Veterinary Orthopedic Implants Market By Implant Type (Plates & Screws, Pins & Wires, TPLO & TTA Implants, Joint Replacement Implants); By Animal Type (Canine, Feline, Equine, Livestock & Exotics); By End User (Specialty Hospitals, General Veterinary Clinics, Veterinary Teaching Institutions, Mobile Surgical Units); By Geography, Segment Revenue Estimation, Forecast, 2024–2030

Introduction And Strategic Context

The Global Veterinary Orthopedic Implants Market is projected to grow at a CAGR of 6.9% , reaching a market size of USD 573.4 million by 2030 , up from USD 382.1 million in 2024 , according to Strategic Market Research.

 

This market is part of the broader veterinary surgical ecosystem, but it’s gaining distinct momentum. As pet ownership climbs worldwide — especially in urban centers — so do expectations around quality of care. Owners aren’t just looking for treatment; they’re looking for outcomes that mirror human orthopedic surgery. That shift is redefining what’s commercially viable in animal health.

 

Orthopedic implants in veterinary medicine are primarily used to treat fractures, joint instabilities, and congenital deformities in companion animals — especially dogs and cats. Larger applications are also emerging in equine and livestock medicine, though at a more conservative pace. The types of implants range from bone plates, screws, intramedullary nails, and arthrodesis systems, to more advanced TPLO plates and locking screw constructs used in complex joint repairs.

 

Several forces are converging to boost demand. The biggest? A rise in elective orthopedic procedures in companion animals. Ten years ago, few pet owners would opt for costly surgeries for a torn cruciate ligament. Today, that’s changing. With pet insurance coverage expanding, especially in North America and parts of Europe, high-value surgeries are becoming more accessible. And in developing markets like India and Brazil, premium pet care clinics are pushing implants as part of standard surgical protocols — not niche offerings.

 

Technology is also a catalyst. Implants are now being designed using 3D CAD modeling , precision-machined titanium, and biocompatible coatings — much of it modeled after human implants. That’s making surgeries faster, outcomes more consistent, and complication rates lower. In fact, some leading OEMs are already prototyping 3D-printed custom implants based on animal CT scans — a high-margin, high-tech segment still in its early stages.

 

Then there’s the labor dynamic. More veterinary schools are expanding their surgery departments. Specialized orthopedic training is more common. And this next wave of younger vets? They’re far more comfortable recommending surgical intervention over conservative treatment.

 

Put simply: veterinary orthopedics isn’t just fixing broken bones anymore. It’s part of a much broader shift — from reactive care to high-performance, precision medicine for animals.

 

Key stakeholders in this market include:

• Veterinary orthopedic OEMs

• Companion animal clinics and hospitals

• Academic vet colleges and surgical training programs

• Pet insurance firms

• Distributors and online veterinary product retailers

• Specialist orthopedic veterinary surgeons

 

Market Segmentation And Forecast Scope

The veterinary orthopedic implants market is segmented across four main dimensions: by implant type, by animal type, by end user, and by region. Each axis reflects a different aspect of how orthopedic care is evolving — from the kind of animals being treated to the sophistication of the surgical setting.

By Implant Type

This is the technical core of the market. The most widely used implants include:

• Plates and Screws
  These are standard for fracture repair and corrective osteotomies. Locking plate systems have become the preferred option due to better fixation in both dense and osteoporotic bone.

• Pins and Wires
  Often used in intramedullary fixation or tension-band wiring techniques. Though low-cost, they require high surgical precision and are more common in developing markets.

• Total Joint Replacement Implants
  Used primarily in canine hip and elbow arthroplasty. This is a premium, niche segment — but one with rising demand as large breed dogs age.

• TPLO and TTA Implants
  These are specifically designed for cruciate ligament injuries in dogs. TPLO (Tibial Plateau Leveling Osteotomy) plates and accompanying hardware account for a sizeable portion of orthopedic surgeries in high-income clinics.
   

Among these, TPLO plates and locking screw systems are expected to be the fastest-growing implant sub-segments from 2024 to 2030, driven by clinical outcomes and rising surgeon preference.

 

By Animal Type

This segmentation is closely tied to pet ownership patterns and animal use cases:

• Canine
  Dogs dominate the market by a wide margin. Cruciate ligament repair, hip dysplasia treatment, and trauma surgeries are routine.

