Biology is never still.
60Nd NeoMag® is the mechanobiology platform that brings the mechanics of real life into your in-vitro research.
Life is dynamic.
Today's in-vitro models are static.
Mechanics and movement drive countless biological processes, yet in-vitro research still reproduces static
environments without integrating the mechanical dimension.
The result: models that oversimplify biology.
A disruptive view, from mechanobiology.
60Nd introduces real-life mechanics into in-vitro models, building dynamic research environments that are more realistic, more predictive and more efficient.
One platform.
Three integrated parts.
Hardware
Non-invasive, programmable stimulation that integrates seamlessly into any lab.
Smart Substrates
Magneto-active materials that deform on demand, for 2D and 3D cultures.
AI Software
Physics-based, AI-powered simulation, protocol design and analysis.
Built for the people moving research forward.
Better candidates, faster
Mechanobiology-enhanced screening that cuts preclinical-to-clinical attrition.
Discover new biology
Surface new targets, molecules and ingredients static culture can't reveal.
See what others can't
Open new research lines with a more realistic model.
Where mechanics change the answer.
Skin is a mechanical system.
Tension, stiffness and daily loading drive skin biology.
Substantiate actives on realistic mechanics.
Solid tumours are never still.
Growth, confinement and matrix remodelling shape tumour behaviour.
Test candidates under real force.
Backed by peer-reviewed science.
Featured in Advanced Materials (2024): astrocytes under alternating deformation modes.
Fresh from the lab, the press and the literature.
Seeing the force
Download →
60Nd and Axion BioSystems Integrate Mechanical Simulation with Live Incubator Imaging
Read article →
60Nd revoluciona la investigación biomédica y genera empleo tecnológico
Listen on Telemadrid →
Lilly accelerates six health startups with the potential to transform diagnosis and preventive medicine
Read on El Economista →
NEOMAG: bringing mechanobiology to market with EIC Transition
Read article →
Ricardo de la Torre y Daniel García (60ND): «Nuestra tecnología simula el movimiento real de los órganos para probar fármacos sin necesidad de usar animales»
Read on El Diario de Madrid →
Mechanobiology: the missing dimension in preclinical research
Read article →Un ingenio magnético que transforma los laboratorios
Read on ABC →