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micropump

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Videos

  • The Dolomite Centre Ltd - Piezoelectric Pump.wmv Dolomite's new range of Piezoelectric Pumps provides a flexible solution for handling small volumes of fluid within microfluidic systems. Extremely small in size, the lightweight Piezoelectric Pumps are ideal for easy integration into experimental set-ups and can be used in portable microfluidic devices. Their unique technology uses the piezoelectric effect which converts electrical energy into mechanical energy for the actuation of a diaphragm, resulting in fluid movement through the diaphragm chamber. Visit our website for more information www.dolomite-
  • Aspiration/dispensing system with multilevel sensing The combination of CSEM's bidirectional, pulsation-free TURBSIC pump with a flowsensor into a compact liquid handling module allows to meter the pressure and actual volume dispensed during operation. Optionally, the flowsensor could be used for closed-loop operation of the module. The flowsensor sensitivity is adjustable. The complete module is only 8 mm wide, incl. the z-axis. This enables to combine several such modules into a row addressing 96 MWP formats. The module can be used for aspiration and dispensing, but also in continuous flow with a reservoir. A vision system set between pipette tip and MWP enables to measure the volume of the droplets dispensed in real-time. The vision algorithm identifies the droplet position and shape and calculates the liquid volume by assuming rotational symmetry. Finally, a capacitive sensor underneath the MWP can perform a real-time measurement of the liquid volume inside a well, thereby verifying the arrival of a droplet. The setup of the sensor is such, that it could be expanded across the complete MWP, ie measurement of the liquid volume in each individual well becomes feasible. For more information contact [email protected]
  • The "EQ" Personal Vaporizer (Patent Pending) Promo Video The "EQ" (Patent Pending) is the newest innovation in Personal Vaporizer Technology. We have taken all the best parts of what you love about vaping/ and removed the parts about vaping that have become tiresome, and put them inside a custom designed portable package that is easy to use, and fantastic to vape!
  • micropump mp6 for medical nebulizers For treatment of pulmonary diseases, nebulizers for liquid drugs are commonly used. While for desktop units in a clinical environment, orientation independence for example is of minor importance, portable nebulizers for home care add additional requirements. To ensure reliable fluid supply in different orientations or to remove residual liquid from the system after usage the mp6 micropump is used. In portable systems, the small size and low power consumption are advantageous. With its robust design, having only one plastic material and no metal parts in fluid contact, the pumps are well equipped for medical requirements. www.Bartels- www.micro-
  • Topeak Air BackPack A revolutionary cycling specific backpack which uses pressurized air to fine-tune the pack for personal comfort and fit. Multi-channel air chambers located in the hip belt and back contact area are inflated with an integrated micro pump and release valve. Constructed from lightweight and durable 210 denier nylon, the form fitting and aerodynamic Air BackPack features multiple storage compartments including: full length center zipper providing main access; separate top loading hydration bladder compartment; zip side panel; side water bottle pocket; built-in, fold-out helmet holder and hidden pull-out rain cover. A clip-in internal organizer keeps gear like mini pumps, tools, tubes and more in separate pockets and can be removed when more storage is needed.
  • Micropump Demonstration-Bartels Mikrotechnik A www.Bartels- micropump is demonstrated. This is a double actuator pump from Bartels mikrotechnik, the size of quarter, it that can handle 4 ml/min. If you need high flow rates the pumps can be coupled . Ideal for driving miniature fluidic chambered flow circuits which we manufacture in US.
  • Allies Voice: 3 months after the stroke (that should NOT have happened!) This is the official week 12 of my rehabilitation from the stroke in the end of June. Although I have had to relearn how to do things (walk, talk, type) I have done since a young age I have made a list of thing I tnink will help me along to normalcy. For those who are just coming acoss Allies Vpoce on YouTube -- please sibscibe at and feel free to leave comments! be to read the full story:
  • MicroDysis Peristaltic Micropump MicroDysis developed a peristaltic micropump for portable liquid delivery devices. The pump uses an exchangeable and disposable tube cartridge where a flexible silicone tube is compressed by a series of shoes to induce liquid flow. The micropump is self-priming and requires little or no maintenance. The only material in contact with the liquid is the tube, which makes wide fluid-compatible applications. The micropump can work alone with 2 - 3.6V battery power, or be controlled by a microprocessor for flow rate and programmable liquid delivery. Specifications: Flow rate: 25 - 100 ul/min, Accuracy: +/- 2%, Pressure: 600 mmH2O, DC voltage: 2.25 3.6 V, Current: 30 - 50 mA, Dimension: 15.5 x 21 x 29.5 mm, Weight: 7 g
  • mp6 go set demonstration Micropumps transporting the tiniest amounts of gases or liquids can be considered the heart of microfluidics. In many sectors they have become indispensable. Dosing lubricants, feeding fuel cells with methanol or mixing starch into the steam of flat irons are only a few of the manifold tasks they fulfill. Many further fields of application for example are located in medical technologies and ***ytics.