• Feline
  Though cats require orthopedic implants less frequently, the rise of indoor pet lifestyles has led to more fractures from high falls — increasing demand for lightweight fixation systems.

• Equine
  Horses require large-scale implants for tendon repairs and long bone fractures. The surgical complexity is high, limiting usage to equine-focused centers .

• Livestock and Exotic Animals
  Still a niche, but implants are used occasionally in zoo animals or breeding livestock with high reproductive or economic value.
   

Canine applications account for over 68% of global implant procedures in 2024, with feline cases slowly growing in high-income urban areas.

 

By End User

The decision to use implants ultimately lies with the vet — and this depends on the clinical setup.

• Veterinary Hospitals and Specialty Clinics
  These facilities have the equipment, surgical staff, and post-op care needed for orthopedic cases. They are the primary buyers of advanced implants.

• General Veterinary Clinics
  May use basic fracture repair kits or refer complex cases to specialists. Increasingly adopting modular implant kits with remote tele-guided support.

• Veterinary Teaching and Academic Institutions
  These centers influence product selection via research and training. Many implant companies partner with them for product testing or certification.

• Mobile Veterinary Surgical Units
  A small but rising segment — especially in rural markets where advanced care is brought to the animal.
   

Specialty clinics are the highest spenders per procedure, while general clinics represent the biggest volume opportunity as implant adoption becomes mainstream.

 

By Region

We’ll explore the geographic breakdown in more detail in Section 5, but here's a high-level view:

• North America leads the market in revenue due to high pet insurance penetration and willingness to spend.

• Europe follows, especially in countries with strong small animal care infrastructure.

• Asia Pacific is the fastest-growing region, particularly in metro cities across China, India, and Southeast Asia.

• Latin America and Middle East & Africa (LAMEA) show moderate growth, supported by expanding veterinary education and private pet hospitals.
   

Scope Note:
While this segmentation seems surgical, it’s becoming increasingly commercial. Vendors now offer bundled solutions — implants, instruments, and surgical guides — customized by animal weight or bone density. That’s moving the market away from standalone hardware and toward procedure-based product ecosystems.

 

Market Trends And Innovation Landscape

Innovation in the veterinary orthopedic implants market is moving fast — not just in the materials and manufacturing processes, but also in how implants are bundled, used, and even reimbursed. What used to be a niche segment of fracture care is quickly becoming a proving ground for advanced, high-margin surgical tools.

Additive Manufacturing and Customization

One of the most visible shifts in recent years is the move toward 3D printing of implants. Some companies are developing custom-fit titanium plates and joint replacements based on CT scans of the animal’s bone structure. While still rare, these solutions are gaining traction in complex trauma cases or in breeds with unique skeletal geometry.

Also, many vendors are using selective laser melting (SLM) and electron beam melting (EBM) technologies to create porous implant surfaces that improve osseointegration — reducing failure rates and improving healing timelines.

For high-end veterinary clinics, especially in North America and Western Europe, these custom implants are fast becoming a differentiator.

 

Smart Instrumentation and Modular Systems

More OEMs are bundling implants with smart surgical instruments — torque-limiting drivers, reusable jigs, and color-coded kits — that simplify complex procedures. In fact, several systems now come with pre-sterilized, single-use kits tailored to specific implant sizes or species, cutting down OR time and reducing inventory costs.

There’s also a push toward modular implant systems . These allow clinics to stock fewer SKUs while covering a wider range of indications. That’s especially useful for general veterinary practices that don’t specialize in orthopedics but want to expand into it without major upfront investment.

 

Digital Planning Tools and AR Guidance

Surgical planning software is starting to enter the veterinary world. Some platforms allow orthopedic surgeons to simulate osteotomies and joint replacement procedures using 3D bone modeling from digital X-rays or CT scans.

Even more advanced? Augmented reality-based training modules. While still in pilot stages, these tools allow younger surgeons to practice complex procedures virtually — before stepping into the operating room.

This isn’t just tech for tech’s sake. In a field where case volumes are low but anatomical variability is high, simulation tools can help standardize outcomes.

