Software with Unprecedented Experimental Control 

The NaOMI software allows for intuitive control of stretching protocols for Cytostretcher instruments.

Compact Design 

The Cytostretcher is extremely compact, easily integrating into your existing cell culture workflow. It can be operated on the bench-top or alongside other cultures inside a standard cell culture incubator – saving valuable space. 

• Instrument footprint:
  280 x 102 x 65 mm

• Control Unit footprint:
  110 x 64 x 60 mm

Convenient External Controller

The Cytostretcher External Controller is a small, lightweight module that can be magnetically attached to the exterior of a cell culture incubator to save space while being accessible. 

Run Multiple Experiments in Parallel 

Flexible Cytostretcher Chambers are available in a variety of formats, so you can mechanically condition many cultures in parallel.

• 6 Chambers x 2 wells, each well 5 mm x 5 mm

• 3 Chambers x 1 well, each well 12 mm x 12 mm

• 1 Chamber x 1 well, each well 50 mm x 50 mm

• 1 Chamber x 24 wells, each well 6 mm x 6 mm 

Live View: Observe Cells While Stretching 

Image live cells during your stretch routines. The Cytostretcher-LV and Cytostretcher Chambers are compatible with transmitted light and high-NA fluorescence microscopy, including immersion objectives. 

Maintain Focus While Stretching 

The Cytostretcher-LV is the only cell mechanical stimulation system that enables consistent sample focus during stretch. 

Universal Mounting Frame K 

Allows for broad compatibility with many industry standard microscopes and stages. Other mount options are available upon request. 

Up to Six Parallel Experiments

Configure up to six 5 mm x 5mm wells or one 12mm x 12mm well:

• 3 Chambers x 2 wells, each well 5 mm x 5 mm

• 1 Chamber x 1 well, each well 12 mm x 12 mm

NaOMI software allows for intuitive control of stretching parameters and protocols for Cytostretcher instruments. 

Cytostretcher Chambers are available with and without NanoSurface™ Topography

Cytostretcher Chambers are available with NanoSurface topography that mimics the aligned architecture of the native extracellular matrix, or with unpatterned “flat” surfaces. Patterned chambers are available with topographic cues either aligned in parallel or perpendicular to the direction of applied stretch.