contact@elveflow.com+33(0).184.163.807+1(414)-406-4343 Elveflow is an Elvesys brand, an international microfluidics innovation center with high level researchers dedicated to microfluidics and organ-on-a-chip.
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The two main drawbacks of the syringe pump for MICROFLUIDICS are the slow response time when setting a new flow rate and the FLOW OSCILLATIONS DUE TO MOTOR STEPS. Here, we will focus on understanding why syringe pumps have low responsiveness in microfluidics and go through ways to address this concern. ) [utiliser_acf] => [most_popular] => [review_type] => 11 [insert] => ob1fc2 [citation_author_repeater] => Array ( [0] => Array ( [citation_author] => Elveflow Team ) ) [citation_publication_date] => 2021/02/05 [citation_keywords_repeater] => Array ( [0] => Array ( [citation_keywords] => responsiveness in microfluidics ) ) [description_GS] => Syringe pumps are widely used in microfluidics research since they are easy to use and enable fast setup of microfluidic experiments. The two main drawbacks of the syringe pump for MICROFLUIDICS are the slow response time when setting a new flow rate and the FLOW OSCILLATIONS DUE TO MOTOR STEPS. 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Microfluidics is both the science which studies the behaviour of fluids through micro-channels and the technology of manufacturing microminiaturized devices containing chambers and tunnels through which fluids flow or are confined.
Multiple emulsions (monodisperse double emulsions for example) are promising materials for industrial fields like cosmetics, pharmaceutics or food. These emulsions in an emulsion can be used to encapsulate fragile compounds (drugs, vitamins, aromas…) inside droplets
Common syringe pumps have two major drawbacks when it comes to research in MICROFLUIDICS: RESPONSIVENESS and flow OSCILLATION/PULSATILE FLOW. Recently, some syringe pump manufacturers have developed...
Syringe pumps are widely used in microfluidics research since they are easy to use and enable fast setup of microfluidic experiments. The two main drawbacks of the syringe pump for MICROFLUIDICS are the slow response time when setting a new flow rate and the FLOW OSCILLATIONS DUE TO MOTOR STEPS. Here, we will focus on understanding why syringe pumps have low responsiveness in microfluidics and go through ways to address this concern.
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Kähler on automated, size-selective particle separation. ) [insert] => wpdrop [header__content___sidebar_ads2] => Array ( [image__header_ads2] => [subtitle_text__header_ads2] => [title__header_ad_ads2] => [sub_title_2_ads2] => [content__text__ad_ads2] => [link__header_ads2] => ) [citation_author_repeater] => [citation_publication_date] => [citation_keywords_repeater] => [description_GS] => [ID] => 137133 [title] => Innovative Particle Separation Using Ultrasonically-Induced Microbubble Streaming: A Study by Dr. Amirabas Bakhtiari and Christian J. 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This short review presents on-chip automatic efficient bacteria separation and preconcentration method with the use of pressure-driven flow controlled microfluidics.
This short review explores the fabrication of a leak resistant microfluidic chip. Most importantly, the 4 channel PDMS-based microfluidic chip is also tested under pressurized fluid injection for multiple liquid leak resistance checks.
Explore groundbreaking research by Dr. Amirabas Bakhtiari and Christian J. Kähler on automated, size-selective particle separation.
Performance of Polymeric Skin Adhesives during Perspiration
This short review presents the fabrication and testing of a 3D microfluidic micromixing device to perform on-chip particle manipulation.
Complex droplet networks using pressure-driven microfluidics
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The fluorescence probe is a robust and highly sensitive approach for detecting trace amounts of substance owing to its simplicity and non-invasiveness. Moreover, the use of optical methods, which is usually low cost, light-weight, high throughput and can be easily deployed in large scale for on-field or point-of-care applications.
Discover a simple and intuitive microfluidic water-in-oil droplet protocol under microscope monitoring
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[2048x2048-height] => 617 ) ) ) [introduction_texte] => Credit : Yu Song et al., (2020). Wireless battery-free wearable sweat sensor powered by human motion. Sci. Adv.6,eaay9842(2020). DOI: 10.1126/sciadv.aay9842 Licence : Public Domain Dedication . ) [principe] => Array ( [texte] => wearable testing Use Case
The wearable testing pack is dedicated to the test, characterization, and calibration with any volumes, reproducibility, and automatization. We have tried to create a multiplexing system that automates testing to calibrate any wearable where fluidics is involved.
