Shape the Future of Surgical Education With Us
OUR GOAL
Revolutionize Surgical Simulation
At RIMASYS, Inc. we create anatomically authentic injuries by applying precise biomechanical forces to intact cadaveric specimens - leveraging our unique understanding of bone fracture mechanics to replicate real-world trauma.
​
The result: life-like injuries featuring intact soft tissue structures, highly reproducible trauma patterns, and fractures that conform to established clinical classifications.
From Intact Bone to Realistic Orthopedic Trauma
Theoretical knowledge of a procedure does not equate to hands-on proficiency
Intact anatomy used in traditional training
Orthopedic trauma simulation using RIMASYS, Inc. prefractured cadaveric specimens
-
Traditional training models often begin with intact anatomy, useful for learning fundamentals but limited in preparing surgeons for real orthopedic trauma.
-
At Rimasys, Inc. we believe effective orthopedic trauma education starts with realistic pathology
-
Our prefractured cadaveric specimens enable our partners to move beyond theory and train on fractures that mirror real-world injury patterns.
-
Orthopedic Trauma Surgeons seeking realistic, hands-on procedural training
-
Educators implementing experience-based, competency-driven education
-
Industry Partners advancing trauma education, technique evaluation and innovation
-
Traditional training models often begin with intact anatomy, useful for learning fundamentals but limited in preparing surgeons for real orthopedic trauma.
-
At Rimasys, Inc. we believe effective orthopedic trauma education starts with realistic pathology
-
Our prefractured cadaveric specimens enable our partners to move beyond theory and train on fractures that mirror real-world injury patterns.
-
Orthopedic Trauma Surgeons seeking realistic, hands-on procedural training
-
Educators implementing experience-based, competency-driven education
-
Industry Partners advancing trauma education, technique evaluation and innovation
Intact anatomy used in traditional training
Orthopedic trauma simulation using RIMASYS, Inc. prefractured cadaveric specimens
From Intact Bone to Realistic Orthopedic Trauma
Theoretical knowledge of a procedure does not equate to hands-on proficiency
-
Traditional training models often begin with intact anatomy, useful for learning fundamentals but limited in preparing surgeons for real orthopedic trauma.
-
At Rimasys, Inc. we believe effective orthopedic trauma education starts with realistic pathology
-
Our prefractured cadaveric specimens enable our partners to move beyond theory and train on fractures that mirror real-world injury patterns.
-
Orthopedic Trauma Surgeons seeking realistic, hands-on procedural training
-
​Educators implementing experience-based, competency-driven education​
-
​Industry Partners advancing trauma education, technique evaluation and innovation
Intact anatomy used in traditional training
Orthopedic trauma simulation using RIMASYS, Inc. prefractured cadaveric specimens
From Intact Bone to Realistic Orthopedic Trauma
Theoretical knowledge of a procedure does not equate to hands-on proficiency
Trusted Across the Orthopedic Trauma Community
Real experiences from surgeons, academic institutions, and industry partners using RIMASYS, Inc. prefractured cadaveric specimens to support high-fidelity orthopedic trauma training.
Importance of Lifelike Fractures in Training
"I think it creates a variable that is not readily available in most fracture courses for residents. It creates a lifelike scenario that mimics the soft tissue component that is critical for fracture treatments."
Dr. Brad Yoo
Yale New Haven Health
Orthopedic Trauma Surgeon and Professor of Orthopaedic Surgery and Rehabilitation
Compare Practice Training on a Lifelike Fractures versus Unfractured Synthetic Specimen
"Huge difference! Unfractured bone, it's really a matter of a technical exercise, where in the fractured scenario, you must reduce the fracture, so the challenge is much more significant, and even much more so than a bone specimen, plastic etc...so huge difference."
Dr. Michael A. Miranda
Orthopedic Associates of Hartford
Trauma Surgeon
Working on human cadavers fractures versus simulation
"(Pre-fractured Specimens) contribute to less of a learning curve occurring in live patients. I think it is very helpful, especially for trainees, to be able to reduce things, to be able to see the way the deformity works in the cadaver rather than just sliding on a device or sliding in a device because the learning part is not hard. It's the production part that matters. Using the tools to reduce a fracture, both directly and indirectly, it's a skill that you can only get only in live humans otherwise."
Dr. Paul Tornetta III, MD, PhD, FAAOS
Director of Orthopaedic Trauma
Boston Medical Center
Importance of Lifelike Fractures in Training
"I think it creates a variable that is not readily available in most fracture courses for residents. It creates a lifelike scenario that mimics the soft tissue component that is critical for fracture treatments."
Dr. Brad Yoo
Yale New Haven Health
Orthopedic Trauma Surgeon and Professor of Orthopaedic Surgery and Rehabilitation
Compare Practice Training on a Lifelike Fractures versus Unfractured Synthetic Specimen
"Huge difference! Unfractured bone, it's really a matter of a technical exercise, where in the fractured scenario, you must reduce the fracture, so the challenge is much more significant, and even much more so than a bone specimen, plastic etc...so huge difference."
Dr. Michael A. Miranda
Orthopedic Associates of Hartford
Trauma Surgeon
Working on human cadavers fractures versus simulation
"(Pre-fractured Specimens) contribute to less of a learning curve occurring in live patients. I think it is very helpful, especially for trainees, to be able to reduce things, to be able to see the way the deformity works in the cadaver rather than just sliding on a device or sliding in a device because the learning part is not hard. It's the production part that matters. Using the tools to reduce a fracture, both directly and indirectly, it's a skill that you can only get only in live humans otherwise."
Dr. Paul Tornetta III, MD, PhD, FAAOS
Director of Orthopaedic Trauma
Boston Medical Center
