LimesVet

LimesVet 3D Technology for Vets

LimesVet - 3D Technology for Vets

The aim of LimesVet is to implement the most advanced technologies in the current veterinary practice and take a novel level in both digital and physical visualization. These include professional:
- data visualization
- 3D-modelling
- 3D printing
- bioengineering of implants and surgical aids

We are proud that we can work together with veterinarians, physiotherapists & engineers who are proven to work with high quality standards in their fields!

🔗 LimesVet x WIMBA – Professional collaboration for mobilityLimesVet believes in the full orthopedic pathway — from prec...
07/03/2026

🔗 LimesVet x WIMBA – Professional collaboration for mobility

LimesVet believes in the full orthopedic pathway — from precise 3D planning to rehabilitation.

Through the WIMBA Vet Care+ program,
a 40% discount** is now available on 3D-printed orthoses and prosthetics
for veterinarians’ own pets on their first order.

Innovation.
Precision.
Real professional support.

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🔗 LimesVet x WIMBA – ProfesszionĂĄlis egyĂŒttmƱködĂ©s a mobilitĂĄsĂ©rt

A LimesVet hisz a teljes ortopĂ©diai folyamatban — a precĂ­z 3D tervezĂ©stƑl egĂ©szen a rehabilitĂĄciĂłig.

A WIMBA Vet Care+ programon keresztĂŒl
most 40% kedvezmĂ©ny Ă©rhetƑ el a 3D nyomtatott ortĂ©zisekre Ă©s protĂ©zisekre,
ĂĄllatorvosok sajĂĄt kedvencei szĂĄmĂĄra az elsƑ rendelĂ©snĂ©l.

InnovĂĄciĂł.
PrecizitĂĄs.
ValĂłdi szakmai tĂĄmogatĂĄs.

We’re proud to share that we have entered into a strategic partnership with Michael Graham in the UK. 🇬🇧As Michael beaut...
01/03/2026

We’re proud to share that we have entered into a strategic partnership with Michael Graham in the UK. 🇬🇧
As Michael beautifully put it:
“True innovation in veterinary medicine isn’t about technology for technology’s sake. It’s about raising clinical standards, improving surgical precision and delivering better, safer outcomes for patients and veterinary professionals.”
This is exactly what drives us at LimesVet.
Together, we are bringing advanced, patient-specific 3D surgical solutions to the UK veterinary market — including custom implants, precision surgical guides, anatomical models and digital surgical planning.
Our shared mission is clear:
✔ Raise clinical standards
✔ Increase surgical precision
✔ Deliver safer, more predictable outcomes
The future of veterinary surgery is personalised, data-driven and collaborative — and we are excited to shape that future together.
Thank you, Michael, for your trust and partnership. We’re just getting started.

🔎 LimesVet Knowledge Base – When Do We Use PERSIC?PERSIC is a surgical guide system designed for spinal procedures, used...
23/02/2026

🔎 LimesVet Knowledge Base – When Do We Use PERSIC?
PERSIC is a surgical guide system designed for spinal procedures, used in cases where surgical precision is crucial.
The custom-designed, 3D-printed guides help determine the exact entry point, direction, and depth of each drill — making spinal surgeries safer and more predictable.
Because each region of the spine has distinct anatomical characteristics, the PERSIC system is structured so that a dedicated guide is created for every segment:
🟩 PERSIC-C – for the cervical (neck) region
🟩 PERSIC-T – for the thoracic (upper back) region
🟩 PERSIC-L – for the lumbar (lower back) region
🟩 PERSIC-S – for the sacral (pelvic) region
This level of customization enables surgeons to work with the highest possible accuracy across all spinal regions, ensuring the safest surgical outcome.
More information: https://limesvet.com/en/blog/the-revolution-of-surgical-guides-3-case-studies-worth-reading/

🌙 LIMESVET Curiosity Series — Part 3Do animals dream?Pet parents often ask: when a dog “runs” in its sleep or a cat quie...
15/02/2026