 

Biomaterials and Next-Gen Coatings

Biocompatibility is under the spotlight, especially in larger and aging dogs. New generations of implants are being manufactured with:

• Titanium alloys for lower weight and better tissue compatibility

• PEEK (Polyether ether ketone) for non-metallic options with MRI compatibility

• Calcium phosphate or hydroxyapatite coatings to improve bone in-growth

Some companies are also exploring bioabsorbable implants for younger animals, where the implant degrades naturally as the fracture heals — reducing the need for surgical removal.

 

Emergence of TPLO as a Standardized Procedure

TPLO (Tibial Plateau Leveling Osteotomy) has emerged as the go-to technique for cruciate ligament injuries in dogs — a high-frequency condition among active or aging large breeds.

Several implant makers are now offering procedure-specific TPLO kits, which include:

• Pre-contoured plates

• Size-matched locking screws

• TPLO saw guides and measurement tools

This procedure-focused productization is helping general surgeons enter the orthopedic space more confidently — and with fewer complications.

 

Supply Chain and E-Commerce Expansion

Another trend? The rise of direct-to-clinic e-commerce platforms. Veterinary hospitals are increasingly buying orthopedic implants online — often bundled with instruments, anesthesia supplies, and surgical drapes.

In fact, some vendors now offer subscription-based pricing models for their implant kits, allowing predictable monthly spend and restocking support. This is particularly popular among startup specialty clinics.

 

Innovation Snapshot:

• 3D-printed, breed-specific hip implants launched by a U.S.-based OEM in 2023

• AR-assisted surgical training adopted by two European veterinary colleges

• TPLO kits bundled with cloud-based surgical planning tools

• Bioabsorbable screws for juvenile fracture care now in pilot testing

In short: innovation here isn’t about flashy tech. It’s about simplifying workflows, improving recovery, and helping clinics deliver results pet owners can see — and trust.

 

Competitive Intelligence And Benchmarking

The veterinary orthopedic implants market may be smaller than its human counterpart, but it’s just as strategic — and arguably more agile. A handful of players dominate in volume, while a wave of emerging firms are carving out high-margin niches. What sets leaders apart isn’t just product range — it’s how well they adapt to diverse surgical workflows, species-specific needs, and regional pricing realities.

DePuy Synthes (Johnson & Johnson – Veterinary Division)
J&J’s veterinary arm has translated decades of human orthopedic expertise into a specialized animal health portfolio. Their locking plate systems and TPLO kits are widely used in high-end clinics across the U.S. and Europe. The company leverages its global scale to offer advanced materials, including titanium and PEEK-based options.

What makes them competitive? They provide not just hardware, but full surgical planning ecosystems — including planning software, saw guides, and post-op rehab tools.

 

Veterinary Orthopedic Implants (VOI)
VOI is one of the most recognized dedicated players in this space. They focus exclusively on veterinary applications — no human crossover — and it shows in their product depth. VOI offers everything from basic cortical screws to miniature implants for small-breed dogs and cats.

Their edge? A strong reputation for education and surgeon support. They host workshops, online modules, and even on-site training, helping clinics build internal surgical capabilities.

 

BioMedtrix (An Elanco Company)
BioMedtrix specializes in hip and joint replacement systems, with a focus on large and geriatric dogs. Their Universal Hip System is one of the few modular options designed specifically for canines.

They are also investing in custom implant prototyping, often in partnership with university veterinary programs.

Insight: BioMedtrix isn’t competing on volume — it’s betting on complexity. High-value cases, longer surgeries, and better margins.

 

OrthoPets
This company focuses on animal prosthetics and custom orthopedic devices, often used in post-traumatic cases or congenital limb deformities. While smaller in scale, OrthoPets is expanding rapidly through referral networks and partnerships with veterinary rehab centers .

Their core market includes custom stifle braces, limb prostheses, and patient-specific plates — often delivered after 3D scanning.

They're also one of the few players blending orthopedic care with long-term rehabilitation, a niche with growing appeal.

 

Securos Surgical (A Covetrus Brand)
Securos targets the mid-tier market — general veterinary clinics that are adding orthopedic services. Their systems prioritize ease-of-use: pre-contoured plates, color-coded screws, and modular kits that reduce inventory complexity.

They’ve also grown through distributor bundling, offering implants alongside surgical tools, consumables, and anesthesia supplies.

Their big strength? Reach. Through Covetrus , Securos products are accessible across North America, Europe, and parts of Asia via integrated veterinary supply chains.

