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Pumps for research and development

Research and development pumps are specialised devices designed to support research, testing and new product development processes. They are widely used in laboratories, engineering companies and scientific institutions to move and control liquids, gases and other media. Industrial research and development pumps offer high performance, precision and reliability, making them indispensable tools for creating and testing new products and technologies. These pumps typically come with a variety of speed and pressure settings, as well as specialised features such as flow control and volume measurement. It is important to choose pumps that meet the specific needs and requirements of your project to ensure efficient operation and achieve the desired research and development results.

TOP-8 Pumps for research and development + other products

Single-stage centrifugal pumps

Single-stage centrifugal pumps

We propose the single-stage horizontal and vertical centrifugal industrial pumps, which are widely used in the chemical, petrochemical, chemical and pharmaceutical industries, in water treatment plants, in the textile industry and in any other industry where there is a need to pump liquids, including special ones. These pumps are used not only in standard installations, but can also be made to a specific order, as they are highly customisable both in terms of the materials used and the configuration of the installation itself.
The product range includes chemical single-stage horizontal centrifugal pumps, horizontal monoblock centrifugal pumps, vertical single-stage centrifugal pumps, single-stage in-line centrifugal pumps and double-suction in-line pumps.
Flow Range: up to 1500 m3/h
Temperature: -80°C to 350°C
Pressure: to 25 bar
Materials: cast iron, carbon steel, AISI 304, AISI 316, AISI 316L, AISI 304L, DUPLEX, ALLOY 20, HASTELLOY
Head: up to 140 m
Non-Metallic AOOD Pump

Non-Metallic AOOD Pump

Despite their simple design and operating principle, diaphragm pumps are distinguished by their exceptional performance and reliability. They can handle clean, low-viscosity liquids as well as abrasive liquids with medium viscosity. In addition, these pumps can handle large particles without damaging the equipment. And thanks to the pneumatic motor, they can be used in explosive atmospheres. The uniqueness of each unit lies in the fact that the same pumps can be supplied with components made of different materials, which allows the pumps to be used for pumping liquids of varying degrees of aggressiveness, such as petrochemicals, foodstuffs, fuels and lubricants, and contaminated water.
Flow Range: up to 850 l/min
Temperature: depends on elastomers
Pressure: up to 8,3 bar
Solids: up to 7 mm
Materials: polypropylene, PVDF
Dimensions: Suction/Discharge Port Size: 1/4
Metallic AOOD Pump

Metallic AOOD Pump

Pneumatic diaphragm pump for standard operating conditions are one of the most popular series on the market. They are available in a wide range of sizes (1/4" - 3") and are used to handle general-purpose liquids such as clean water, process water, mildly aggressive liquids, liquids with a moderate content of small inclusions, oil products, etc. They are often used in the ceramic, chemical and paint and varnish industries, as well as in the wastewater and utilities sectors.

Flow Range: max. 903 l/min
Temperature: depends on elastomer
Pressure: 8 bar
Solids: max. 9 mm
Materials: aluminum, SS 316, cast iron, carbon steel
Dimensions: up to 3 in.
Hose pumps VPH series

Hose pumps VPH series

The VPH series of peristaltic pumps with shoe technology is our updated peristaltic pump designed for high pressure applications up to 15 bar, with 14 sizes available in flow rates up to 150 m3/h. This is a heavy-duty industrial pump series designed for round-the-clock operation. We have combined the best available materials with clever design solutions to maximise uptime and minimise maintenance.
This pump summarises what we want to achieve: the best pumping solutions for our customers. Our design increases the simplicity and reliability of the pump.

Flow Range: max. 150 m3/h
Viscosity: 1.000.000 cP
Temperature: max. 90 °C
Pressure: max. 15 bar
Solids: up to 60 mm
Materials: cast iron
Dimensions: hose diameter: ¼'' ÷ 5''
Hose pumps N series

Hose pumps N series

Peristaltic pumps of the N series (roller design) are self-priming peristaltic pumps with a seal-free design. The liquids are transported inside the hose and do not come into contact with any metal parts of the pump.

