Technical Note DropChip

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Technical specifications for DropChip.

DropChip - Droplet Generation with ExiGo pump

Details
ExiGo is a microfluidic syringe pump controlled by an iPad mini. 4-channels or pumps may be controlled independently by one iPad mini. LabView and API options for PC control are also available. Key features of this pump include volumetric flow rates of 0.0725pL/min - 20mL/min. Continuous pulse-free flow rates with sensor are 10nL/min - 1mL/min with 250uL glass syringe and 100nL/min - 20mL/min with 5mL plastic syringe. Compatible with standard syringes. The user-friendly iPad mini enables simple programming of flow steps: constant, ramp, step, sine. Application shown in this video is droplet generation.

ExiGo Precise Control

Details
ExiGo is a microfluidic syringe pump controlled by an iPad mini. 4-channels or pumps may be controlled independently by one iPad mini. LabView and API options for PC control are also available. Key features of this pump include volumetric flow rates of 0.0725pL/min - 20mL/min. Continuous pulse-free flow rates with sensor are 10nL/min - 1mL/min with 250uL glass syringe and 100nL/min - 20mL/min with 5mL plastic syringe. Compatible with standard syringes. The user-friendly iPad mini enables simple programming of flow steps: constant, ramp, step, sine. Application shown in this video is precise flow control and multilaminar flow.

Manual ExiGo Pump iPad

Details
ExiGo is a microfluidic syringe pump controlled by an iPad mini or LabVIEW. This video illustrates how to get started with the ExiGo pump using the iPad mini application. Key features of this pump include volumetric flow rates of 10 nL/min - 20mL/min. Continuous pulse-free flow rates with sensor are 10nL/min - 1mL/min with 250uL glass syringe and 100nL/min - 20mL/min with 5mL plastic syringe. Compatible with standard syringes. The user-friendly simple programming of flow steps include: constant, ramp, step, sine.

Manual ExiGo Pump LabVIEW

Details
ExiGo is a microfluidic syringe pump controlled by LabVIEW or an iPad mini. This manual illustrates how to get started with the ExiGo pump using LabVIEW. Key features of this pump include volumetric flow rates of 10 nL/min - 20mL/min. Continuous pulse-free flow rates with sensor are 10nL/min - 1mL/min with 250uL glass syringe and 100nL/min - 20mL/min with 5mL plastic syringe. Compatible with standard syringes. The user-friendly simple programming of flow steps include: constant, ramp, step, sine.
3:54
ExiGo Getting Started iPad version

ExiGo Getting Started iPad version

Details
ExiGo is a microfluidic syringe pump controlled by an iPad mini or LabVIEW. This video illustrates how to get started with the ExiGo pump using the iPad mini application. Key features of this pump include volumetric flow rates of 0.0725pL/min - 20mL/min. Continuous pulse-free flow rates with sensor are 10nL/min - 1mL/min with 250uL glass syringe and 100nL/min - 20mL/min with 5mL plastic syringe. Compatible with standard syringes. The user-friendly simple programming of flow steps include: constant, ramp, step, sine.
5:22
ExiGo Getting Started with LabVIEW

ExiGo Getting Started with LabVIEW

Details
ExiGo is a microfluidic syringe pump controlled by LabVIEW or an iPad mini. This video illustrates how to get started with the ExiGo pump using LabVIEW. Key features of this pump include volumetric flow rates of 0.0725pL/min - 20mL/min. Continuous pulse-free flow rates with sensor are 10nL/min - 1mL/min with 250uL glass syringe and 100nL/min - 20mL/min with 5mL plastic syringe. Compatible with standard syringes. The user-friendly simple programming of flow steps include: constant, ramp, step, sine.

Technical Note 2014 ExiGo Flow Sensors

Details
Technical specifications for ExiGo flow sensors - optional add-on for ExiGo pumps.