  • Micropump design micropump design
  • Turbisc pump - world's smallest reversible pump High performance, reversible, metering/dosing, continous-flow, direct-drive, efficient and reliable minipump (eg for lab automation applications or metering of adhesives)
  • LIPCAs_peristaltic_micropump_backpressure_measuring This clip describes the experiment to measure the back-pressure of the peristaltic micropump.
  • Fluid Metering's Precision, Valveless, Metering Pumps & Dispensers Fluid Metering pioneered the first patented valveless rotating and reciprocating piston metering pump concept and has been providing precise fluid control for nearly 50 years. FMI dispensers and metering pumps have been utilized in a broad range of laboratory, ***ytical, industrial process, and OEM applications requiring precision fluid control.
  • piezo_pump.wmv Piezioelectric micropump
  • Polycapillary Micropump for fuel cell (op. 2, rus) Micropump based on polycapillars + fuel cell. Demo option. This setup can be used in real devices like mobiles, notebooks, cameras and so on. NO MOVING PARTS !!! http
  • Peristaltic micropump flow This Peristaltic Micropump is designed, fabricated and ***yzed in Temasek Microelectronics Competency Unit (Temasek Polytechnic).
  • Fluid Metering Pump Animation This animation shows the Technology behind Fluid Metering valveless Metering pumps and dispensers. Fluid Metering pump is one moving part, a Rotating and reciprocating Ceramic Piston to accomplish all fluid Control function without Valves. In addition Fluid Metering valveless Pumps features: Precision Dispensing - 0.5% CV. Drift Free Operation Set. Flows From Microliters to 4 Liters/min. Positive Displacement up to 100 psig. Instant Reversibility. Inert Fluid Path - Ceramic & Fluorocarbon. Viscosity Independent.
  • SURE2010: Development and Characterization of Inkjet Printing for Wafer Bonding... Development and Characterization of Inkjet Printing for Wafer Bonding and Sealing of Integrated Systems Robust, low-temperature bonding and sealing methods are needed to package many micro electromechanical systems (MEMS) such as micro-pumps, gyroscopes, and pressure gauges. In this project, the student will work closely with graduate students to develop new sealing technologies for a miniature gas micro pump. Specifically, the student will use equipment in the Lurie Nanofabrication Facility to deposit sealant materials such as epoxies (glues) or other soft materials onto substrates such as silicon or glass using a specialized ink-jet printing machine, in order to bond two substrates together. S/he will be responsible for identifying appropriate sealants, developing the printing technique for each sealant, and assessing the impact of different substrate preparations. The student will test the effectiveness of the new sealing methods using a variety of tests including non-destructive inspection, bond shear strength measurement, leak/permeability testing, and thermal durability testing. Candidates should have some knowledge of electronic materials (eg semiconductors) or materials science. A background in micro-/nano-fabrication is preferred but not required.
  • Performance of Fluidic Capacitor.wmv The upper image shows flow in a capillary that was attached directly to the outlet of a diaphragm micropump. The flow in the capillary is pulsatile. Then, a fluidic capacitor was inserted between the micropump outlet and the capillary. The fluidic capacitor converts the pulsatile flow into a nearly continuous flow. The videos were taken with high-speed video camera Phantom V7.1 by Vision Research. Video: Karel Domansky and Walker Inman More information:
  • Visualisation of Human Whole Blood Pumping Video related to research from Lab on a Chip. Article details: Sheng-Hung Chiu and Cheng-Hsien Liu "An air-bubble-actuated micropump for on-chip blood transportation" Read the article at:
  • PC Liquid Cooling System Running Quieter Than DVD Recorder DigInfo - movie.diginfo.tv Formerly, PC cooling efficiency and PC noise reduction were regarded as separate issues. Now, however, a new NEC-Hitachi liquid cooling system for desktop PCs solves both these issues simultaneously. The latest liquid cooling system incorporates the world's first hard drive liquid cooling cold plate co-developed by the partners using Hitachi's CPU liquid cooling cold plate. On the heat exchanger fins, the CPU liquid cooling cold plate has fine grooves, about 0.09mm in width, where cooling liquid flows. The cold plate also incorporates a special mechanism to ensure that the cooling liquid flows smoothly. The fine grooves and the flow mechanism combination produces more than double heat conduction efficiency when compared to the conventional cold plate. Using the hard drive liquid cooling cold plate, NEC and Hitachi engineers have wrapped the entire hard drive in a highly noise absorbing and high-performance vibration insulation material, to reduce the hard drive noise level by 10 decibels (dB) and more. The companies have also employed a slow-rotation radiator fan and a low-noise micro-pump. All those efforts have helped to achieve a noise level below that of home DVD recorders. NEC and Hitachi claim that their new liquid cooling system will reduce the noise level of liquid cooled PCs from 30dB to 25dB, about 1 the noise level of the conventional liquid cooled PC. NEC will feature the new liquid cooling system in its fall/winter desktop PC models
  • Solo by Medingo, Micropump Insulin Delivery System, video produced by Virtual Point 3D video animation produced by Virtual Point (www.virtual-point.co.il). The SOLO micropump insulin delivery system combines key features of traditional insulin pumps like on-pump bolus buttons and detachability, with a small, slim, tube-free size, thus providing flexibility, discreetness and freedom, all in one little package. The system is made of two key parts that work together wirelessly - the micropump and the remote. The micropump delivers insulin in a personalized way based on your personalized insulin program and keeps your remote updated on its status. 3D video animation produced by Virtual Point Multimedia.
