Dosing Pumps

With our dosing pumps, we offer our customers reliable, exact and automatic dosing from a few microlitres to around 1 litre per second, depending on the dosing material. Don’t leave the quality of your products to chance.

Maximum reliability, a high level of quantity and form precision, plus the cost efficiency of your processes are the most important factors in production. Even a small deviation in dosing quantity caused by a temperature-dependent viscosity change can lead to a huge amount of rejected material, for example when dispensing adhesives.

Dispensers and Dosing Pumps for Applying and Spraying Applications

Reliable, accurate, automatic and repeatable: For precise material handling and exact compliance with the dosing volume or mixing ratio.

• Volume flow: 0.02 ml/min to 8 l/min
• Smallest dosing quantity: 0.002 ml
• Mixing ratio: 1:1 to 100:1
• Area of application: Application & implementation, 2-component dosing, encapsulating, spraying and many more
• ATEX-certified pumps possible

Dosing pumps: 1-component Dispenser

vipro-PUMP

• Dosing volume: ~0.14 ml/U bis ~5.2 ml/rev
• Volume flow: ~17 bis 650 ml/min ⁽¹⁾
• Min. dosing volume: 0.01 ml ⁽²⁾

Optional: With hard chrome plated standard rotor or optional with ceramic rotor for highly abrasive materials.

Learn more about this innovative precision dispenser here.

Or watch an application example on YouTube.

vipro-PUMP MR

• Dosing volume: ~0.38 ml/U bis ~1.1 ml/rev
• Volume flow: ~38 bis 110 ml/min ⁽¹⁾
• Min. dosing volume: 0.03 ml ⁽²⁾
• Viscosity: < 20.000 mPas

Learn more about this innovative precision dispenser here.

Or watch an application example on YouTube.

RD-EC series

• Dosing volume: ~0.03 ml/rev to ~0.05 ml/rev
• Volume flow: ~0.02 to 6 ml/min ⁽¹⁾
• Min. dosing volume: 0.002 ml ⁽²⁾

Learn more about the innovative precision dispensers here.

Or watch an application example on YouTube.

4RD6-EC-MF (metal-free in the area in contact with the material)

• Dosing volume: ~0.12 ml/rev
• Volume flow: ~0.12 to 15 ml/min ⁽¹⁾
• Min. dosing volume: 0.005 ml ⁽²⁾

Learn more about the metall-free dispenser here.

Or watch the video on YouTube.

VMP series

• Dosing volume: 4.0 to 65 ml / rev
• Volume flow: ~40 ml/min to 8,125 ml/min ⁽¹⁾
• Min. dosing volume: 0.25 ml ⁽²⁾

Optional: With hard chrome plated standard rotor or optional with ceramic rotor for highly abrasive materials

Get to know the latest member of the VMP series: Larger dispensing volume with the same size.

Dosing pumps: 2-component Dispenser

vipro-DUO

• Mixing ratio 1:1 to 100:1 ⁽¹⁾
• Min. dosing volume: ~0.02 ml ⁽²⁾
• Volume flow: 0 to 1,300 ml/min ⁽¹⁾

More information about the modular design.

Or watch the video on YouTube.

vipro-DUOMIX

• Mixing ratio: 1:1 to 20:1 ⁽²⁾
• Dosing volume: ~0.12 to ~5.1 ml/rev
• Min. dosing volume: ~1.00 ml ⁽²⁾
• Volume flow: up to max. 400 ml/min possible ⁽¹⁾

The vipro-DUOMIX – with optimized mixing blocks.

Or watch the video on YouTube.

ViscoDUO-P

• Mixing ratio 1:1 to 10:1 ⁽¹⁾ (depending on the version)
• Dosing volume: 0.03 ml / rev per mixing head
• Volume flow: ~0.02 to 6 ml/min ⁽¹⁾ per mixing head
• Min. dosing volume: 0.002 ml ⁽¹⁾ per mixing head

Light, small, compact – click for more information!

ViscoDUO-VM HD

• Dosing volume: Min. 0.34 ml
• Volume flow: Max. 1,428 ml/min
• Mixing ratio: 1:1 – 100:1
• FDA conformity of elastomers

More about continuous mixing and filling in the pharma manufacturing.

Or watch the video on YouTube.

With ViscoTec dispensers you can achieve perfect administration and application. The special design and method of handling enable them to be easily integrated into robot and axis systems. Lightweight and flexible, ViscoTec dosing systems facilitate a quick change-over between dot application and bead application, irrespective of fluctuations in viscosity.

This results in the precise application (with a high level of repeat accuracy) of a very wide variety of media, such as adhesives and sealants, soldering pastes and heat transfer pastes, insulating varnishes or greases. In respect of bead applications, we achieve a consistent bead coefficient of under 2%, even with uninterrupted beads.

Nowadays it would be impossible to imagine modern production without two-component materials, particularly in the automotive industry, the electronics industry and the field of solar technology. But in the production of aeroplanes, HGVs, sports equipment, articles of daily use and even clothes too, there is increasing use of adhesives, sealants, fillers and insulation comprising two components (resin and curing agent).

Only when the two components are mixed in the correct ratio, at the time they are about to be used at the production site, do they cure and achieve their ultimate strength. The primary goal for the optimum automation of such applications is not only dosing precision, but also strict adherence to the mixing ratio. With our special mixing head from our metering components we ensure that the exact mixing ratio is retained from the very start to the very end of the dosing procedure, even where very small quantities are concerned.

The potting of components is taking on crucial significance in more and more industrial fields. In the automobile industry in particular, huge competitive pressure is resulting in new requirements in terms of the quality, resilience and, above all, the reliability and service life of components all the time. The many years of know-how and the special technology which have gone into ViscoTec dosing systems and mixing systems enable us to meet the specific demands placed on the materials and systems used.

Does your system contain a spray application which shows problems such as irregular delivery output, pulsation or fluctuations in viscosity? ViscoTec technology provides you with a system that facilitates an even volumetric output of the medium, irrespective of fluctuations in viscosity. ViscoTec redefines the term “volumetric spraying”: The symbiosis of volumetric dosing and spraying in one dosing/spray head. By regulating the dosing quantity, a constant layer thickness can therefore be ensured (at the same time as the quantity, for quality assurance measures) even if the painting robot has different traversing speeds.