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First-of-its-kind veterinary navigator will be used in live demonstrations LANDRUM, S.C. (October 21, 2024) —   Epica Animal Health will be debuting its new veterinary-specific surgical navigator in booth 5613 at the VMX Veterinary Meeting and Expo, January 25-29 in Orlando. Show attendees will have the opportunity to watch and participate in live, hands-on demonstrations with the navigator. A model canine leg will be onsite, along with a surgical drill, allowing participants to simulate surgical conditions while the navigator displays real-time 3D models to aid the procedure. In addition to enhancing accuracy during the surgery, the new surgical navigator allows veterinarians to diagnose the problem with a high-resolution CT scan and plan the surgery in 3D using the navigation software. These three functions combine to ensure precise and efficient surgical paths and boost a veterinarian’s confidence that the surgery will go as planned. The new surgical navigator joins Epica’s catalog of veterinary-specific imaging equipment, which also includes the Vimago™ GT30, Vimago™ GT30 PICO and Pegaso™ Evolution CT scanners. The navigator is compatible with existing software available with the Vimago units, but users will be able to pair the device with any CT scanner. Epica’s veterinary-specific surgical navigator will be available for purchase in early 2025. “Veterinarians have historically been using surgical navigators designed for human care. However, calibration to the small anatomical details in animal patients can be challenging,” said Joe Soto, CEO of Epica International. “Having this first-time veterinary-specific navigator in the market will allow veterinarians to diagnose with clarity, plan with accuracy and perform with precision even better than they were before.” To learn more about Epica Animal Health and its veterinary-specific imaging solutions, visit booth 5613 during VMX or call 949-238-6323.

Epica Animal Health will be debuting its new veterinary-specific surgical navigator in booth 5613 at the VMX Veterinary Meeting and Expo, January 25-29 in Orlando. To learn more about Epica Animal Health and its veterinary-specific imaging solutions, visit booth 5613 during VMX or call 949-238-6323. Where  VMX in Orlando, FL When January 25-29, 2025 VMX: https://navc.com/vmx/

Where  Veterinary Specialty Practice Association | Ascend Meeting - Colorado Convention Center Magnolia Denver 818 17th Street, Denver, CO 80202 When November 7-9, 2024 Exhibit Days & Hours Thursday November 7, 2024: 9:00 AM - 8:30 PM Friday November 8, 2024: 8:00 AM - 8:00 PM Saturday November 9, 2024: 8:00 AM - 6:00 PM VSPA Fall 2024 Conference Denver, CO: https://www.eventleaf.com/e/VSPAfall2024

Where  Western Vet Conference in Las Vegas, NV When March 2-5, 2025 Exhibit Days Sunday, March 2nd - Wednesday March 5th, 2025 Western Vet Conference: https://www.viticusgroup.org/

Where New York Vet Show - Jacob K. Javits Convention Center 655 West 34th Street New York, NY 10001  When November 7-9, 2024 Exhibit Days & Hours Thursday November 7, 2024: 8:00 AM - 6:00 PM Friday November 8, 2024: 8:00 AM - 5:00 PM New York Vet Show https://newyork.vetshow.com Spot the smallest details that unlock better pet health with the highest resolution scanner available to veterinarinans. Vimago™ HDVI CT units elevate your standard of care, augment your diagnostic capabilities and boost your clinic's reputation and revenue.  Why Choose Epica? Innovative Technology: Our Vimago™ scanners offer unparalleled imaging clarity, enabling precise diagnostics and better treatment outcomes. Comprehensive Support: From installation to ongoing training, our team is dedicated to ensuring you maximize the benefits of our technology, seamlessly integrating it into your practice. Enhanced Patient Care: Our imaging solutions provide detailed insights, allowing for more accurate diagnoses and effective treatment plans, ultimately improving patient health and client satisfaction. Boost Your Practice's Reputation: Stand out as a leader in veterinary care by adopting the latest in imaging technology, demonstrating your commitment to cutting-edge veterinary medicine. Visit booth 759 to discover how Epica International can help you elevate your practice. Augment your capabilities, solve mystery cases for your clients, and deliver top-tier care with our innovative imaging solutions. For more information, visit EpicaAnimalHealth.com for more.

