving solution for the treatment of hip dysplasia in young dogs using the 3D HIP patient-specific titanium implant. By precisely extending the dorsal acetabular rim, it improves femoral head coverage while avoiding the invasiveness of corrective pelvic osteotomies in appropriately selected patients, offering a modern, minimally invasive treatment option with rapid recovery and excellent clinical outcomes.
This workshop combines expert lectures with hands-on practical training, guiding participants through patient selection, pre-operative planning, surgical technique, and the complete 3D HIP workflow - from diagnostic imaging to implant placement.
Who Should Attend?
Ideal for veterinary surgeons with an interest in hip preservation surgery who wish to expand their expertise in the treatment of canine hip dysplasia using patient-specific 3D-printed implants.
- Principles of shelf arthroplasty for the treatment of hip dysplasia
- Patient selection and inclusion criteria for 3D HIP
- Pre-operative planning and imaging assessment
- The complete 3D HIP workflow, from patient evaluation to implant fabrication
- Surgical anatomy and approach to the hip
- Implant positioning and fixation techniques
- Use of intra-operative fluoroscopy for accurate implant placement
- Clinical outcomes, complication management, and case discussions
- Practical hands-on training using dedicated instrumentation and implants
Designed for veterinarians looking to expand their expertise in the treatment of hip dysplasia, this workshop provides comprehensive training in Shelf Arthroplasty of the Dorsal Acetabular Rim using the patient-specific 3D HIP Titanium Implant. Combining expert lectures, clinical case discussions, and hands-on practical sessions, participants will gain the knowledge and confidence to incorporate this innovative joint-preserving procedure into their clinical practice.
The course explores the principles of shelf arthroplasty and the role of patient-specific 3D-printed titanium implants in the treatment of young patients with hip laxity and hip dysplasia. Participants will learn how to identify suitable candidates, understand the strict inclusion criteria for successful outcomes, interpret pre-operative imaging, and navigate the complete 3D HIP workflow - from patient selection and surgical planning to implant design, manufacturing, and implantation.
Special emphasis is placed on surgical anatomy, implant positioning, and operative technique, including the use of intra-operative fluoroscopy to ensure accurate placement of the implant. Practical dry and wet lab sessions provide valuable hands-on experience, allowing participants to become familiar with the instrumentation, surgical approach, and workflow under expert guidance.
Participants will also review clinical outcomes, discuss potential pitfalls and complications, and learn how 3D HIP compares with conventional procedures such as Double and Triple Pelvic Osteotomy (DPO/TPO). The workshop highlights the advantages of this minimally invasive, patient-specific solution, including rapid recovery, the possibility of bilateral treatment in a single surgical session, and preservation of the native hip joint.
9:00 | Registration Welcome and Introduction |
9:40 | History of shelf arthroplasty for hip dysplasia |
11:00 | Break |
11:30 | Hip dysplasia and hip laxity |
12:30 | Lunch |
13:30 | Surgical anatomy hip joint for 3D HIP |
15:00 | Break |
15:30 | Dry Lab |
17:00 to 17:30 | Wrap up, Questions |
9:00 | Results and outcome of the 3D HIP |
10:00 | Break |
10:15 | Hands-on Wet Lab |
13:00 to 14:00 | Sandwiches Questions and Feedback Adjourn |
FRACTURE MANAGEMENT
Dogs • Cats • Birds of Prey • Exotic Animals
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Brief Description
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Details
Description
Master modern fracture fixation techniques for the most challenging patients. This hands-on workshop combines expert lectures, clinical case discussions, and practical wet lab training to provide a comprehensive understanding of fracture management in toy breeds, cats, birds of prey, and other exotic animals.
Participants will learn modern AO principles, biological osteosynthesis, surgical planning, and advanced locking plate fixation while gaining practical experience with the LeiLOX Titanium Locking Plate Systems.
The workshop features the LeiLOX Nano 1.0/1.3 System, comprising 24 anatomically designed titanium locking plates developed specifically for the smallest patients - including toy breeds, birds of prey, rabbits, and other exotic species - and the highly versatile LeiLOX Micro 1.5/2.0 System, offering 62 different plate designs for both routine and highly complex fracture repair. Together, with 86 titanium locking plate options, these systems provide exceptional versatility, enabling stable fixation across an extensive range of fracture configurations and anatomical locations while addressing the unique challenges of the smallest and most delicate patients.
Who Should Attend?
Ideal for veterinarians looking to expand or refine their orthopaedic surgery skills, from those beginning their fracture surgery journey to experienced surgeons seeking greater confidence in treating challenging fractures in small and exotic patients.
- AO principles of fracture healing and biological osteosynthesis
- Surgical planning and implant selection for small and delicate patients
- Fracture management in toy breeds, cats, exotic species and other small animals
- Treatment of humeral, radial, ulnar, femoral, tibial, pelvic, and tarsal fractures
- Management of Salter-Harris fractures, open fractures, and bridging osteosynthesis
- Application of the LeiLOX Nano 1.0/1.3 and LeiLOX Micro 1.5/2.0 Titanium Locking Plate Systems
- Plate positioning, screw placement, and biological fixation techniques
- Practical wet lab training with expert guidance
- Clinical case discussions, complication avoidance, and surgical pearls for everyday practice
Fracture repair in toy breeds, cats, birds of prey, and exotic animals requires exceptional precision. Delicate anatomy, limited surgical exposure, and fragile bone structures demand meticulous surgical planning, advanced fixation techniques, and implant systems specifically designed for the smallest patients.
This workshop provides comprehensive training in the diagnosis, planning, and surgical management of fractures using modern AO principles and biological osteosynthesis. Through a combination of expert lectures, interactive case discussions, and extensive hands-on wet lab training, participants will develop the knowledge and practical skills needed to confidently manage both routine and complex fractures in small companion animals and exotic species.
The curriculum covers fracture management of the humerus, radius and ulna, femur, tibia and fibula, pelvis, tarsus, and other commonly encountered anatomical regions. Participants will explore treatment strategies for a wide variety of fracture configurations, including Salter-Harris fractures, open fractures, bridging osteosynthesis, and complex reconstructive procedures, while learning a structured approach to pre-operative planning and surgical decision-making.
Hands-on practical sessions focus on the application of the LeiLOX Nano 1.0/1.3 and LeiLOX Micro 1.5/2.0 Titanium Locking Plate Systems. Participants will gain practical experience in implant selection, plate positioning, screw placement, and fixation strategies across a range of anatomical locations. Special emphasis is placed on techniques that improve precision, preserve biology, and achieve stable fixation in the smallest patients - including toy breeds, birds of prey, rabbits, and other exotic species.
Throughout the workshop, expert faculty will share practical surgical tips, discuss common pitfalls and complications, and demonstrate strategies that can be immediately applied in clinical practice to improve confidence, efficiency, and clinical outcomes.