🌙 LIMESVET Curiosity Series — Part 3
Do animals dream?
Pet parents often ask: when a dog “runs” in its sleep or a cat quietly meows during a nap
 are they dreaming?
🔬 The answer: yes.
Multiple studies have shown that the sleep cycle of mammals is very similar to that of humans.
The classic REM sleep research conducted by Michel Jouvet in the 1960s was the first to demonstrate dream-like activity in cats during the REM phase.
Later, neuroscientific studies by Matthew Wilson and Kenway Louie (MIT, 2001) showed that dogs and rodents replay their daytime experiences during sleep — providing clear evidence of the neural basis of dreaming.
đŸ¶ What might they dream about?
Most likely their daily experiences: play, running, learned tasks, interactions with their owners.
🧠 Why does this matter?
Dreaming plays an important role in learning and neurological regeneration, meaning that good sleep quality contributes to overall health and wellbeing in animals.

Source: https://www.nationalgeographic.com/animals/article/animals-dream-too-heres-what-we-know

13/02/2026

We are proud to have contributed as a partner to the success of a particularly complex cranial surgical case. đŸŸ
Following our latest post about a special case study from Vetmeduni Vienna, we would like to provide further insight behind the surgery.

In the treatment of a multilobular osteochondrosarcoma (MLO) diagnosed in a 6-year-old Australian Shepherd, we supported the surgical team with patient-specific 3D planning, a custom cutting guide, and a special medical grade-23 titanium implant. As highlighted in the article, “3D visualization enabled the identification and preservation of critical anatomical structures,” and the anatomically fitted reconstruction played a key role in restoring the natural skull shape.

The goal of the surgery was complete tumor resection followed by immediate, personalized reconstruction. According to the postoperative results, no complications occurred, and the follow-up CT scan showed no residual tumor or metastasis.

For us, this case once again confirms that 3D planning and patient-specific implants provide real added value in veterinary surgery - greater precision, safer procedures, and improved quality of life for patients. ✹

An innovative international collaboration where technology and veterinary expertise meet. đŸŸThe joint work of LimesVet an...
09/02/2026

An innovative international collaboration where technology and veterinary expertise meet. đŸŸ
The joint work of LimesVet and Vetmeduni Vienna aims to elevate the possibilities of veterinary medicine to a new level through 3D planning and patient-specific implants. Precision, safety, and tailor-made solutions — for faster recovery and a better quality of life for four-legged patients. Thank you to all participants, and especially to Dr.med.vet. Martin Immler, Dr.med.vet. Gabriele Gradner

04/02/2026

We are proud to see the LimesVet brand identity — created by — featured at the Vigadó design exhibition.
For us, this is more than a visual appearance — it is a reflection of a mindset where precision, innovation, and dedication to veterinary medicine meet.

We believe a brand is not only a logo or a color palette, but a message to the professional community:
quality, professional integrity, and forward-thinking vision.

TROCA 56: When severe patellar luxation requires precision — and planning makes all the differenceA mongrel dog was pres...
01/02/2026

TROCA 56: When severe patellar luxation requires precision — and planning makes all the difference
A mongrel dog was presented with grade IV medial patellar luxation in the left hind limb along with torsial limb deformity, a severe condition causing significant lameness, instability, and pain. In this case, correcting the trochlear groove alone was not enough - the femur and the tibia also required corrective alignment to restore proper joint mechanics.

To support the surgeon in this complex procedure, LimesVet was asked to deliver a solution that combined accurate correction with reliable implant placement.

Using advanced 3D planning and patient-specific design, we created and 3D printed a custom surgical guide. This guide enabled precise femoral angular correction and helped define the exact positioning of the TROCA patellar groove prosthesis during surgery. In combination with the guide, the veterinarian used the TROCA 56 implant to restore proper trochlear surface and patellar route, and afterwards corrected the placement of the tibial tuberosity.

A key advantage of the TROCA system is that it does not require trochlear osteotomy of the patellar groove, while still fully matching the patient’s individual anatomy, and adjusting proper trochlear ridge heights. This allows for a less invasive approach, precise fit, and predictable biomechanical alignment.

This integrated solution reduced intraoperative uncertainty, increased surgical confidence, and resulted in a more stable stifle joint and a smoother recovery for the patient.

