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Bio Excellence international Tech Co.,Ltd has been acting as sole agent for the sale of flexcell products for more than ten years,Bio Excellence can provide free technical guidance for flexcell tension, compression, fluid shear products, user site installation as well as training, until the user can use them without limiting number of training times.If you have any questions, please do not hesitate to contact us.
 

Flexcell fluid shear system

The Streamer® is a fluid shear stress device allowing users to regulate fluid shear stress to cells in culture with laminar, pulsatile, or oscillating flow. Flexcell’s® Streamer® System uses a computer-controlled peristaltic pump. Together with the Osci-Flow® Flow Controller, researchers can regulate the frequency of oscillation or pulsatile patterns based on shear stress level applied from 0-35 dynes/cm₂. Flexcell's® Fluid Shear System is designed to allow users to observe biochemical changes, cell migration and signaling under fluid shear load in vitro.

Streamer

A system solution that allows users to apply fluid shear stress to cells in culture with laminar, pulsatile or oscillating flow.

• Uses a computer-controlled peristaltic pump to regulate shear stress from 0-35 dynes/cm²
• Works with the Osci-Flow® Flow Controller to regulate oscillating and pulsatile fluid flow
• Culture cells on special matrix-coated Teflon rimmed 25 mm × 75 mm × 1.0 mm Culture Slips®
• Analyze effects of fluid flow on cell alignment, mRNA and protein expression, and signaling pathways
• Remove with quick disconnect fittings for easy cleaning after use
• Streamer device is autoclavable
• Run up to six slides in parallel at one time

Osci-Flow® Flow Controller

A flow control device that gives the user the ability to regulate the frequency of oscillation or pulsatile patterns as well as shear stress levels applied to cells through StreamSoft® and NI-DAQ software.

• Provides software regulated control of oscillatory and pulsatile fluid flow
• Works as a system solution with the Streamer® and FlexFlow® shear stress devices
• Minimizes flow response lag by eliminating inertial effects of decelerating and accelerating pumps and motors
• Instantaneously reverses fluid flow
• Adapts to other perfusion systems
• Accommodates any MasterFlex L/S series, or comparable, tubing

FlexFlow®Shear®Stress Device

A parallel plate laminar shear stress device that allows the user to observe signaling responses to fluid flow and/or apply strain (up to 4%) to cells before, during, or after applying a shear stress.

• Test cell alignment response to fluid flow
• Culture your cells on matrix bonded surfaces using StageFlexer® Membranes or Culture Slips®.
• Regulate shear stress from 0-35 dynes/cm2 using a computer-controlled peristaltic pump
• Use with the Osci-Flow® Flow Controller to regulate the frequency of oscillation or pulsatile flow patterns

Culture Slips® Microscope Slides

Works with the Streamer® and FlexFlow® systems. Each slip is matrix treated to promote cell attachment.

• Culture Slips® are available in two sizes: 75 mm x 25 mm x 1.0 mm (for Streamer® or FlexFlow®), 76 mm x 25 mm x 1 mm (for FlexFlow® only)
• Culture Slips® are rimmed with a 1.0 mm wide Teflon® border to help limit cell culture growth to the portion of the slip exposed to fluid flow
• Covalently bound matrix surfaces: Untreated, Amino, Collagen (Type I or IV), Elastin, Pronectin® (RGD), and Laminin (YIGSR)
• Available in a pack of 6 or case of 36 culture slips

75mm x 25mm x 1.0mm for work with Streamer or FlexFlow 
Cat No     Product Name
CS-U      Culture Slips — Untreated 
CS-A      Culture Slips — Amino 
CS-C      Culture Slips — Collagen Type I 
CS-C(IV)  Culture Slips — Collagen Type IV 
CS-E      Culture Slips — Elastin 
CS-P      Culture Slips — ProNectin 
CS-L      Culture Slips — Laminin

75mm x 25mm x 0.2mm for work with  FlexFlow 

Cat No     Product Name
FFCS-U      Culture Slips — Untreated 
FFCS-A      Culture Slips — Amino 
FFCS-C      Culture Slips — Collagen Type I 
FFCS-C(IV)  Culture Slips — Collagen Type IV 
FFCS-E      Culture Slips — Elastin 
FFCS-P      Culture Slips — ProNectin 
FFCS-L      Culture Slips — Laminin