 

Kyon Veterinary Surgical Products
A Switzerland-based company known for locking plate systems, advanced joint replacements, and arthrodesis implants. Kyon works closely with academic partners to push innovation in minimally invasive orthopedic surgery.

They also offer titanium implants with patented anodized surfaces, aimed at improving integration and reducing rejection.

They’re not aiming for volume — they’re focused on being the go-to brand for precision orthopedic specialists.

 

Competitive Snapshot:

Company	Strategic Focus	Global Reach	Key Differentiator
DePuy Synthes	Human-grade implants adapted for veterinary	Global	End-to-end systems & premium materials
VOI	Full-spectrum veterinary implants	U.S., Europe	Training & surgeon enablement
BioMedtrix	Hip/Joint replacements for complex cases	North America	Modularity & customization
OrthoPets	Prosthetics & custom devices	Global	Rehab integration
Securos Surgical	General vet clinics, all-in-one kits	Broad (via Covetrus )	Distribution reach & simplicity
Kyon	Advanced orthopedic specialists	Niche (Europe/U.S.)	Swiss-made precision & coatings

 

Key Takeaways:

• VOI and Securos are winning the volume game, especially in mainstream veterinary clinics.

• DePuy Synthes and Kyon dominate in advanced procedures and premium care settings.

• OrthoPets and BioMedtrix are betting on personalization — where margins are higher and competition is lower.

Bottom line: this market isn’t about flashy marketing. It’s about trust, training, and surgical outcomes. Brands that make a surgeon’s job easier — or more successful — will keep winning.

 

Regional Landscape And Adoption Outlook

Regional adoption of veterinary orthopedic implants varies widely — not just based on economic capacity, but also on how cultures value animal care, how insurance systems are structured, and whether there's access to trained veterinary surgeons. The global market doesn’t move in sync. Some countries are in the “custom-implant” era, while others are just starting to stock locking plate kits.

Let’s break it down.

North America

Still the largest and most mature market for veterinary orthopedic implants. Companion animal spending is high — and rising. In the U.S., orthopedic surgery for pets is increasingly normalized, with TPLO, total hip replacements, and fracture repairs now common in suburban vet hospitals.

Why it leads:

• High pet insurance penetration, especially among millennials

• Growing number of board-certified veterinary surgeons

• Access to 3D imaging, surgical planning software, and custom implants

• Willingness of pet owners to finance elective or high-cost procedures

There’s also a rise in multi-clinic corporate chains (like VCA and Banfield), many of which are adding in-house surgical capacity. This is pushing demand for bundled implant systems that integrate easily into their clinical workflows.

 

Europe

Europe follows closely, though the picture varies by country.

• Germany, France, and the UK are strongholds, with large companion animal populations and sophisticated vet care networks.

• Scandinavia is leaning toward sustainability — preferring reusable instrumentation and minimally invasive systems.

• Eastern Europe is still early-stage, with many clinics relying on generic or reprocessed implants.

There’s also a distinct regulatory layer in the EU, with some markets requiring CE-marked veterinary implants — which slows adoption of newer systems but enhances product safety and consistency.

Europe’s edge lies in surgical education. Several top-tier veterinary schools here are training the next wave of orthopedic specialists.

 

Asia Pacific

This is the fastest-growing region in terms of veterinary orthopedic procedures. The key drivers?

• Explosive urban pet ownership growth, especially in cities like Shanghai, Seoul, Bangalore, and Jakarta.

• Expansion of high-end vet clinics in India, China, and Southeast Asia.

• More Western-trained vets returning to practice in home markets.

China, in particular, is seeing a rapid rise in premium pet care spending. While not yet a volume market for custom implants, there’s high interest in modular plate systems and portable surgical kits.

Japan and South Korea stand out for their aging pet population — fueling demand for hip, elbow, and stifle interventions.

That said, adoption is highly uneven. Outside of Tier 1 cities, most clinics lack access to proper imaging, anesthesia , or post-op rehab support. This opens opportunities for mobile surgical units, tele-surgery guidance platforms, and low-inventory implant kits.

 

Latin America

The region is on the upswing, especially in Brazil, Mexico, and Argentina. These countries are seeing:

• Rising middle-class pet ownership

• A growing network of urban specialty clinics

• A shift from external fixators to internal fixation systems for fracture care

However, the orthopedic segment is still a niche — limited by low insurance coverage and high cost of imported implants. To adapt, several local distributors have begun white- labeling generic implants, offering a low-cost entry point for general practitioners.