For millennia, horses have captivated us with their grace, power, and partnership. But ensuring their well-being requires specialized care, and advancements in veterinary technology are playing a crucial role. Among these innovations, Cone Beam Computed Tomography (CBCT) is emerging as a game-changer for equine medicine. What is CBCT? Unlike traditional CT scans, CBCT uses a cone-shaped X-ray beam to capture multiple images from different angles. These images are then reconstructed into detailed 3D models, offering veterinarians a virtual fly-through of the horse's anatomy with unparalleled precision. Revolutionizing Diagnosis and Treatment: CBCT's impact on equine medicine is multifaceted: Deeper insights into complex structures: From intricate dental structures and sinuses to delicate bones and joints, CBCT reveals hidden abnormalities often missed by conventional X-rays. This is particularly valuable for diagnosing conditions like dental disease, lameness, and neurological issues. Precise surgical planning: With a 3D map of the affected area, surgeons can plan procedures with pinpoint accuracy, minimizing risks and optimizing outcomes. This is especially beneficial for delicate surgeries like fracture repair or joint injections. Improved treatment efficacy: By pinpointing the exact location and extent of disease, CBCT allows for targeted treatment approaches, such as focused radiation therapy or minimally invasive procedures. This can lead to better results and faster recovery times. Beyond Diagnosis using CBCT for Horses: The benefits of CBCT extend beyond diagnostic applications: Research and development: 3D models generated by CBCT scans aid in research on equine anatomy, biomechanics, and disease progression, paving the way for better diagnostic tools and treatment strategies. Education and training: Veterinary students and practitioners can gain a deeper understanding of equine anatomy and pathology through interactive 3D visualizations, enhancing their training and expertise. Challenges and Considerations for Equine CT: While CBCT offers immense potential, it's important to acknowledge some considerations: Accessibility: Currently, CBCT technology is not as widely available or affordable as traditional X-rays. However, with increasing demand and technological advancements, accessibility is expected to improve. Anesthesia requirements: Due to the longer scanning time compared to X-rays, most horses require sedation or anesthesia for CBCT scans. This adds an additional cost and potential risks to the procedure. Equine CT is a powerful tool Overall, CBCT is revolutionizing equine medicine by providing veterinarians with a powerful tool for diagnosis, treatment planning, and research. As technology evolves and accessibility improves, we can expect CBCT to play an even greater role in ensuring the health and well-being of our beloved equine companions. Remember, consulting with your veterinarian is crucial for determining the most appropriate diagnostic and treatment options for your horse. Let's celebrate the strides made in equine healthcare and embrace the exciting possibilities that CBCT brings to the future of our four-legged friends.

CT scans are invaluable tools for veterinarians diagnosing and treating lung disease in pets. Here's how they can be used: Diagnosis of Lung Disease in Pets with CT: Detailed Anatomy: CT scans offer superior visualization of the delicate lung structures compared to regular X-rays. They can precisely reveal: Inflammation: Areas of abnormal lung tissue caused by pneumonia, bronchitis, or other inflammatory conditions. Masses: Tumors, abscesses, or other space-occupying lesions within the lungs. Airflow blockages: Mucus plugs, foreign bodies, or airway narrowing due to fibrosis or tumors. Vascular abnormalities: Abnormal blood vessels associated with conditions like pulmonary hypertension. Differentiation: CT scans can differentiate between fluid accumulation (pleural effusion) and lung tissue abnormalities more accurately than X-rays. Staging: In cases of lung cancer, CT scans help determine the tumor's size, location, and spread to lymph nodes or other organs, crucial for staging and treatment planning. Treatment Planning for Lung Disease in Pets: Guiding Procedures: CT scans can precisely guide minimally invasive procedures like fine-needle lung biopsies for tissue diagnosis. Pre-surgical Planning: For pets requiring lung surgery, CT scans provide a detailed roadmap of the affected lung lobes and surrounding structures, enabling surgeons to plan the optimal approach for minimal complications. Monitoring Response: Re-scans after treatment initiation can track the effectiveness of therapies like antibiotics, anti-inflammatories, or chemotherapy, allowing for adjustments as needed. Benefits of using CT for Pets experiencing Lung Disease: Faster and More Accurate Diagnoses: Early detection of lung disease leads to quicker treatment interventions and improved outcomes. Minimally Invasive Procedures: CT-guided biopsies reduce the need for more invasive surgical procedures. Improved Surgical Outcomes: Precision planning minimizes risks and complications during surgery. Tailored Treatment Plans: Detailed information from CT scans allows veterinarians to personalize treatment based on the specific type and severity of lung disease. Remember: CT scans are not always the first line of investigation for lung disease. Your veterinarian will consider factors like symptoms, physical examination findings, and initial X-ray results before recommending a CT scan. Overall, CT scans play a crucial role in diagnosing and treating lung disease in pets, paving the way for improved veterinary care and better long-term health for our furry companions.

