THE FIRST SILICON MICROMOTOR IN THE WORLD
Micromotors
1 axis
Micromotors
2 independent concentric axis
Our PowerMEMS micro motor technology has received the Innovation Award at the CES 2024 exhibition.
Our PowerMEMS micro motor technology has received the Innovation Award at the CES 2024 exhibition.
Micromotors
1 axis
Micromotors
2 independent concentric axis
STEPPING MOTORS DESIGNED FOR ELECTRONICS
STEPPING MOTORS DESIGNED FOR ELECTRONICS
100% PROGRAMMABLE
A first step of preliminary calculations allows for the definition and calculation of the parameters to be considered for the design of your systems/components.
WELDABLE BY CMS METHOD
Our micromotors are directly solderable onto PCBs using automated SMT (Surface Mount Technology) processes.
INSENSITIVE TO MAGNETIC FIELDS
Thanks to their electrostatic actuation, our micromotors are particularly suited for medical applications: insensitivity to magnetic fields and very low thermal dissipation.
COMPATIBLE WITH ALL ENVIRONMENTS
Resistant to corrosion and operating without lubricant, our micromotors are suited for harsh environments: military, aerospace, space, naval and underwater applications.
ENERGY SOBRIETY
Optimised for better energy efficiency, our micromotors outperform all competing technologies.
100% PROGRAMMABLE
Our stepper motors are controllable in speed, acceleration, and direction of rotation.
WELDABLE BY CMS METHOD
Our micromotors can be directly soldered onto PCBs using automated SMT (Surface Mount Technology) processes.
INSENSITIVE TO MAGNETIC FIELDS
Thanks to their electrostatic actuation, our micromotors are particularly suited for medical applications: insensitivity to magnetic fields and very low thermal dissipation.
COMPATIBLE WITH ALL ENVIRONMENTS
Resistant to corrosion and operating without lubricant, our micromotors are suited for harsh environments: military, aerospace, space, naval and underwater applications.
ENERGY SOBRIETY
Optimised for better energy efficiency, our micromotors outperform all competing technologies.
WITH MULTIPLE APPLICATIONS
TO MULTIPLE APPLICATIONS
THE WATCHMAKING OF TOMORROW
Connected needle movements
Quartz movements
Watch complications
MICROROBOTS & MICROMECHANISMS
NANODRONE BIO-INSPIRE
THE WATCHMAKING OF TOMORROW
Connected needle movements
Quartz movements
Watch complications
MICROROBOTS & MICROMECHANISMS
NANODRONE BIO-INSPIRE
PRODUCTS CATALOGUE
PRODUCTS CATALOGUE
Micromotors
1 axis
Micromotors
2 independent concentric axis
FOOTPRINT
78mm²
80mm²
THICKNESS
1,1mm
1,95mm
TORQUE
16 µNm
16 µNm
POWER CONSUMPTIONN
2.4 µAs/step
2.4 µAs/step
ANGULAR PRECISION
360 steps/tour
360 steps/tour
OUTPUTS
1
2
FREQUENCY
0 to 100hz
0 to 100hz
These micromotors have been designed primarily for the watchmaking market and are suited to market standards.
For other applications, we are able to adapt our micromotor to your needs.
Nous contacter
These micromotors have been designed primarily for the watchmaking market and are suited to market standards.
For other applications, we are able to adapt our micromotor to your needs.
Contact us
Discover
TheTimeChanger X Alain Silberstein, professional retrograde chronograph equipped with programmable MEMS micromotors
Discover
TheTimeChanger X Alain Silberstein, professional retrograde chronograph equipped with programmable MEMS micromotors
Deeptech pioneers of hybrid MEMS and experts in silicon component manufacturing since 2003
ADRESS
SA SILMACH
16 RUE SOPHIE GERMAIN
25000 BESANCON
FRANCE