In countries like Chile or Colombia, the public sector plays little role — meaning that implant adoption is almost entirely private-market driven.

 

Middle East & Africa (MEA)

A highly diverse region with pockets of growth.

• UAE and Saudi Arabia are investing in luxury pet hospitals, many of which import advanced surgical tools.

• South Africa has a surprisingly strong veterinary education ecosystem, and some regional players are manufacturing orthopedic kits for export to neighboring countries.

But elsewhere across the continent, adoption is low. Most pet orthopedic care here is limited to external splints or conservative treatment.

Still, there’s growing interest in NGO-supported animal rehab centers using donated implants or recycled kits — an untapped frontier for impact-driven OEMs.

 

Regional Highlights Table:

Region	Market Maturity	Growth Drivers	Barriers to Adoption
North America	Highly mature	Insurance, surgical talent, owner willingness	Rising cost of care, high equipment prices
Europe	Moderately mature	Skilled vets, regulatory standards	Cost controls, uneven eastern access
Asia Pacific	Fastest-growing	Urbanization, vet clinic expansion	Rural access, low insurance penetration
Latin America	Emerging	Urban pet care boom, local distribution	Import tariffs, affordability challenges
MEA	Nascent (except GCC)	Luxury care in UAE/KSA, education in S. Africa	Infrastructure gaps, low surgical access

 

End-User Dynamics And Use Case

In the veterinary orthopedic implants market, end users aren’t just clinics — they’re surgical ecosystems. Each type of provider has a different threshold for what they can perform, what they can afford, and what their clients expect. Whether it’s a referral hospital placing 3D-printed hip replacements, or a general practice doing its first TPLO, the market moves at the pace of the surgeon’s comfort and the owner’s conviction.

1. Specialty Veterinary Hospitals and Surgical Centers

These are the power users of orthopedic implants. They house board-certified surgeons, advanced imaging (CT, fluoroscopy), and the full infrastructure for pre-op, intra-op, and post-op care.

Procedures performed include:

• TPLO and TTA for cruciate ligament injuries

• Total hip replacements

• Fracture repairs using locking plates and intramedullary nails

• Arthrodesis and corrective osteotomies

These facilities often use custom-fit or high-spec implants, and some have collaborations with OEMs to trial next-gen systems. They also influence broader adoption trends through publishing outcomes data and participating in training programs.

These centers drive innovation — but their volume is limited to high-complexity cases and high-income clients.

 

2. General Veterinary Clinics

This is where most of the growth volume is coming from. General practices are increasingly moving beyond wellness and dermatology into basic orthopedics — especially fracture management and early intervention for joint instability.

Typical capabilities include:

• Pre-contoured plating systems

• Non-locking screws and tension band wiring

• TPLO or lateral suture procedures (via training)

The key challenge? Skill variability. Not all general vets are trained in orthopedic procedures, and many lack access to intra-op imaging or experienced surgical teams.

That’s why vendors are increasingly offering pre-assembled implant kits, teleconsultation support, and modular learning modules to help these clinics level up.

Think of this group as the middle lane — not driving innovation, but scaling it.

 

3. Veterinary Teaching Institutions

University-affiliated vet hospitals serve two functions:

• Train the next generation of orthopedic surgeons

• Partner with implant OEMs to test, validate, and co-develop systems

Many schools now include hands-on cadaveric implant labs as part of their surgical curriculum. These programs influence long-term loyalty — the brand a surgeon trains on is often the brand they continue using in practice.

Some institutions are also running case registries and longitudinal outcome tracking for advanced procedures like canine total hip arthroplasty — giving vendors critical real-world data.

 

4. Mobile Surgical Units and On-Call Orthopedic Specialists

In underserved or rural areas, mobile surgeons often operate out of general clinics — bringing in tools, implants, and sometimes staff. They typically stock modular, portable implant systems, often sourced from cost-effective vendors.

This model is gaining traction in:

• Rural parts of North America and Australia

• Urban Asia where surgical specialists operate across multiple sites

• Emerging markets where investment in full surgical centers is still limited

These users demand compact kits, compatibility across cases, and fast turnaround times — making them a prime audience for bundled solutions.

