nom de la sociéte Push 4M
mimetic motor
of muscle mechanic

News

Posted In: reflection texts

THE FUTURE ACCORDING TO PUSH4M

Push4M from the origin of the concept to your business application Current actuator systems a.Linear actuator A linear actuator develops high forces as long as the cylinder axis is perpendicular to the lever. The weight of a linear actuator is of importance: the greater the range of motion to be provided, the longer and heavier […]
MORE
Posted In: reflection texts

a 30000€ grant from BPI FRENCH TECH

In 2018, thanks to a 30000€ grant from BPI FRENCH TECH, Push4M developed and optimised its proof-of-concept prototype: a lever-arm actuator that requires low input capacity. The principle objectives were achieved in April 2018: In a confined space, the transverse-thrust actuator mobilised a lever arm through 180 degrees with a thrust force ranging from 0 […]
MORE
Posted In: reflection texts

PUSH4M – A major boost from a new investor in the person of Bruno Maisonnier

PRESS RELEASE PUSH4M in the MONITEUR MATERIELS, Fabienne BERTHET Paris, 4th October 2017   PUSH4M – A major boost from a new investor A new investor gives a major boost to Push4M As a result of Push4M’s demonstrations of its lever arm prototype, a system inspired by human muscle movement, this company has gained a […]
MORE
Posted In: reflection texts

A lever arm inspired by the human body

INVESTIGATION First illustration of the lever arm invented by Push4M (Muscle Mechanics Mimetic Motor)     A lever arm inspired by the human body – Fabienne Berthet – Le Monitor Matériels 22nd September 2017 Innovation. Start-up Push4M has developed a pioneering technology that breaks with conventional lifting methods. The concept, invented by a physiotherapist, is […]
MORE

Supple robot time?

After millions of years of development, the human body is unquestionably the most advanced biomechanical mode to date, but it still holds many secrets. Now a ground-breaking structural approach proposed by Nicolas de Lussy sheds new light on the subject. This approach, based on a lattice of hexagonal tube of variable resistance, calls into question […]
MORE