Biotme
BIOTECH MEDICAL SIMULATION S.L. specializes in the development and manufacturing of medical simulators and training devices, utilizing innovative synthetic gels and advanced technology to enhance medical education and patient safety. The company is committed to continuous innovation, collaboration with academic and healthcare institutions, and providing high-quality, realistic training tools to improve healthcare outcomes worldwide. The company actively participates in initiatives that promote medical training, including the use of advanced simulators for procedures such as obstetrics, vascular interventions, neurosurgery, and minimally invasive vascular procedures, supporting the advancement of medical education and patient safety. Additionally, BIOTECH MEDICAL SIMULATION S.L. invests in advanced medical technology, such as acquiring state-of-the-art ultrasound machines like the MINDRAY, to enhance their development and testing of anatomical simulators, ensuring realistic ultrasound responses and improving training efficacy.
Industries
Nr. of Employees
small (1-50)
Products
Ultrasound-guided vascular access simulator
An anatomical ultrasound phantom reproducing clavicle, ribs and vascular structures to practice subclavian/axillary and other central vascular access under ultrasound guidance.
PICC and midline Seldinger technique simulator (ultrasound-compatible)
Compact trainer supporting complete Seldinger workflow with gel-formed venous channels and fluidic access for aspiration, injection and catheter placement practice.
CPR and basic life support training simulators
Mannequin trainers designed to support basic life support and CPR skills practice with materials and construction tuned to reproduce chest compression feedback.
Modular endovascular procedure simulator
Modular trainer platform supporting multiple endovascular techniques with replaceable puncture/ablation modules and integrated recirculating fluid system to simulate catheter workflows.
Breast lesion simulator for ultrasound and radiology-guided biopsy
Anatomical trainer containing multiple lesion types for localisation and biopsy practice under ultrasound and radiographic techniques, using materials engineered to maintain volume and mechanical properties.
Reusable ultrasound coupling gel pads and accessories
Conformable gel pads and accessories to facilitate ultrasound coupling in difficult-access regions; designed for reuse and tolerance to routine disinfection protocols.
Ultrasound-guided vascular access simulator
An anatomical ultrasound phantom reproducing clavicle, ribs and vascular structures to practice subclavian/axillary and other central vascular access under ultrasound guidance.
PICC and midline Seldinger technique simulator (ultrasound-compatible)
Compact trainer supporting complete Seldinger workflow with gel-formed venous channels and fluidic access for aspiration, injection and catheter placement practice.
CPR and basic life support training simulators
Mannequin trainers designed to support basic life support and CPR skills practice with materials and construction tuned to reproduce chest compression feedback.
Modular endovascular procedure simulator
Modular trainer platform supporting multiple endovascular techniques with replaceable puncture/ablation modules and integrated recirculating fluid system to simulate catheter workflows.
Breast lesion simulator for ultrasound and radiology-guided biopsy
Anatomical trainer containing multiple lesion types for localisation and biopsy practice under ultrasound and radiographic techniques, using materials engineered to maintain volume and mechanical properties.
Reusable ultrasound coupling gel pads and accessories
Conformable gel pads and accessories to facilitate ultrasound coupling in difficult-access regions; designed for reuse and tolerance to routine disinfection protocols.
Services
Design and prototyping services for medical simulators
Custom design, iterative prototyping and collaboration with clinical partners to develop anatomical trainers and proof-of-concept models using CAD and additive manufacturing.
Simulation-based training, demonstrations and workshops
Educational sessions, demonstrations and classes on the use and design of simulators for clinical skills development, including themed seminars on biofabrication and genomics-informed scenarios.
Custom simulator manufacturing and supply
Production and delivery of anatomical simulators and training kits tailored to procedural training needs, with options for consumables and transportable kits.
Ultrasound-based material and simulator validation
On-site ultrasound testing to verify echogenic properties of materials and to validate simulator imaging performance during development and quality checks.
Design and prototyping services for medical simulators
Custom design, iterative prototyping and collaboration with clinical partners to develop anatomical trainers and proof-of-concept models using CAD and additive manufacturing.
Simulation-based training, demonstrations and workshops
Educational sessions, demonstrations and classes on the use and design of simulators for clinical skills development, including themed seminars on biofabrication and genomics-informed scenarios.
Custom simulator manufacturing and supply
Production and delivery of anatomical simulators and training kits tailored to procedural training needs, with options for consumables and transportable kits.
Ultrasound-based material and simulator validation
On-site ultrasound testing to verify echogenic properties of materials and to validate simulator imaging performance during development and quality checks.
Expertise Areas
- Medical simulation product development
- Modular simulator design for multi-procedure training
- Ultrasound-guided procedural simulation
- Endovascular and interventional procedure simulation
Key Technologies
- Imaging-compatible phantom materials and echogenic gels
- Blood-mimic fluids with controlled radiodensity
- 3D printing for anatomical model prototyping (additive manufacturing)
- 3D bioprinting and biofabrication methods (extrusion, inkjet, light-based, laser-assisted)