Veterinary CT has many uses for Animal Cancer Veterinarians utilize CT scans in multiple ways to diagnose and treat cancer in pets, offering valuable insights: Diagnosis of Animal Cancer using CT: Detecting Tumors: CT scans excel at revealing hidden tumors or masses missed by X-rays, especially in complex areas like the brain, abdomen, or chest. Early detection is crucial for effective cancer treatment. Determining Tumor Size and Spread: Unlike flat X-rays, CT scans provide precise information about the size and extent of the tumor, including whether it has spread to nearby lymph nodes or other organs (staging). This information is vital for determining the best treatment options and prognosis. Guiding Biopsies: CT scans can guide veterinarians performing needle biopsies of suspected tumors. By pinpointing the exact location and structure of the tumor, they can collect accurate samples for diagnosis. Animal Cancer Treatment Planning with CT: Surgical Planning: Detailed 3D images from CT scans act as a roadmap for surgeons, allowing them to visualize the tumor's location and relationship to surrounding structures. This precision minimizes risks and enhances surgical accuracy, leading to better outcomes for pets. Radiation Therapy Planning: For pets receiving radiation therapy, CT scans provide crucial data for treatment planning. The 3D images help create targeted radiation beams, maximizing effectiveness while minimizing damage to healthy tissues. Monitoring Response to Treatment: CT scans can be used to monitor the progress of treatment, tracking the tumor's response to chemotherapy, radiation, or surgery. This allows veterinarians to adjust treatment plans as needed to optimize results. Benefits of using CT for Pets: Earlier Diagnoses: Early detection of cancer through CT scans leads to better prognoses and treatment options for pets. Minimally Invasive Procedures: Precise CT-guided biopsies often avoid the need for more invasive surgical procedures. Improved Surgical Outcomes: CT-guided surgery minimizes risks and complications, enhancing the success rate and recovery process. Personalized Treatment Plans: Detailed information from CT scans allows veterinarians to tailor treatment plans specifically to each pet's unique cancer case. Remember: Not all pets with cancer require CT scans. Your veterinarian will assess the individual case and determine if a CT scan is necessary based on the type and stage of the cancer, available resources, and other factors.

CT stands for Computed Tomography It's a medical imaging technique that uses X-rays to create detailed, cross-sectional images of your pet's body. Unlike traditional X-rays, which offer a single layer 2D picture, CT scans provide a 3D view, like looking at slices of bread stacked together. This advanced technology allows veterinarians to examine bones, organs, and even blood vessels with exceptional clarity, leading to more accurate diagnoses and better treatment for your furry friend. Ever wondered what lies beneath your furry friend's playful exterior? When traditional X-rays come up short, veterinary CT scans step in, offering a high-tech peek into your pet's inner world. Imagine a detailed map, not just a flat picture, guiding veterinarians to diagnose and treat hidden health issues. So, what's the buzz about CT scans? Think of CT as a supercharged X-ray. Instead of one flat image, a CT scanner takes multiple pictures from different angles, layering them like slices of bread to create a 3D virtual model of your pet's anatomy. This lets vets zoom in on bones, organs, and even tiny blood vessels with unmatched clarity. Why does this matter for your furry friend? Pinpoint Diagnoses: CT scans can uncover hidden problems like internal tumors, bone fractures, or bleeding that might show up faintly or not at all on X-rays. This means faster, more accurate diagnoses and quicker treatment for your pet. Surgical Roadmap: Imagine surgeons operating with a detailed 3D map! CT scans guide them to navigate tricky areas during surgery, minimizing risks and ensuring a smoother recovery for your pet. Tailored Treatment: Just like you wouldn't treat a cough and a broken bone the same way, CT scans reveal the precise nature and extent of your pet's condition, allowing vets to personalize treatment plans for optimal results.