The main objective of this pack is to create a system that is scalable and supports proper calibration through the use of a microfluidic system and biological fluids to easily calibrate your wearable. In addition, this system can be adapted to test both liquids and gas.
Wearables are devices that usually have integrated sensors that allow them to collect and process data. For example a patch for sweat analysis. This data can be biological and related to physical activity, health, communication and other aspects of daily life. Furthermore, these devices have a wide variety of applications and can be adjusted to different sensitivity and accuracy criteria.
Currently, there are methods that allow the testing of wearables. However, these require the use of many materials and long and repetitive processes that need extensive manual operations, often done by the scientist that developed the wearable. These methods are often static and do not replicate accurately the physiology of the body. Therefore, if you want to ensure high control and calibration of your tests, you can take your experiments to the next level with the advantages offered by microfluidics.
In general, microfluidics outperforms conventional wearable testing methods in the field of realism, flow control, miniaturization, multiplexing, automation and efficiency. Therefore, because microfluidics provides a powerful and versatile platform for wearable testing, it will provide researchers and manufacturers with valuable insights into device performance, reliability, and functionality under conditions that closely mimic real-world usage scenarios.
Here is an example of what your system could look like but there are multiple possibilities depending on if your medical device uses a single inlet or multiple and the type of tests that you need to perform.
This wearable testing beta pack is based on calibration by injecting different types of samples using a sequential injection system. For more detailed information, please contact our experts.
We take care of the fluidic design, you take care of your science. We provide all the instruments to automate your fluidic setup. One of the possible configurations is a sequence of different analytes as shown in the following setup:
With our beta package you can test different substances in your wearable. However, if you then wish to vary the concentration, you can consult our other beta pack for concentration calibration.
Most packs use the following instruments:
Hardware:
Contact our experts to answer any questions about this wearable testing use case and how it can match your specifications!
You can use this pack for adjusting the concentration ratio of analytes or switch from different samples, this will allow you to perform a steps or continuum analysis.
Elveflow’s products and packs are fully customizable so they will be perfectly adapted to your needs. Our specialists and researchers can help you choose the best instruments and accessories. In addition, they will accompany you during the setup of the microfluidic platform until you can get the experimental results you need.
Elveflow can provide you with a wide range of different flow sensors, bubble detectors and traps or any relevant microfluidic instrument for the applications you need.
Please contact our experts for any questions about this pack and how it can fit your specifications.
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You are welcome to stop by our booth to discuss your project and see how we can work together. ) [ID] => 1474 [title] => Symposium on Neuromorphic, Neurofluidic Engineering [permalink] => https://www.elveflow.com/group/microfluidic-news/neurofluidic-engineering-conference/ [post_type] => news [post_type_name] => News ) [1] => stdClass Object ( [preview] => Array ( [image] => Array ( [ID] => 3345 [id] => 3345 [title] => lab on a chip microfluidics conference e1578487733218 [filename] => lab-on-a-chip-microfluidics-conference-e1578487733218.png [filesize] => 52355 [url] => https://www.elveflow.com/wp-content/uploads/2017/04/lab-on-a-chip-microfluidics-conference-e1578487733218.png [link] => https://www.elveflow.com/group/microfluidic-news/lab-on-a-chip-europe-2017/lab-on-a-chip-microfluidics-conference/ [alt] => lab on a chip microfluidics conference e1578487733218 [author] => 27 [description] => lab on a chip microfluidics conference e1578487733218 [caption] => lab on a chip microfluidics conference e1578487733218 [name] => lab-on-a-chip-microfluidics-conference [status] => inherit [uploaded_to] => 1495 [date] => 2020-01-08 12:48:25 [modified] => 2024-08-19 14:21:26 [menu_order] => 0 [mime_type] => image/png [type] => image [subtype] => png [icon] => https://www.elveflow.com/wp-includes/images/media/default.png [width] => 499 [height] => 264 [sizes] => Array ( [thumbnail] => https://www.elveflow.com/wp-content/uploads/2017/04/lab-on-a-chip-microfluidics-conference-e1578487733218-150x150.png [thumbnail-width] => 150 [thumbnail-height] => 150 [medium] => https://www.elveflow.com/wp-content/uploads/2017/04/lab-on-a-chip-microfluidics-conference-e1578487733218-300x159.png [medium-width] => 300 [medium-height] => 159 [medium_large] => https://www.elveflow.com/wp-content/uploads/2017/04/lab-on-a-chip-microfluidics-conference-e1578487733218.png [medium_large-width] => 499 [medium_large-height] => 264 [large] => https://www.elveflow.com/wp-content/uploads/2017/04/lab-on-a-chip-microfluidics-conference-e1578487733218.png [large-width] => 499 [large-height] => 264 [1536x1536] => https://www.elveflow.com/wp-content/uploads/2017/04/lab-on-a-chip-microfluidics-conference-e1578487733218.png [1536x1536-width] => 499 [1536x1536-height] => 264 [2048x2048] => https://www.elveflow.com/wp-content/uploads/2017/04/lab-on-a-chip-microfluidics-conference-e1578487733218.png [2048x2048-width] => 499 [2048x2048-height] => 264 ) ) [texte] => Elveflow is pleased to announce that we will attend that Lab-on-a-Chip & Microfluidics 2017 conference. It will be taking place at Holiday Inn Munich City Centre, Munich, Germany on 10 - 11 May, 2017. ) [ID] => 1495 [title] => Microfluidic Conference : Lab-on-a-Chip & Microfluidics 2017 [permalink] => https://www.elveflow.com/group/microfluidic-news/lab-on-a-chip-europe-2017/ [post_type] => news [post_type_name] => News ) [2] => stdClass Object ( [preview] => Array ( [image] => Array ( [ID] => 21949 [id] => 21949 [title] => Elveflow webinars september elveflow microfluidics v5 [filename] => Elveflow-webinars-september-elveflow-microfluidics-v5.png [filesize] => 278753 [url] => https://www.elveflow.com/wp-content/uploads/2020/09/Elveflow-webinars-september-elveflow-microfluidics-v5.png [link] => https://www.elveflow.com/group/microfluidic-news/microfluidics-live-webinar-september/elveflow-webinars-september-elveflow-microfluidics-v5/ [alt] => Elveflow webinars september elveflow microfluidics v5 [author] => 27 [description] => Elveflow webinars september elveflow microfluidics v5 [caption] => Elveflow webinars september elveflow microfluidics v5 [name] => elveflow-webinars-september-elveflow-microfluidics-v5 [status] => inherit [uploaded_to] => 21936 [date] => 2020-09-10 11:11:53 [modified] => 2023-12-15 16:34:15 [menu_order] => 0 [mime_type] => image/png [type] => image [subtype] => png [icon] => https://www.elveflow.com/wp-includes/images/media/default.png [width] => 1300 [height] => 682 [sizes] => Array ( [thumbnail] => https://www.elveflow.com/wp-content/uploads/2020/09/Elveflow-webinars-september-elveflow-microfluidics-v5-150x150.png [thumbnail-width] => 150 [thumbnail-height] => 150 [medium] => https://www.elveflow.com/wp-content/uploads/2020/09/Elveflow-webinars-september-elveflow-microfluidics-v5-300x157.png [medium-width] => 300 [medium-height] => 157 [medium_large] => https://www.elveflow.com/wp-content/uploads/2020/09/Elveflow-webinars-september-elveflow-microfluidics-v5-768x403.png [medium_large-width] => 768 [medium_large-height] => 403 [large] => https://www.elveflow.com/wp-content/uploads/2020/09/Elveflow-webinars-september-elveflow-microfluidics-v5-1024x537.png [large-width] => 1024 [large-height] => 537 [1536x1536] => https://www.elveflow.com/wp-content/uploads/2020/09/Elveflow-webinars-september-elveflow-microfluidics-v5.png [1536x1536-width] => 1300 [1536x1536-height] => 682 [2048x2048] => https://www.elveflow.com/wp-content/uploads/2020/09/Elveflow-webinars-september-elveflow-microfluidics-v5.png [2048x2048-width] => 1300 [2048x2048-height] => 682 ) ) [texte] => WHO SHOULD ATTEND? Anyone interested in getting new insight in microfluidics from newbies to more advanced users! The more the merrier! ) [citation_author_repeater] => [citation_publication_date] => [citation_keywords_repeater] => [description_GS] => [ID] => 21936 [title] => Microfluidics Live Webinar September [permalink] => https://www.elveflow.com/group/microfluidic-news/microfluidics-live-webinar-september/ [post_type] => news [post_type_name] => News ) ) )
