A novel optical tweezers concept for

cell and tissue mechanobiology.

A unique Force sensor technology:

 

  • No calibrations needed.
  • Measure forces inside living cells and tissues.
  • Simultaneous measurements on multiple optical traps.
  • Measure on non-spherical objects.
  • 3D Force measurements.

Multiple optical traps generation module:

 

  • Up to 256 optical traps.
  • AOD beam steering technology.
  • 25 kHz trap steering frequency.
  • 5W, 1064 nm single-frequency laser.
  • Compatible with different microscopies (BF, epi-FL, DIC, TIRFF, Confocal…).

Automated routines for cell mechanobiology:

 

  • “Click and Drag” trapping mode.
  • Active & passive micro-rheology.
  • Tether pulling & escape force measurements.
  • Multiple particles oscillations & trajectories definition.
  • Force clamp mode.
  • Trap stiffness & position calibration… and more coming soon!
  • Create your own routines using our LightAce macro language!

IMPETUX – Optical Tweezers for Mechanobiology

Impetux is a worldwide key manufacturer and supplier of turnkey optical tweezers systems designed for mechanobiology studies in living cells and 3D tissues.

Mechanobiology is a growing topic that is bound to have a great impact on diverse research fields like cancer, morphogenesis, immunology or regenerative medicine. The optical tweezers platform SENSOCELL™ enables outstanding and unprecedented optical trapping experiences for those researchers exploring new ways to boost their research:

  • Perform multiple optical trapping experiments with simultaneous force measurements and active/passive micro-rheology tests inside living cells or 3D tissues.
  • Manipulate individual cells or cell organelles like nuclei, membranes or other native structures while tracking the forces involved in a non-invasive way.

Our worldwide patented technology not only allows measuring rheological properties and forces where others cannot but also gives unprecedented ease of use of optical tweezers for cell mechanics studies.

See what our products can offer you and contact us if you need more information or want a demo!

Products: optical tweezers & force sensor

SENSOCELL™

Optical tweezers platform

Multiple optical traps generation and simultaneous calibration-free force measurements combined in a single research platform.

Visit product page. Want a quote?

Lunam™T-40i

Force sensor

Discover the unique capabilities of our calibration-free force sensor based on the analysis of light momentum changes. Also available for custom optical tweezers setups.

Visit product page. Want a quote?

Cygnium™G-422

Optical manipulation module

Thanks to its acousto-optic deflector based technology, it offers the highest flexibility in multiple optical traps generation and optical trapping and manipulation.

Visit product page. Want a quote?

Applications of SENSOCELL optical tweezers platform

Motor Proteins

Stall forces

Cooperation / Tug-of-war

Membrane Mechanics

Membrane deformation

Membrane stiffness

Cell contacts

Cell Migration

Protrusion forces

Migration forces

Membrane mechanoreceptors

Cell-Cell Interaction

Immunology

Antibody-antigen interaction

Micro-Rheology

Cytoplasm viscoelasticity

ECM micro-rheology

Cytoskeleton dynamics

Cell Division

Mitotic spindle forces

Chromosome separation

Nucleus Manipulation

Nucleus stretching

Nucleus displacement

Cell Motility

Swimming bacteria

Sperm motility

Contact us:

impetux@impetux.com

(+34) 93 185 69 38

Visit us:

Mallorca 93 | 08029 Barcelona

Este sitio web utiliza cookies para que usted tenga la mejor experiencia de usuario. Si continúa navegando está dando su consentimiento para la aceptación de las mencionadas cookies y la aceptación de nuestra política de cookies, pinche el enlace para mayor información.plugin cookies

ACEPTAR
Aviso de cookies

By continuing to use the site, you agree to the use of cookies. more information

The cookie settings on this website are set to "allow cookies" to give you the best browsing experience possible. If you continue to use this website without changing your cookie settings or you click "Accept" below then you are consenting to this.

Close