Here is a list of the most common questions we get about CT. Can CT technology be used for all animal sizes? Yes, modern CT technology is versatile and can be adjusted to accommodate a wide range of animal sizes, from small pets like cats and dogs to larger animals such as horses. The key is selecting a system with a suitable gantry size and adjustable settings to ensure optimal imaging for various species. How long does a typical veterinary CT scan take? The duration of a CT scan can vary depending on the size of the area being scanned and the resolution required. Generally, most scans can be completed within a few minutes. Advanced CT systems offer faster scanning capabilities, reducing the need for prolonged sedation or anesthesia in animals. Is specialized training required to operate a CT system in a veterinary practice? Yes, proper training is essential to ensure the safe and effective operation of a CT system. This includes understanding how to position animals correctly, select appropriate imaging parameters, and interpret the resulting images. Manufacturers often provide initial training, and ongoing education is recommended to stay updated on advancements. What are the maintenance requirements for a CT system? Regular maintenance is crucial to keep a CT system functioning optimally. This includes routine checks, software updates, and periodic servicing by a qualified technician. A maintenance schedule should be established according to the manufacturer's recommendations to prevent unexpected downtime. How can I justify the investment in a CT system to my practice partners or financial advisors? The investment in a CT system can be justified through a detailed cost-benefit analysis that includes potential revenue from expanded diagnostic services, improved diagnostic accuracy leading to more effective treatments, and enhanced reputation as a state-of-the-art veterinary practice. Demonstrating the long-term benefits and ROI can help in making a compelling case. Are there financing options available for purchasing a CT system? Yes, many manufacturers and distributors offer financing options to make CT technology more accessible to veterinary practices. These can include leases, loans, or pay-per-scan agreements, allowing practices to spread the cost over time and align it with the revenue generated by the system. How does CT imaging impact patient throughput in a veterinary practice? Efficiently integrating a CT system into your practice can significantly improve patient throughput. With rapid scan times and immediate imaging results, veterinarians can make quicker diagnoses and treatment decisions, thereby increasing the number of patients that can be seen and treated effectively. How does CT technology improve diagnostic accuracy? CT technology provides detailed, three-dimensional images, allowing for more precise diagnoses compared to traditional two-dimensional imaging methods. What should I consider when choosing a CT system? Consider factors such as image quality, scan speed, ease of use, and the system's ability to handle your practice's specific needs. How can I prepare my practice for future CT advancements? Stay informed about technological developments, train your staff to use new features, and consider the potential integration of AI for enhanced diagnostics. What is CT technology? CT technology is a diagnostic tool that uses X-ray equipment and computers to produce images of the inside of the body. It offers detailed views of all types of tissue. How is CT technology used in veterinary medicine? It's used to diagnose a variety of conditions, from skeletal fractures to tumors, and is invaluable in emergency diagnostics and pre-surgical planning. Are CT scans safe for animals? Yes, with advancements in technology, the radiation doses have been significantly minimized. However, sedation or anesthesia is often required to keep the animal still during the scan. How long does a CT scan take? The actual scanning time can be as short as a few seconds to a few minutes, though preparation and post-scan processing add to the total time. What's the difference between CT and MRI? CT scans are preferred for bone injuries, lung and chest imaging, and detecting cancers. MRI is superior for soft tissue evaluations. Can all veterinary clinics perform CT scans? Not all, as CT scanners are significant investments. They're more commonly found in specialty clinics and animal hospitals.