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[ID] => 2752 [title] => ELVEFLOW INSIGHTS – Alexander McMillan [permalink] => https://www.elveflow.com/elveflow-community/free-multimedia-tools/microfluidic-interviews/elveflow-insights-alexander-mcmillan/ [post_type] => multimedia_tools [post_type_name] => Free multimedia tool ) [1] => stdClass Object ( [multimedia_type] => 8226 [id_url] => FkggFEkSHSs [description] => Julia Sepulveda & Lydie Jeux are collaborative research managers at Elveflow. Let them present how they manage collaborative research projects by applying for grants and accompanying the researchers every day, through two European research projects, PANBIORA & DeLIVER. Elveflow makes state-of-the-art microfluidic equipment to take your research even further - we care so much about microfluidic research that we have our own research and innovation department. The Panbiora project has received funding from the European Union’s Horizon 2020 research and innovation programme under grant agreement No 760921. The DeLIVER project has received funding from the European Union’s Horizon 2020 MSCA-ITN under grant agreement No 766181. [ID] => 2753 [title] => ELVEFLOW INSIGHTS – Julia Sepulveda & Lydie Jeux [permalink] => https://www.elveflow.com/elveflow-community/free-multimedia-tools/microfluidic-interviews/elveflow-insights-julia-sepulveda-lydie-jeux/ [post_type] => multimedia_tools [post_type_name] => Free multimedia tool ) [2] => stdClass Object ( [multimedia_type] => 8226 [id_url] => scjECuv0orw [description] => As part of the MOOAC project, Sasha Cai Lesher-Pérez has had to work on the development of a multi-compartmental organ-on-a-chip in the research branch of Elveflow. Catch a glimpse of his process. Elveflow makes state-of-the-art microfluidic equipment to take your research even further - we care so much about microfluidic research that we have our own research and innovation department. This project has received funding from the European Union’s Horizon 2020 research and innovation programme under the Marie Sklodowska-Curie grant agreement No ID: 753743. [ID] => 2757 [title] => ELVEFLOW INSIGHTS – Sasha Cai Lesher-Perez [permalink] => https://www.elveflow.com/elveflow-community/free-multimedia-tools/microfluidic-interviews/elveflow-insights-sasha-cai-lesher-perez/ [post_type] => multimedia_tools [post_type_name] => Free multimedia tool ) [3] => stdClass Object ( [multimedia_type] => 8226 [id_url] => 7Tsv4Vx02Fk [description] => Sisi Li worked on a microfluidic diagnosis platform. Find out more about her time at the research branch of Elveflow, Elvesys. Elveflow makes state-of-the-art microfluidic equipment to take your research even further - we care so much about microfluidic research that we have our own research and innovation department. This project has received funding from the European Union’s Horizon 2020 research and innovation programme under the Marie Sklodowska-Curie grant agreement No 750999. [ID] => 2754 [title] => ELVEFLOW INSIGHTS – Sisi Li [permalink] => https://www.elveflow.com/elveflow-community/free-multimedia-tools/microfluidic-interviews/elveflow-insights-sisi-li/ [post_type] => multimedia_tools [post_type_name] => Free multimedia tool ) [4] => stdClass Object ( [multimedia_type] => 8226 [id_url] => _w01mm7KFFk [description] => Başak Aru spent a one-month secondment at the research branch of Elveflow as part of the Auto-IGG research project. Find out what she worked on as well as her research process. Elveflow makes state-of-the-art microfluidic equipment to take your research even further - we care so much about microfluidic research that we have our own research and innovation department. This project has received funding from the European Union’s Horizon 2020 research and innovation programme under the Marie Sklodowska-Curie grant agreement No 778405 [ID] => 2755 [title] => ELVEFLOW INSIGHTS – Basak Aru – AutoIGG Project [permalink] => https://www.elveflow.com/elveflow-community/free-multimedia-tools/microfluidic-interviews/elveflow-insights-basak-aru-autoigg-project/ [post_type] => multimedia_tools [post_type_name] => Free multimedia tool ) [5] => stdClass Object ( [multimedia_type] => 8226 [id_url] => rFlWqzb4mYs [description] => Alessandra Delaquilla has been working at Elveflow on the DeLIVER project as a PhD student and part of an Innovative Training Network (ITN). This project focuses on specific cells of the liver that are difficult to see, and uses microfluidics to develop a technology to observe and understand them better. The goal is to find new solutions and treatments for liver diseases. 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The Sensor Reader can be used to monitor flow rate, pressure, or other physical parameters on any type of flow control instrument (syringe pump, peristaltic pump, perfusion, pressure controller). 