Cases like this demonstrate how personalized 3D-printed surgical guides combined with anatomy-matching implant systems can elevate complex orthopedic procedures - delivering greater safety for the veterinarian and better outcomes for the patient.

đŸ©ș Simple support for wound healingWimba Wound Care 3D-printed protective spacers help protect wounds and sutures from pr...
28/01/2026

đŸ©ș Simple support for wound healing

Wimba Wound Care 3D-printed protective spacers help protect wounds and sutures from pressure, friction, and accidental trauma — all while being used over standard dressings, without adding unnecessary complexity.

✔ Lightweight and comfortable
✔ Breathable and hygienic
✔ Easy to integrate into daily clinical routines

A small solution. A real difference in healing.

LIMESVET Curiosity Series — Part 2Have you ever noticed your dog “catch” another dog’s mood?That’s not just imagination....
26/01/2026

LIMESVET Curiosity Series — Part 2
Have you ever noticed your dog “catch” another dog’s mood?

That’s not just imagination. 🔬
Science suggests dogs can experience emotional contagion — a basic form of empathy where one individual’s emotional state shifts in response to another’s signals.

In a study, dogs listened to emotional sounds from other dogs and humans (and also neutral, non-emotional sounds). Dogs reacted differently to emotional vs. non-emotional audio — and negative emotional sounds triggered more alertness/arousal than positive ones.

In other words: dogs can be affected by distressed sounds from others — they may “tune in” emotionally, even if they don’t fully understand why.

💬 Comment below:
Have you ever seen your dog change behavior when another pet is upset (whining, yelping, crying sounds)?
What did they do — got closer, froze, paced, stared, followed you?

Source:
https://pmc.ncbi.nlm.nih.gov/articles/PMC5486498/

Team Spotlight – Lexa’s ThoughtsEach member of our team comes from a different background and carries unique motivations...
21/01/2026

Team Spotlight – Lexa’s Thoughts
Each member of our team comes from a different background and carries unique motivations, yet we all share one common goal: to create real value in the world of veterinary innovation.
This is why it means so much to us when a colleague expresses so honestly what our work together represents to them.
As Lexa says:
“Working at LimesVet is an exceptional opportunity for me. I always aimed to find a job that would allow me to work in the fields I am interested in (design and 3D modeling) while continuing to improve my skills and develop my knowledge. This role provides ongoing learning opportunities and the assurance that my work supports the wellbeing of animals.”
Her words reflect the values that matter most to us: continuous growth, creativity, and the knowledge that our daily work truly impacts the lives of animals and the veterinarians who care for them.
Thank you, Lexa, for being part of this journey with us! 💙

When chronic knee pain limits movement — and an anatomy-matched solution makes the differenceA Bolognese dog was present...
18/01/2026

When chronic knee pain limits movement — and an anatomy-matched solution makes the difference
A Bolognese dog was presented with persistent lameness caused by gonarthrosis in the left hind limb. Degenerative changes in the knee joint led to pain, reduced mobility, and compromised joint function, significantly affecting the dog’s quality of life.

In cases like this, conventional treatment options may not provide sufficient long-term relief. That’s when the veterinarian turned to LimesVet for a precise, patient-specific solution.

For this case, we applied the TROCA 50 patellar groove prosthesis system, designed to restore proper patellar tracking and improve joint biomechanics. Thanks to 3D planning and additive manufacturing, the implant completely matched the patient’s anatomy, ensuring accurate fit, optimal alignment, and reliable stabilization of the joint.

One of the major advantages of the TROCA system is that it does not require osteotomy of the patellar groove, allowing for a less invasive procedure while still achieving precise anatomical conformity. This approach reduces surgical trauma and supports smoother, more natural joint movement.

By addressing both the mechanical and anatomical aspects of the condition, the solution helped reduce stress on surrounding structures and supported a more comfortable return to mobility for the patient.

Cases like this highlight how 3D-printed, anatomy-matched implant systems can go beyond standard solutions—offering safer procedures for veterinarians and improved recovery for patients through modern 3D technology.

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