We are a biomedical engineering startup that develops innovative solutions for health, by using disruptive technologies such as 3D printing, virtual reality, and advanced materials.
We focus on the development of ultra-realistic simulators for non-invasive surgery, endoscopy and plastic surgery.
medical
simulation
We are a biomedical engineering startup that develops innovative solutions for health, by using disruptive technologies such as 3D printing, virtual reality, and advanced materials.
We focus on the development of ultra-realistic simulators for non-invasive surgery, endoscopy and plastic surgery.
We are a biomedical engineering startup that develops innovative solutions for health, by using disruptive technologies such as 3D printing, virtual reality, and advanced materials.
We focus on the development of ultra-realistic simulators for non-invasive surgery, endoscopy and plastic surgery.
We are a biomedical engineering startup that develops innovative solutions for health, by using disruptive technologies such as 3D printing, virtual reality, and advanced materials.
We focus on the development of ultra-realistic simulators for non-invasive surgery, endoscopy and plastic surgery.
We are a biomedical engineering startup that develops innovative solutions for health, by using disruptive technologies such as 3D printing, virtual reality, and advanced materials.
We focus on the development of ultra-realistic simulators for non-invasive surgery, endoscopy and plastic surgery.
medical
simulation
medical
simulation
We are a biomedical engineering startup that develops innovative solutions for health, by using disruptive technologies such as 3D printing, virtual reality, and advanced materials.
We focus on the development of ultra-realistic simulators for non-invasive surgery, endoscopy and plastic surgery.
100% successful cases
100% successful cases
 Biomodelo para Uro-oncologíaModelo impreso en 3D en múltiples colores para planificación de nefrectomía parcial laparoscópica. Se puede observar diferencia de color entre quistes benignos y tumores. |  Biomodelo para cirugía de tóraxModelo anatómico de tórax para cirugía en el Hospital Petrolero de La Paz, Bolivia. El biomodelo facilita conocer el compromiso vascular y la ubicación y limites del tumor. |  Resección de osteosarcomaTumor en cadera dentro del Instituto Alexander Fleming. El biomodelo 3D se utilizó para planificar la resección y la correcta elección del implante. |
|---|---|---|
 Cirugía cardiovascularModelo virtual para planificación quirúrgica |  Riñón en herraduraCirugía de alta complejidad. Riñón en herradura en paciente con alta obesidad. El modelo se utilizó para planificar la estrategia quirúrgica y facilitar la toma de decisiones dentro de quirófano. Procedimiento laparoscópico. |  Modelo para evaluación de trasplante cardíacoPaciente pediátrico con cirugías cardíacas previas, requirió de este modelo para evaluar la viabilidad del trasplante al visualizar fácilmente la anatomía del dador y el receptor. |
 Cirugía de tóraxBiomodelo para paciente con malformación cardiopulmonar. Replicar la vía aérea del paciente y la estructura vascular. Caso del Dr. Alejandro Bertolotti en Fundación Favaloro. |  Biomodelo para neurocirugíaModelo para evaluación de la viabilidad de la cirugía en un paciente previamente operado con implante intravertebral. Múltiples tumores generas compromiso neurovascuar. |  Tumor parenquimatosoCirugía de tórax en la Fundación Favaloro. Modelo anatómico 3D para planificación de resección mini-invasiva |
 Biomodelo Cabeza y cuelloTumor subcutáneo en calota de cráneo. Resección en el servicio de Cabeza y Cuello del Inst. Oncológico Ángel Roffo. |  Tumor pancreáticoReconstrucción 3D virtual para planificación quirúrgica HPB. Factible de visualizar en realidad aumentada. |
medical
simulation
medical
simulation
We are a biomedical engineering startup that develops innovative solutions for health, by using disruptive technologies such as 3D printing, virtual reality, and advanced materials.
We focus on the development of ultra-realistic simulators for non-invasive surgery, endoscopy and plastic surgery.
medical
simulation
medical
simulation
Mercedes 3235, City of Buenos Aires, C1417AUW
| Tel: +54911 3821 5431