Encoris: Setting the Standard in Surgical Task Training
Isolated bone and soft tissue anatomy, customized specifically for each surgical task, provide focused, efficient, cost-effective, pathology-specific, and repeatable training.
Our custom task trainers highlight the unique features and benefits of your medical devices, enhancing your overall training program.
Devices that deliver favorable outcomes gain wider acceptance when users feel confident and comfortable using them.
Designing the Perfect Model
We use actual human skeletal anatomy along with corresponding soft tissues to ensure anatomical accuracy, save time, and provide peace of mind throughout the development and manufacturing of surgical training models.
Collaborative Development Process
Our engineering and modeling teams can isolate any bone and corresponding soft tissue anatomy, then collaborate with you in real-time via web conference to enhance and adapt these structures using your implant CAD data, resulting in manufactured models that deliver superior surgical training outcomes.
Maximize Your Investment
As an alternative to using full Sawbones models or complete cadaver specimens for localized procedures, Encoris provides targeted, procedure-specific components. These solutions deliver a cadaver-like experience while optimizing resources, minimizing waste, and improving efficiency in surgical training.
Promote greater understanding
Provide better patient education
Lessen apprehension
Sell more devices
Save Money
Maximize Your Investment
As an alternative to using full Sawbones models or complete cadaver specimens for localized procedures, Encoris provides targeted, procedure-specific components. These solutions deliver a cadaver-like experience while optimizing resources, minimizing waste, and improving efficiency in surgical training.
Promote greater understanding
Provide better patient education
Lessen apprehension
Sell more devices
Save Money
A single FlexBone model allows for 17 distinct, repeatable surgical procedures.
“Where have you guys been?” said a Senior Product Manager when we unveiled this highly interactive training model showcasing their entire suture anchor portfolio.
After years of relying on Sawbones with subpar, generic results, switching to our repeatable FlexBone technology was an instant game-changer. The models quickly became a hit with their team and distributors, accelerating understanding and boosting sales of their suturing products worldwide.
Encoris can integrate trainers with realistic, replaceable ligaments, tendons, and other anatomically accurate soft-tissue structures.
Customize or enhance any part of the bone anatomy with osteophytes, uncinate processes, or other bony features relevant to your surgical procedure, creating a more challenging and effective training experience.
Our task trainers feature ultra-realistic soft tissue replacements, delivering a cost-effective, cadaver-like experience ideal for sales rep training on access and targeting techniques.
ENCORIS Group Corporation was very helpful in assisting us with the design and production of an effective surgical and demonstration training model which eliminates the need for cadaver and C-Arm imaging resources for the Dymicron Triadyme®-C Cervical Total Disc Replacement System. Kudos to the entire team on producing a great hands on solution for today’s virtual training and medical education environment. Take a look at the end of this video to see the elegance and simplicity of our cervical TDR! #innovation #teamwork #collaboration #spinalarthroplasty #cervicaltdr #motionpreservation Eric Lange #joelzystra Jim TenBrink Evan Bridwell Harley Domasik David Harding Richard Guyer Armen Khachatryan, MD
“ENCORIS Group Corporation was very helpful in assisting us with the design and production of an effective surgical and demonstration training model which eliminates the need for cadaver and C-Arm imaging resources for the Dymicron Triadyme®-C Cervical Total Disc Replacement System. Kudos to the entire team on producing a great hands on solution for today’s virtual training and medical education environment.” Take a look at the end of this video to see the elegance and simplicity of our cervical TDR! #innovation #teamwork #collaboration #spinalarthroplasty #cervicaltdr #motionpreservation #joelzystra Eric Lange Jim TenBrink Evan Bridwell Harley Domasik David Harding Richard Guyer Armen Khachatryan, MD
Pharmaceutical Neurostimulation and Drug Delivery Trainers
Encoris developed a surgical trainer focused on tibial nerve modulation, a procedure used to treat pelvic floor disorders such as Overactive Bladder (OAB). This model significantly enhanced the customer’s marketing and sales launch efforts by enabling reps to quickly capture physicians’ attention and demonstrate their technology on the spot.
Our task trainers feature ultra-realistic soft tissue replacements, offering a cost-effective, cadaver-like experience ideal for pharmaceutical reps training on access and targeting techniques.
Pharmaceutical Neurostimulation and Drug Delivery Trainers
Encoris created a surgical trainer focusing on tibial nerve modulation, a procedure that treats pelvic floor disorders, including Overactive Bladder (OAB). The models greatly boosted the customer’s marketing and sales launch efforts, as reps were able to quickly grab the docs attention and demonstrate their technology on-the-spot!
The soft tissue replacement features on our task trainers are ultra-realistic, providing a low-cost, cadaver-like experience for pharmaceutical rep training on access and targeting
Explore More Trainers
Successful test of lead insertion through the spinal canal of a thoracic spine. Watch here: https://youtu.be/vN0AgI4j0Lw
Anatomical educational model demonstrating hands-on laparoscopic and endoscopic surgery, including anterior spine surgery, incision, and suturing techniques. Watch here: https://youtu.be/jJakIH-0Xmo
