Maximum Fidelity Surgical Simulations (MaxFi)

Bioskills Labs are more than just training facilities—they’re catalysts for medical innovation and growth. Here in St. Louis and across the Midwest, a well-equipped Bioskills Lab with perfused cadavers can: 1. Elevate surgical training quality. 2. Catalyze medical procedure mastery. 3. Provide a cost-effective safe space for local medical device companies to test and iterate ahead of first-in-human trials. 4. Keep local surgeons at the forefront of procedural advancements for their specialty. 5. Simulate not only patient-to-patient complications, but even OR logistics and complications. By bringing this level of cutting-edge risk-free medical education to the region, we’re not only improving patient outcomes but also bolstering St. Louis and the Midwest as hubs of healthcare excellence. Whether you’re an aspiring surgeon, a device manufacturer, or a seasoned professional looking to refine your skills, a well-resourced Bioskills Lab is a game-changer for our medical community—and for the patients we serve. Curious to learn about what we're doing? Message us at [email protected] #bioskills #surgery #healthcare #innovation #stlouis #maxfi

We’re gearing up to open our St. Louis lab! Joss Fernandez, Robert G. Mills, and Yuriy Snyder, Ph.D. conducted a test run of the new lab facilities with our upgraded envivoPC today. Stay tuned for details on the opening of our lab! Curious to learn more? Reach out at [email protected]. #surgery #bioskills #maxfi #medtech #healthcare #lab

MaxFi is heading to #ACSsim 2025 in Chicago! Join us from March 20-21 to learn more about how we are redefining surgical simulations for clinical training and medical device validation. ?? Dates: March 20-21, 2025 ?? Location: Swissotel Chicago, IL If you’re attending ACSsim and would like to connect, we’d love to meet you! Reach out to us at [email protected]. #medtech #ACS #medicine #surgery #bioskills #maxfi #simulations

We're so excited to announce our partnership with Bioskills of the North East! By combining MaxFi’s lifelike cadaveric simulations with BONE's flexible and configurable bioskills facilities, we are expanding access to high-fidelity surgical training and medical device testing simulation tools. This collaboration will provide surgeons, educators, researchers, and innovators globally with unrivaled hands-on experience, bridging the gap between simulation and real-world application. We can't wait to see the impact this partnership will make. #Partnership #MedTech #Bioskills #Surgery #Medicine #BONE #MaxFi #Innovation

Over 2,000 surgeons have practiced on our perfused cadavers since MaxFi was founded. We consistently receive feedback from participants that they feel more confident and prepared for applying life-saving medical devices. Why? We believe it comes down to three crucial aspects of our perfused cadaver models: ?? Lifelike physiology – Our pulsatile pump creates realistic bleeding and breathing behavior, making cadavers nearly indistinguishable from live patients. ?? Real-time feedback – See how medical devices perform in human tissue immediately, refining designs and techniques with precision. ?? Controlled, repeatable scenarios – Customize blood flow, simulate complex cases, and practice interventions on a single cadaver in one session. ?? Train. Test. Perfect. Our perfused cadavers eliminate risk to real patients while allowing surgeons and MedTech teams to fine-tune techniques and devices in a truly lifelike surgical setting. Learn more about how we're trailblazing the next step of surgical training at www.max-fi.com #bioskills #medtech #devices #medical #surgery #maxfi #innovation #healthcare #cadavers #surgeons

Maximum Fidelity Surgical Simulations (MaxFi) is proud to partner with IBEX Preclinical Research!

Traditional surgical training is flawed. It typically relies on static simulations that lack anatomical accuracy, real-time physiological responses, and true decision-making challenges. Trainees gain procedural experience yet aren’t prepared for the unpredictability of real surgery, where optimizing outcomes requires rapid, high-stakes decisions. This gap extends beyond training—practicing surgeons also struggle to adopt new medical devices. In fact, 40% of surveyed surgeons cite negative past training experiences as a key reason for skepticism toward integrating new devices into procedures. If training fails to reflect the complexity of real surgery, both patient outcomes and innovation suffer. Surgical education must evolve to be more dynamic, realistic, and responsive—bridging the gap between training and real-world decision-making. #SurgicalTraining #MedTech #SurgicalEducation #InnovationInMedicine #Healthcare #Surgery #Bioskills #Lab #MaxFi

MaxFi is growing! We are looking for our next sales representative base out of the Minneapolis/ St. Paul, MN area. This role is an opportunity to: -Secure High-Impact Deals – Drive revenue by building relationships and closing deals with key stakeholders in surgical training and device development. -Be an Advocate for Innovation – Champion cutting-edge surgical simulation technology that is transforming surgical training and accelerating medical device development. MaxFi is young and lean, meaning we offer a dynamic team environment. We are led by a team of veterans who have built multiple medical technology ventures, meaning an opportunity to learn and grow from empathic and supportive leaders. There is immense promise in our technology, and we are motivated by what our technology has achieved in only a few years for medical device companies and centers of excellence in medical training across the country. Join us and be a part of pioneering a new era of surgical training. Indicate your interest on our job posting and submit your resume and cover letter detailing your experience and why you're fit for this position to [email protected]. #Bioskills #Healthcare #Science #Medicine #Startups #Innovation #Surgery #MedTech #Sales #Hiring

Surgical training must reflect the realities of live patient care. Without physiological accuracy, how can trainees prepare for conditions like atrial fibrillation or vascular trauma? Without real-time feedback, how do they refine critical decision-making? Without scenario variability, how do they build confidence for unpredictable cases? Prioritizing anatomical precision and controlled scenario diversity is key to improving skill retention, patient safety, and procedural success. Click here to learn how we're bringing controlled scenario diversity and lifelike human anatomy to the operating table: https://lnkd.in/eE-A2C7s #Surgery #Healthcare #MedicalEducation #SimulationTraining #HealthcareInnovation #MedTech #FutureOfHealthcare #PatientSafety #ProceduralSuccess

Thanks, Mast Labs - Surgical Training, looking forward to more collaboration in the future. Maria J Ugueto Katherine Vail Tim McDermond, MS Robert G. Mills Joss Fernandez