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[2048x2048-height] => 618 ) ) ) [introduction_texte] => ) [principe] => Array ( [texte] => MONITOR THE MEASUREMENT OF ALL YOUR MICROFLUIDIC SENSORS Connect pressure and flow sensors wherever you want in the setup to closely monitor your microfluidic experiment. The Sensor Reader module allows you to control 4 sensors simultaneously. Additionally, our software allows controlling several Sensor Readers simultaneously. The MSR is the ideal supplement to the OB1 flow controller should you need high control over your experimental parameters. Benefit in an optimal manner from the performance of Elveflow® Sensors with the Sensor Reader acquisition interface. The open interface Sensor Reader also allows you to use third-party sensors. Fast and precise With an acquisition sampling rate of up to 200 Hz and an 16 bit resolution, the Sensor Reader allows you to easily conduct experiments involving monitoring or controlling a physical parameter with analog and digital sensors in real time. Wide sensors compatibility See Elveflow® fully compatible pressure sensor & flow sensor below Noise reduction An embedded analog 60 Hz low pass filter function can be activated on each channel independently to reduce sensor noise. PERFORMANCE Our Sensor Reader achieves an 16 bits resolution at up to 200 Hz sampling rate and a sub-resolution noise, for accuracy levels on your sensor measurements down to 0.05% of the full scale and a response time down to 5 ms. Sampling rate up to 200 Hz Resolution :from 9 to 16 bits Input range : 0 – 10 V Fully compatible with other Elveflow instruments Measurement noise below resolution Noise reduction function with a 3rd order 60 Hz low-pass filter ELVEFLOW® PRESSURE & FLOW SENSORS – FULLY COMPATIBLE We have already selected a wide range of integrated sensors fitting microfluidic applications. Flow Sensors (MFS) Resolution 1,5 pL/sec Ranges from 0.07 to 5000 μL/min Pressure Sensor (MPS & MFP) Accuracy down to 0.2 % of Full Scale 4 ranges from 5 psi (340 mBar) to 100 psi (7 bar) All our sensors are provided with an M8 electrical connection and can be used with the Sensor Reader. We also provide all the microfluidic connector kits necessary to start your experiment. [image] => ) [applications] => Array ( [texte] => Pressure sensor feedback loop How to study bacteria by microfluidics Controlled microfluidic sample injection Preparation of PLGA nanoparticles by flow focusing All our application notes: here! Mechanical cell compression Performance of polymeric skin adhesives during perspiration All our research summaries: here! Microfluidic for cell biology: Concepts and methodologies Thermoelectric sensor Microfluidics for point-of-care diagnostic devices All our reviews: here! Publications For all the publications using our products, please click here. For all the application notes and reviews based on our product, please click here. ) [specifications] => Array ( [texte] => The following table summarizes the main features of the Elveflow® MSR Microfluidic Sensor Reader. SENSOR READER UNIT SPECIFICATIONS Number of sensors connections up to 4 Sensor connectors M8 female (4 pins) USB reading current min – max 200 mA – 800 mA Sensor power supplies voltage (2 power supplies tunable independently each of which feeding 2 sensors) 5 – 24 V Max total power on the 4 channels 0.9 W SENSOR INPUTS Impedance 1 MΩ Acquisition frequency 200 Hz Acquisition resolution from 9 to 16 bits Input range 0- 10 V Resolution (1 bit) 5 mV Noise (full band) 5 mV rms Compatible sensors Elveflow MFS flow sensor, MPS pressure sensor, MFP FlowPlus pressure sensor, MBD bubble detector, other sensors Non-contractual information, may be changed without notice SENSOR READER SIZE: without connectors (length x width x height): 91 x 69 x 29 mm WEIGHT: 320 g [image] => ) [download] => Array ( [fichiers] => ) [faq] => Array ( [items] => ) [more] => Array ( [more_title] => SOFTWARE [texte] => ESI is Elveflow’s more advanced software interface, built to make experimenter’s life better. It is perfectly adapted, from simple setups control to very advanced setups and workflows automation. It embarks several modules that make time-consuming and painful tasks so simple. It comes with SDK libraries to control the Elveflow system with your own code (C++, Python, MATLAB®, LabVIEW®) [image] => [video] => ) [outline1] => Array ( [text] => 1. ELVEFLOW’S SINGLE SOFTWARE (ESI) Monitor and automate your setup using our ESI software that allows you to measure, control and automate your experiment using only one interface. 2. FLOW SENSOR (MFS) OR PRESSURE SENSOR (MPS) Place the sensors anywhere you want on your fluidic path and electrically connect your sensors to the Microfluidic Sensor Reader. Thanks to their small footprint, sensors can be placed anywhere within your fluidic system. 