235 results for 'Pump'

Connecting your tubing to a syringe pump is usually fairly simple. Every standard syringe has Luer or Luer Lock connection, making it easy to interface it with any type of tubing for your microfluidi ...

Since microfluidic systems are used in many fields such as biology, chemistry and medicine, the stability and accuracy of fluid flow control is very important for microfluidic system applications. D ...

Calculate the pressure generated by a syringe pump according to 3 parameters: linear force the syringe pump can exert number of channels on the syringe pump (number of syringes) syringe internal d ...

Functional principle of peristaltic pumps Peristaltic pumps are so-called roller pumps in which the rollers are rotated over a tube placed in the pump head, leading to the mechanical alteration of th ...

We have just added some new references of peristaltic pumps to our marketplace!    Among its principal benefits, it offers:   Industrial grade 4.3" true color LCD screen, touch screen control. ABS e ...

The syringe pump is an adjustable device generating a flow rate by volume displacement of liquid in the syringe body. The flow rate is calculated according to the section and the speed of the piston ...

This table gives the number of hours until failure of 1/4" OD x 3/8" OD Tygon tubing of different formulations, used at 600 rpm with a 3-roller pump head at room temperature. In microfluidics, peris ...

This application note uses flow accuracy measurement data from the Ismatec Reglo ICC peristaltic pump to show the impact of different tubing sizes and flow rates on the accuracy of the instrument, an ...

A short comparison of the most widely used methods of microfluidic flow control Microfluidics broadly encompasses the tools and techniques used to manipulate and monitor volumes of fluid on the micro ...

mp6-liq mp6-gas mp6-pi mp6-pp Number of actuators 2 2 2 2 Material in contact with medium PPSU PPSU PPSU, PI PP, PI Dimensions without tube clips 30 x15 x 3,8 mm 30 x15 x 3,8 mm 30 x15 x 3 ...

Microfluidic chips can provide a biomimetic environment for cell and tissue culture, preserving key aspects of the biological system while integrating downstream analysis. It is even possible to go f ...

Introduction  Knowing the real flow rate is an important matter in microfluidic research to avoid experimental errors and get the most accurate results. During an experiment, an error on the actual f ...

In this review, we compare the flow accuracy and stability at low flow rates of two micropump drivers designed by Bartels Mikrotechnik GmbH: the mp-Lowdriver and mp-Highdriver. Mounted on the mp-Mult ...

ChipShop microfluidic chips have convenient connections for soft-walled / peristaltic (silicone, Tygon...) tubing, through their mini Luer or Luer ports. This tubing is widely used with peristaltic p ...

ChipShop microfluidic chips have convenient connections for soft-walled / peristaltic (silicone, Tygon...) tubing, through their mini Luer or Luer ports. This tubing is widely used with peristaltic p ...

Tygon tubing is widely used in microfluidics, thanks to its high quality and number of formulations available. While some are most suited for peristaltic pumping, others are resistant to harsh chemi ...

You have probably all experienced it, the formation of air bubbles in microfluidics is a very common phenomenon and can in the worst case totally ruin an experience of several days. In other cases, w ...

The subject of this review is to evaluate to what extent the true value of a characteristic can be measured. To answer this question, 2 criterias must be taken into account: the intrinsic characteris ...

During your microfluidic experiments, and more particularly when working with peristaltic pump, you may face an issue when trying to connect a peristaltic/soft-walled tubing (for example in silicone) ...

Interest in biodegradable polymeric nanoparticles has been growing over the past decade. Indeed, they have many advantages, such as the possibility of combining different therapeutic substances, of p ...

Definition Shear stress is defined as the stress created when a tangential force acts on a surface. The definition of shear stress applied to biology and microfluidics is the frictional force of a bi ...

A short comparison of the most widely used methods of microfluidic flow control   Microfluidics broadly encompasses the tools and techniques used to manipulate and monitor volumes of fluid on the m ...

Flow control devices   Microfluidics broadly encompasses the tools and techniques used to manipulate and monitor volumes of fluid on the microscale. Arguably the two most inte ...

We design & install your microfluidic setup! At Darwin Microfluidics, we believe in microfluidics to take your research to the next level. However, it is not always easy to find the perfect setup, ...