The pumps are characterised by extremely smooth pumping of the product, thus preventing the formation of emulsions or turbulence. All pumps can be supplied in monoblock versions connected to gearboxes, regulators, electric, diesel, pneumatic or hydraulic motors.

Flow Range: max. 60 m3/h
Viscosity: 150.000 cps
Temperature: max. 100 °C
Pressure: max. 7 bar
Solids: max. permissible content - 60% up to 60 mm
Materials: aluminium
Valisi dosing pumps VD-EMP

Valisi dosing pumps VD-EMP

Electric metering pumps (piston and diaphragm) are designed for maximum operating ranges. Diaphragm and piston dosing pumps are specially designed for dosing all types of chemicals, whether corrosive, toxic or highly viscous, for water treatment, industrial processes, petrochemicals and agriculture. The main advantage of the pumps is the ability to connect up to four working heads to one motor, and these units can simultaneously pump different types of liquids with different capacities. The pumps themselves are made of high-quality materials, have a robust design and are maintenance-free.

Flow Range: from 2.5 to 600 l/h for piston and from 5 to 300 l/h for diaphragm
Temperature: Environment: 0 ... 45 ºC; product: PP: 0 ... 50 °C PVDF: -10 ... 50 °C SS: -10 ... 60 °C
Pressure: max. 20 bar
Materials: PP, PVDF, PTFE, SS AISI 316
Valisi dosing pumps VD-EСА

Valisi dosing pumps VD-EСА

The Valisi VD-ECA series are diaphragm and piston metering pumps with advanced metering control for precise and automatic control. The pumps are designed to accommodate a variety of remote control options such as SCADA, etc.

Flow Range: from 3 to 1200 l/h for piston and from 5 to 1800 l/h for diaphragm
Temperature: Environment: 0 ... 45 ºC; product: PP: 0 ... 50 °C PVDF: -10 ... 50 °C SS: -10 ... 60 °C
Pressure: max. 20 bar
Materials: Head materials: PP, PVDF, stainless steel
WAUKESHA lobe pumps

WAUKESHA lobe pumps

Waukesha lobe pumps are represented by two main series: Universal I and Universal II. They differ in operating pressure and some design features. The former operates at a pressure of 13.8 bar, and the latter at 34.5 bar. The Universal II models are equipped with a three-pin stationary seal. The pumps used in the food and pharmaceutical industries meet all hygiene and safety standards. For pharmaceutical equipment, a smooth internal surface is mandatory. For both series of pumps, all parts and structures can be rinsed.

Flow Range: up to 160 m3/h
Viscosity: max 500.000 cPs
Temperature: -40 ÷ 150°C
Pressure: up to 34,5 bar
Materials: 316 stainless steel, 316L optional

Pumps for investigation and extraction

Pumps for research and development

Research and development pumps are key components in a wide range of scientific and engineering processes. They play an important role in moving and controlling the various liquids, gases and other media required to conduct experiments and create new products and technologies.

Applications of pumps for research and development

Industrial research and development pumps are used in a variety of industries, including the chemical industry, pharmaceuticals, biotechnology, food processing, oil and gas, and many others. They are used to mix, transfer, dose and control the flow of various substances.

Features and benefits

Industrial pumps for research and development are characterized by high performance, precision and reliability. They ensure a uniform flow of media, which is especially important when conducting precise experiments and testing new formulas and recipes. Thanks to state-of-the-art technology and innovative solutions, these pumps are able to operate in a variety of conditions and deliver consistent performance.

Selecting the right pump

When selecting a pump for your R&D application, it is important to consider the specifics of your project, the required flow and pressure characteristics, and the specifics of your process environment. Different types of pumps, such as centrifugal, peristaltic, gear and diaphragm pumps, have their own unique characteristics and are designed for specific applications.

Industrial pumps for research and development

Maintenance and service

To ensure long-lasting and efficient operation of pumps, regular maintenance and service is necessary. This includes checking the condition of the pump, replacing worn parts, lubricating and cleaning. You should also monitor the pump's operating parameters and respond to any deviations in a timely manner.

Conclusion

Research and development pumps play an important role in scientific and engineering projects by ensuring the efficient movement and control of various media. When properly selected and maintained, they help you achieve the desired results and increase the productivity and reliability of your process.

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