Microfluidic Systems

Microfluidic systems are devices that move a sample through a web of channels, pumps, valves, and filters, that are submillimeter in scale to enable the analysis of DNA, proteins or cells present in nano or even pico liter volumes. Precise analysis with only a small amount of sample, fast reaction times, and ease of automation, mean the device is ideal for application in the fields of biomedical, clinical, pharmaceutical, or biotechnological science.

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Medical Devices
Designed for use with the Mitos Sensor Display, the Mitos Flow Rate Sensors enable fast and accurate measurements of ultra low liquid rates. The high precision thermal sensor technology provides total media isolation and extremely low internal volume with no moving parts.
Nanopoint's cellTRAY Imaging System Model CT-2000 offers the most advanced, on-microscope incubator and integrated microfluidics system available for life science research. The system allows experiments to run on an inverted microscope for extended periods of time, enabling time-lapse imaging of live cells over the course of several hours to days.
The M-110L produces up to 18,000 psi with standard lab air, for premium results at an affordable cost. Recommended to produce stable micro-emulsions & dispersions.
The MFCSTM-FLEX is a positive-pressure-driven flow controller, ideal for microfluidic applications requiring pressures from 0 to 1bar and providing the highest stability and responsiveness.
The Mitos P-Pump provides pulseless liquid flow with a precise pressure driven pumping mechanism. When used in conjunction with our flow sensors, flow rate as well as pressure can accurately be set and controller.
The Instrument for Biomolecular Interaction Sensing MultipleX 96 (IBIS-MX96) is a comprehensive system for multiplex biomolecular interaction imaging.
The MFCS-100 is a positive high pressure-driven flow controller, ideal for microfluidic applications requiring pressures higher than 1bar and up to 7bar and ensuring the highest stability and responsiveness at this pressure range.
The Mitos Duo XS-Pump has been specifically developed for applications such as droplet generation, where an extremely smooth flow rate is required. The microfluidic pumping system achieves this through its advanced drive electronics that eliminate the pulsation from the stepper motor, providing a pulse-free flow.
Asia 210 is Syrris’ entry level system for totally automated synthesis of a solution phase reaction. Centrally controlled by the intelligent Asia Pump and Asia Automator, the Asia 210 system also includes a Pressurized Input Store, Glass Microreactor Chip, Chip Climate Controller, Pressure Controller and Product Collector.
Asia 110 is an excellent value, entry level system, ideal for beginners in solution phase flow chemistry. This very compact system combines the high performance of an Asia Pump, an Asia Chip Climate Controller, a glass microreactor (“chip”) and an Asia Pressure Controller.
Responding to customer demand, Microfluidics has launched the LV1 low volume benchtop machine, which brings high shear Microfluidizer processing capabilities to samples as small as 1 ml.
The industry's leading high shear fluid processor just got better. With simplified usage controls, cooler operation, and reduced weight and noise, the new M-110P lab homogenizer is setting gold standards all over again. Read about all the improvements in the product announcement.
Nanopoint's cellTRAY Microfluidics System provides laminar flow similar to in vivo conditions. The flow delivery software enables a pulse rhythm which mimics the oviduct environment, providing physiological benefits such as nutrient media content on all surfaces of the oocyte, and a constant flow of fresh media without the need for cell manipulations.
The MFCS-VAC is a negative pressure-driven flow controller operating, dedicated to microfluidic applications requiring negative pressures down to -800mbar.
Asia 310 is a flow chemistry system ideal for process optimization as it allows total automation of up to 99 solution phase experiments with 2 flow inputs.
The M-110Y Microfluidizer processor is a lab machine that provides the highest shear rates of any available mixer or homogenizer on the market today, maximizing the energy-per-unit fluid volume to produce uniform submicron particle and droplet sizes.
The VenaFlux Platform is the first semi-automated microfluidic platform capable of executing cell rolling, binding/adhesion and migration studies under shear flow mimicking in vivo flow rates.