A Modular Dosing System (MoDoS®) which provides highly accurate and continuous delivery of fluids in laboratory, pilot-plant or continuous production processes has been introduced by fluids handling specialists MICHAEL SMITH ENGINEERS. Each tailor-made MoDoS modular pump system is fully equipped and ready-to-use and incorporates a HNP Mikrosysteme internal gear pump, filters, sensors, valves, fluid connections and...
The extensive MZR range of low flow, miniature, positive displacement micro annular gear pumps provide precise, accurate and smooth, low pulse pumping and dispensing of a wide variety of liquids, including low and high viscosity fluids.
Designed and manufactured to the highest standards by HNP Mikrosysteme in Germany and distributed in the UK by MICHAEL SMITH ENGINEERS, the ultra-compact size and low mass of these pump and motor units ensure that they can be easily incorporated into the designs of many systems and are well suited to OEM applications. The range comprises six series of pumps, all of which provide smooth, accurate, virtually pulse-free liquids...
The compact and lightweight MICROPUMP range of magnet drive pumps are now available with all-new electromagnetic brushless DC motors which provide increased torque and power for liquids handling applications requiring higher flow rates.
Available through MICHAEL SMITH ENGINEERS the new EagleDrive™ model MS option is a compact, high performance drive providing a speed range of 500 to 10,000 rpm, torque of 70 mNm, power of 48 watts and weighs just 0.3kg. The new MS drive can be coupled with the GA, GAF and GJ Series of Micropump’s stainless steel, leak free gear pump heads, covering capacities up to 1800 ml/min and differential pressures to 17 Bar. The MS drive can also be integrated with Micropump’s abrasion resistant centrifugal pump, the CA Series, for circulating and transfer applications requiring higher flows and lower differential pressures...
The new GAF Series of electromagnetic gear pumps from Micropump are ideal for fluids transfer applications which require chemically resistant, leak-free pumps providing high differential pressures at low flows, in a compact, yet robust package.
Available from pumping specialists MICHAEL SMITH ENGINEERS, these pumps provide extended differential pressures up to 250 psi (17 bar) with precise, smooth pulseless flows up to 550 ml / min. They include other features, such as wear compensation for near zero slip and extended life, along with the all-important magnetic drive, which eliminates the need for leak-prone shaft seals. The suction shoe design of the pump compensates for wear and makes them particularly suitable for continuous duty processes, whilst ensuring optimum efficiency at higher pressures...
Looking for precise, accurate, pulse-free pumping or dispensing for your laboratory liquids handling application? HNP / MZR micro-annular internal gear pumps from Michael Smith Engineers are the perfect solution. These miniature pumps provide smooth pulse-less pumping with flow rates from as little as 0.0015 up to 1152 ml/min at differential pressures up to 150 Bar. Integrated drive and control mean a small, compact package for minimum space requirements...
Reliable, Low-Cost Pumping for your Lab
Feb 17, 2012Micropump high performance, leak-free gear pumps from Michael Smith Engineers are ideal for most laboratory and life-science liquid transfer applications, providing accurate flow control and pulse-less fluid delivery, 24 hours a day, 7 days a week. Choose from a wide range of models providing capacities from 5 ml/min at differential pressures up to 5.6 bar.
Compact,
Jan 19, 2012Pumping fluids which contain abrasive particles, such as those found in inks and paints can have a detrimental effect on pump performance with erosion being a key factor in reducing pump life. With these challenging fluids in mind MICHAEL SMITH ENGINEERS has introduced the White Ink pump, the latest addition to the MICROPUMP range...
New addition to Micro Annular Gear Pump Range
Nov 14, 2011Outstanding resistant to both wear and chemical attack are among the key features of the HNP 11558 micro annular gear pump, recently added to the established range of HNP MZR internal gear pumps. Available from pumping specialists MICHAEL SMITH ENGINEERS the HNP 15588 pump features the toughest, most chemically resistant materials for its key components and incorporates a magnetic coupling to ensure leak-free pumping...
Miniature Gear Pumps for Laboratory Applications
Aug 22, 2011Looking for precise, accurate, pulse-free pumping or dispensing for your laboratory liquids handling application? HNP / MZR micro-annular internal gear pumps from Michael Smith Engineers are the perfect solution. These miniature pumps provide smooth pulse-less pumping with flow rates from as little as 0.0015 up to 1152 ml/min at differential pressures up to 150 Bar. Integrated drive and control mean a small, compact package for minimum space requirements...
Reliable, Low-Cost Pumping For Your Lab
Jul 18, 2011Micropump high performance, leak-free gear pumps from Michael Smith Engineers are ideal for most laboratory and life-science liquid transfer applications, providing accurate flow control and pulse-less fluid delivery, 24 hours a day, 7 days a week. Choose from a wide range of models providing capacities from 5 ml/min at differential pressures up to 5.6 bar...
Made-To-Measure Micropumps for OEM Applications
Aug 24, 2010Choosing a pump which is ideally suited to an endless variety of OEM and industrial high-precision liquids transfer applications is possible thanks to the extensive range of external gear pumps developed by MICROPUMP.
MICRO ANNULAR GEAR PUMPS SCOOP PRESTIGIOUS AWARD
Feb 10, 2010The highly innovative range of HNP micro annular gear pumps have recently been awarded as a winner in the "365 Landmarks in the Land of Ideas" contest which is hosted by a German branding initiative whose patron is the German President Horst Köhler.
NEW MOTOR OPTIONS FOR ULTRA-COMPACT GEAR PUMPS
Feb 8, 2010The established range of HNP positive displacement, internal gear pumps has been expanded to include new, larger pumps and more drive options to suit a wider range of applications.