Introduction to Cone Beam CT Cone beam computed tomography (CBCT) represents a quantum leap in veterinary diagnostic imaging. Unlike traditional CT scanners, CBCT utilizes a cone-shaped X-ray beam and a two-dimensional detector, revolutionizing the way we capture 3D images of animal anatomy. This technology provides unparalleled spatial resolution, allowing for detailed visualization of complex structures, which is particularly beneficial in dental and maxillofacial veterinary applications. Cone Beam CT for Veterinarians: Advantages to your Practice Cone beam technology offers several distinct advantages over conventional CT systems. Firstly, it delivers high-resolution images with lower radiation doses, making it a safer option for repeated scans. Secondly, its compact design allows for easier integration into veterinary clinics, including smaller practices. The efficiency of CBCT systems, with faster scan times, reduces the need for prolonged animal sedation, enhancing patient comfort and safety. Applications in Veterinary Medicine CBCT has found its niche in dental and maxillofacial imaging but is rapidly expanding into orthopedics and trauma. The detailed images produced are instrumental in diagnosing dental anomalies, bone fractures, and joint disorders with precision. Furthermore, the technology's ability to provide clear images of soft tissue structures opens new doors for soft tissue evaluation in the veterinary field. Superiority of Cone Beam Technology The cutting-edge nature of cone beam technology lies in its ability to provide high-definition 3D images, which are crucial for accurate diagnosis and treatment planning. This technological superiority not only enhances the veterinarian's diagnostic capabilities but also fosters a deeper understanding of complex anatomical relationships, facilitating more informed clinical decisions and improved patient outcomes. Embracing the Future with Cone Beam CT Cone beam CT technology for veterinarians represents the future of diagnostic imaging. Its adoption into veterinary practices signifies a commitment to providing the highest standard of care through advanced diagnostic capabilities. As the technology continues to evolve, its applications in veterinary medicine are expected to expand, further solidifying its role as an indispensable tool in the veterinary diagnostic arsenal.

Evolution of CT Technology Computed Tomography (CT) has undergone a remarkable evolution since its inception, transforming from a novel imaging technique to a cornerstone of veterinary diagnostics. Each generation of CT technology has brought forward solutions to the challenges of its time, enhancing image quality, reducing scan times, and improving patient safety. The Dawn of CT Imaging: First Generation The first generation of CT scanners introduced the world to cross-sectional imaging, employing a "translate-rotate" mechanism. While groundbreaking, these early models were limited by long scan times and low-resolution images. They paved the way for future innovations by demonstrating the potential of CT imaging to provide detailed insights into animal anatomy previously unseen with traditional radiography. Advancing Precision: Second Generation Second-generation CT scanners sought to address the inefficiencies of their predecessors. With a wider array of detectors and an enhanced scanning motion, these models reduced scan times and improved image resolution. However, the technology still faced limitations in speed and detail, signaling the need for further advancements. The Era of Efficiency: Third Generation The introduction of third-generation CT scanners marked a significant leap in diagnostic imaging. Adopting a "rotate-rotate" design, where both the X-ray source and detectors revolved around the patient, these scanners significantly accelerated scan times and elevated image clarity. This generation set new standards for diagnostic precision and patient throughput in veterinary practices. Maximizing Image Quality: Fourth Generation Fourth-generation CT technology further refined image quality with a stationary ring of detectors, reducing artifacts and enhancing image consistency. This design improvement allowed for even more detailed examinations, particularly beneficial for complex cases requiring high-resolution imaging. The Cutting-Edge: Cone Beam CT (CBCT) Cone Beam CT technology represents the current pinnacle of CT evolution, utilizing a cone-shaped X-ray beam to capture volumetric data in a single rotation. This innovation drastically reduced scan times and radiation exposure while providing exquisitely detailed images. CBCT's capabilities are particularly advantageous in dental and maxillofacial imaging, offering unprecedented detail and diagnostic potential. Embracing the Future of CT Imaging The journey through the generations of CT technology reflects a constant pursuit of enhanced diagnostic capabilities and patient care. Each generation solved specific challenges, from reducing scan times to improving image resolution and patient safety. Today, as we stand on the cusp of new advancements, the future of CT technology in veterinary medicine promises even greater possibilities, with AI and machine learning poised to unlock further potential.