  • Flow controlled micropump mp6 Flow Controlled Micropump mp6 The flow control in micropump mp6 can be realized by two different approaches: The mp6 micropump with the double actuator provides an intrinsic sensor function. The reversible piezo effect can be used for actuation (pumping) and sensing mode. By continuous operation between pumping and feedback mode, no significant drop of pump performance is observed. Lower accuracy, in the order of 10%, can be achieved based on the intrinsic sensor function for the feedback signal. Especially at higher flow ranges under varying system conditions (eg pressure conditions at the in- and outlet) the piezo sensor principle provides constant performance. For applications in the lower flow range with higher accuracy demands the closed-loop can be achieved by micropumps equipped with thermal flow sensors as sensing element. Accuracies in the range of 2-5% can be achieved by such hybrid systems. In both cases smart system electronics will give the user access to the system status and also allowing the manual administration of additional bolus rates. Both approaches offer interesting new potential for various applications, especially where small, portable and battery powered systems are required. Depending on the detailed requirements a custom fit system can be evaluated and realized. More details download our application note or contact us to discuss your requirements. [email protected]
  • CircuLite - Synergy Pocket Micropump for Heart Failure This concept holds the promise of less invasive surgery...
  • TURBISC Pump - miniaturized pulsation-free, bi-directional pump for liquid handling CSEM's TURBISC pump is a continuous flow, pulsation-free, bi-directional, high performance miniature pump for applications such as metering or dosing of liquids with a wide viscosity range. The small size and weight of the pump make it ideal for integration into compact fludic systems or for systems in lab automation or metering of adhesives. For more information contact [email protected]
  • BCT Taking a Door at the Hinges SCRT™ — Self Contained Rescue Tool Holmatro® introduces the BCT 4120. With built-in micro-pump technology, this battery powered hydraulic rescue tool enables you, as a first responder, to act anytime, anywhere. With integrated advanced electronic controls, which were developed in cooperation with one of the worlds leaders in battery systems, DEWALT®, the BCT 4120 is unmatched in performance. Producing forces equivalent to our standard 3120 combi tool, this self contained system frees you from encumbering hoses and power cords, offering mission-critical mobility, without sacrificing power. Battery life note: All videos on this page were shot using only one battery with plenty of reserve power after all cuts were made. Vehicle: Mitsubishi Gallant For more information, please visit: www.holmatro-
  • LIPCAs peristaltic micropump flowrate measuring This clip describes the experiment to measure the flowrate of the peristaltic micropump.
  • Aeroneb Go Micropump Nebulizer Aeroneb Go — Silent operation •No medication waste •Fast, efficient & easy to use
  • How to get a pimple FREE face hey guys(: so in this video i tell you my products that i use. they are pretty easy to get a hold of. you could get the lotion at target...unless you want the one i got from the doctors. and u can get the retina-A at a cvs or any pharmacy. unless you wan the micro pump which is the one that i showed you. its all up to you here is the link for retina-a. and here is the link for the cream..... so i hope you guys enjoy this! i hope it helps!!
  • Asius Technologies Diaphonic Valve Micro Pump
  • Bartels Mikrotechnik Micro Pump mp6
  • Polycapillary Micropump for fuel cell (op. 2, en) Micropump (based on polycapillars electroosmos)+fuel cell demo option. This setup can be used in real fuell cells for mobiles, notebooks, cameras and so on. NO MOVING PARTS!!! http
  • Polycapillary Micropump for fuel cell Polycapillary Micropump for fuel cell. This is a prototipe of a pump and demo of its ability, only. Fuel cell is not used in this demo. http
  • Murata Micro Pump - at CES 2011 EEWeb interviews Murata about their new Micro Pump at CES 2011 in Las Vegas.
  • Micropump_experiment_bubble_observation This experiment was conducted to observe the bubble creating phenomenon inside the micropump
  • Aeroneb Go Instructional Aeroneb Go Nebulizer Instructional video with Step By Step instructions for the assembly and functions of the product by Evo Medical Solutions.
  • Aeroneb GO Micropump Stand - Problem Solved! Aeroneb GO Stand/Holder
  • V93 Micropump No description found
  • Titanium dioxide powers light-driven micro- and nanomotors Titanium dioxide (TiO2) possesses high photocatalytic activity, which can be utilized to power the autonomous motion of microscale objects. Recent research presents the first examples of TiO2 micromotors and micropumps. UV-induced TiO2 reversible microfireworks phenomenon was observed and diffusiophoresis has been proposed as a possible mechanism. This video shows the photoactivity of a large titania particle in 1M methanol. The surrounding tracer particles are silica. Read more at
  • Ferrofluidic pump A novel ferrofluidic pump...The main idea is to move a small amount of liquid in a glass channel by exploiting an electromagnetic actuation system distributed along the pipette. The working material adopted to actuate the pumping mechanism is a colloidal suspension of magnetic particles known as Ferrofluid