Technical Note 2014 Microfluidic Hydrodynamic Focusing Set-up

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Technical specifications for microfluidic hydrodynamic focusing set-up combining the patented, precision, microfluidic ExiGo pump together with a multichannel pressure pump resulting in a cost-effective solution for hydrodynamic focusing.
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Cell-Cell Adhesion Assays with ExiGo Pump

Cell-Cell Adhesion Assays with ExiGo Pump

Details
Demonstration of cell-cell adhesion assays using the ExiGo pump. Learn how to do experiments such as THP-1 cell adhesion vo HUVEC monolayer in Cellix's biochips at a shear stress of 0.5dyne/cm 2 . Brightfield and phase contrast imaging shown. ExiGo is a microfluidic syringe pump controlled by an iPad mini. 4-channels or pumps may be controlled independently by one iPad mini. LabView and API options for PC control are also available. Key features of this pump include volumetric flow rates of 0.0725pL/min - 20mL/min. Continuous pulse-free flow rates with sensor are 10nL/min - 1mL/min with 250uL glass syringe and 100nL/min - 20mL/min with 5mL plastic syringe. Compatible with standard syringes. The user-friendly iPad mini enables simple programming of flow steps: constant, ramp, step, sine.
11:52
Cell Rolling and Adhesion Assays with ExiGo Pump

Cell Rolling and Adhesion Assays with ExiGo Pump

Details
Demonstration of cell rolling and adhesion assays using the ExiGo pump. Learn how to do experiments such as THP-1 cell rolling on E-selectin; THP-1 cell adhesion on VCAM coated microchannels. We also demonstrate leukocyte adhesion from whole blood on VCAM-coated microchannels of our biochips at 0.5dyne/cm 2 . Finally, we show high shear flow blood perfusion assay illustrating platelet adhesion from whole blood on collagen-coated microchannel 67.5dyne/cm 2 . This is all achieved with Cellix's ExiGo pump and biochips. ExiGo is a microfluidic syringe pump controlled by an iPad mini. 4-channels or pumps may be controlled independently by one iPad mini. LabView and API options for PC control are also available. Key features of this pump include volumetric flow rates of 0.0725pL/min - 20mL/min. Continuous pulse-free flow rates with sensor are 10nL/min - 1mL/min with 250uL glass syringe and 100nL/min - 20mL/min with 5mL plastic syringe. Compatible with standard syringes. The user-friendly iPa...
13:50
Multilaminar Flow Experiment with ExiGo Pumps

Multilaminar Flow Experiment with ExiGo Pumps

Details
Demonstration of multilaminar flow experiments using the ExiGo pump. Learn how to easily control the boundary between two liquid samples injected simultaneously in a Y-junction biochip (VenaDeltaY1 biochip from Cellix). Liquid samples included in this demonstration are a buffer solution (deionized water) and a solution containing microparticles. ExiGo is a microfluidic syringe pump controlled by an iPad mini. 4-channels or pumps may be controlled independently by one iPad mini. LabView and API options for PC control are also available. In this demonstration, 2 ExiGo pumps are used with flow sensors to control multilaminar flow of liquids in a biochip. Key features of this pump include volumetric flow rates of 0.0725pL/min - 20mL/min. Continuous pulse-free flow rates with sensor are 10nL/min - 1mL/min with 250uL glass syringe and 100nL/min - 20mL/min with 5mL plastic syringe. Compatible with standard syringes. The user-friendly iPad mini enables simple programming of flow steps: constan...

Shear Stress and Flow Rates for Kima Pump with Cellix Biochips

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Shear Stress and Flow Rates for Kima Pump with Cellix Biochips. Cell suspension samples; Kima pump not compatible with whole blood.

Vena8 Glass Coverslip Biochips – High Shear-Flow Rates

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Vena8 Glass Coverslip Biochips – High Shear-Flow Rates

Vena8 Glass Coverslip Biochips – Low Shear-Flow Rates

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Vena8 Glass Coverslip Biochips – Low Shear-Flow Rates

Technical Note Vena8 Glass Coverslip Biochips

Details
Biochips with glass coverslips; coverslip may be non-treated or treated with chelated Cu 2+ ion tethered to the high-density PEG coating.