3. MICROFLUIDIC SENSOR READER (MSR) Connect the sensor reader to your computer via USB and monitor it using the Elveflow® Smart Interface 4. CHIP / CAPILLARY Add you chip to complete the standard setup. In this position, the sensor directly measures the pressure entering the microfluidic chip. You can add another pressure sensor at the chip outlet in order to get the difference in pressure and/or the microfluidic resistance. [image] => ) [customization] => Array ( [title] => [] => [image] => [texte_1] => [texte_2] => [texte_3] => ) [outline2] => Array ( [image] => [text] => ) [produits_associes] => Array ( [0] => 375 [1] => 986 [2] => 1022 [3] => 985 ) [application_packs_on] => [software_on] => [distributors_on] => [services_on] => [citation_author_repeater] => [citation_publication_date] => [citation_keywords_repeater] => [description_GS] => [testimonials_prod] => [announcement_box] => [oem_product_banner] => Array ( [product_banner] => [product_title] => [product_description] => [button_label] => [button_url] => ) [ID] => 98351 [title] => Microfluidic sensor reader [permalink] => https://www.elveflow.com/microfluidic-products/microfluidics-flow-measurement-sensors/microfluidic-sensor-reader/ [post_type] => measurement [post_type_name] => Flow measurement ) ) )
An acquisition interface for all your sensors inside your setup
The Sensor Reader is an interface allowing the acquisition of many kinds of analog and digital sensors, including Elveflow’s pressure sensors and flow sensors. The Sensor Reader can be used to monitor flow rate, pressure, or other physical parameters on any type of flow control instrument (syringe pump, peristaltic pump, perfusion, pressure controller).
Connect pressure and flow sensors wherever you want in the setup to closely monitor your microfluidic experiment. The Sensor Reader module allows you to control 4 sensors simultaneously. Additionally, our software allows controlling several Sensor Readers simultaneously. The MSR is the ideal supplement to the OB1 flow controller should you need high control over your experimental parameters.
Benefit in an optimal manner from the performance of Elveflow® Sensors with the Sensor Reader acquisition interface. The open interface Sensor Reader also allows you to use third-party sensors.
Fast and precise
With an acquisition sampling rate of up to 200 Hz and an 16 bit resolution, the Sensor Reader allows you to easily conduct experiments involving monitoring or controlling a physical parameter with analog and digital sensors in real time.
Wide sensors compatibility
See Elveflow® fully compatible pressure sensor & flow sensor below
Noise reduction
An embedded analog 60 Hz low pass filter function can be activated on each channel independently to reduce sensor noise.
Our Sensor Reader achieves an 16 bits resolution at up to 200 Hz sampling rate and a sub-resolution noise, for accuracy levels on your sensor measurements down to 0.05% of the full scale and a response time down to 5 ms.
We have already selected a wide range of integrated sensors fitting microfluidic applications.
Flow Sensors (MFS)
Pressure Sensor (MPS & MFP)
All our sensors are provided with an M8 electrical connection and can be used with the Sensor Reader. We also provide all the microfluidic connector kits necessary to start your experiment.
For all the publications using our products, please click here.
For all the application notes and reviews based on our product, please click here.
The following table summarizes the main features of the Elveflow® MSR Microfluidic Sensor Reader.
Non-contractual information, may be changed without notice
SENSOR READER SIZE: without connectors (length x width x height): 91 x 69 x 29 mm WEIGHT: 320 g
ESI is Elveflow’s more advanced software interface, built to make experimenter’s life better. It is perfectly adapted, from simple setups control to very advanced setups and workflows automation. It embarks several modules that make time-consuming and painful tasks so simple. It comes with SDK libraries to control the Elveflow system with your own code (C++, Python, MATLAB®, LabVIEW®)
1. ELVEFLOW’S SINGLE SOFTWARE (ESI)
Monitor and automate your setup using our ESI software that allows you to measure, control and automate your experiment using only one interface.
2. FLOW SENSOR (MFS) OR PRESSURE SENSOR (MPS)
Place the sensors anywhere you want on your fluidic path and electrically connect your sensors to the Microfluidic Sensor Reader.
Thanks to their small footprint, sensors can be placed anywhere within your fluidic system.
3. MICROFLUIDIC SENSOR READER (MSR)
Connect the sensor reader to your computer via USB and monitor it using the Elveflow® Smart Interface
4. CHIP / CAPILLARY
Add you chip to complete the standard setup. In this position, the sensor directly measures the pressure entering the microfluidic chip. You can add another pressure sensor at the chip outlet in order to get the difference in pressure and/or the microfluidic resistance.
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