 

Use Case Highlight:

A multi-site veterinary chain in South Korea noticed a pattern — high post-op complication rates in lateral suture surgeries for cranial cruciate ligament injuries. After consultation with a surgical training provider, the chain invested in standardized TPLO kits across all its metro clinics.

The transition included:

• TPLO saw guides and locking plate systems

• A cloud-based planning app

• On-site training sessions over six weeks

Within one year, complication rates dropped by 45%, and client satisfaction scores rose by 30%. More importantly, the clinics gained confidence to handle orthopedic cases in-house — boosting surgical revenues and reducing referrals.

 

End-User Snapshot:

End User Type	Role in Market	Needs	Trend
Specialty Hospitals	High-complexity procedures	Customization, surgical precision	Steady
General Clinics	Moderate-complexity cases	Simplicity, training, bundled kits	Growing
Teaching Institutions	R&D and surgeon pipeline	Training implants, outcome tracking	Foundational
Mobile Units	Decentralized surgeries	Portability, speed, wide compatibility	Expanding

At the end of the day, this market scales on one thing: surgeon confidence. And the most successful vendors are those who support the entire surgical journey — not just sell hardware.

 

Recent Developments + Opportunities & Restraints

Recent Developments (Last 2 Years)

• BioMedtrix , an Elanco company, unveiled its next-gen modular canine hip replacement system in 2023, with improved femoral head options for large breeds.

• VOI (Veterinary Orthopedic Implants) introduced pre-contoured titanium TPLO plates with integrated measurement markings in 2024, streamlining intraoperative time by 15%.

• Kyon partnered with the University of Zurich in 2023 to pilot anodized titanium implants designed for faster osseointegration in small dogs and cats.

• DePuy Synthes launched a cloud-based orthopedic planning tool in mid-2024, tailored for veterinary surgeons performing complex reconstructions.

• Securos Surgical ( Covetrus ) expanded its global reach by setting up distribution hubs in Southeast Asia and Latin America to cater to high-growth emerging markets.

 

Opportunities

• Mainstream TPLO Standardization
  Adoption of TPLO kits across general practices opens the door for vendors to bundle implants, guides, and training as one unified product — driving loyalty and revenue per clinic.

• Surge in Emerging Market Orthopedics
  Countries like India, Brazil, and Indonesia are seeing fast growth in premium pet care. Affordable, modular implant systems tailored to these markets could capture major share.

• Rise of 3D-Printed Custom Implants
  In advanced markets, demand for breed-specific or deformity-corrective implants is growing. Vendors offering 3D prototyping and CT-to-implant pipelines stand to win big.

 

Restraints

• High Capital Cost for Smaller Clinics
  Advanced implant systems — especially locking plates and joint replacements — remain expensive, making them inaccessible for general clinics without external financing or volume discounts.

• Surgical Skill Gap in Mid-Tier Markets
  Many veterinarians are still under-trained in orthopedic techniques. Without adequate onboarding and support, even excellent implants may see poor outcomes — leading to hesitation in adoption.
   

To be honest, the demand is there. What’s missing in most markets is frictionless delivery — in training, tools, and trust. That’s where the opportunity lies.
 

7.1. Report Coverage Table

Report Attribute	Details
Forecast Period	2024 – 2030
Market Size Value in 2024	USD 382.1 Million
Revenue Forecast in 2030	USD 573.4 Million
Overall Growth Rate	CAGR of 6.9% (2024 – 2030)
Base Year for Estimation	2024
Historical Data	2019 – 2023
Unit	USD Million, CAGR (2024 – 2030)
Segmentation	By Implant Type, Animal Type, End User, Geography
By Implant Type	Plates & Screws, Pins & Wires, TPLO & TTA Implants, Joint Replacement Implants
By Animal Type	Canine, Feline, Equine, Livestock & Exotics
By End User	Specialty Hospitals, General Veterinary Clinics, Veterinary Teaching Institutions, Mobile Surgical Units
By Region	North America, Europe, Asia-Pacific, Latin America, Middle East & Africa
Country Scope	U.S., UK, Germany, China, India, Japan, Brazil, South Korea, UAE, South Africa
Market Drivers	- Rising pet insurance and owner willingness to invest in orthopedic care - Expansion of vet surgical capabilities in general clinics - Product innovation in TPLO and modular implant systems
Customization Option	Available upon request