Surgical simulators, anatomical models, and device testing solutions for pharma, biotech, and medtech. Developed by materials scientists. Delivered globally. Backed by Innovate UK.
Our medical simulation products provide healthcare educators, surgical training programmes, and device developers with anatomical models for hands-on learning and device validation. Each simulator is tailored to specific training objectives and testing requirements.
Our team holds PhDs in materials chemistry with 15+ years of combined experience in device development. Recent projects include collaborations with Japanese medtech companies and global pharmaceutical firms on anatomical models for device validation.
Each product is engineered to meet exact specifications — whether for transplant training, medical education, or pharmaceutical device validation. Our materials science approach delivers the fidelity that clinical training environments demand.
Important: Our products are designed exclusively for training, simulation, education, and research purposes. They are not medical devices as defined under UK Medical Devices Regulations 2002, are not intended for patient diagnosis or treatment, and are clearly labelled 'FOR TRAINING PURPOSES ONLY – NOT FOR MEDICAL USE.'
For customers developing medical devices who require validation services, biocompatibility testing (ISO 10993), or regulatory compliance support, we work in partnership with accredited testing laboratories and regulatory affairs consultants. Our bespoke anatomical models provide realistic medical device testing substrates for preclinical evaluation.
Surgical training centres, medical schools, NHS trusts, medical device manufacturers, and research institutions seeking bespoke anatomical models as ethical, high-fidelity alternatives to cadaver and animal-based training. Our custom surgical simulators support medical device validation for pharmaceutical and biotech companies. Client references available upon request (confidential under NDA).




Custom silicone anatomical models replicating true tissue behaviour for transplant and surgical training.
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