High-viscosity media dosing dispenser NEMO®
for low-viscosity liquidsfor medium-viscosity mediatwin-screw

high-viscosity media dosing dispenser
high-viscosity media dosing dispenser
Add to favorites
Compare this product
 

Characteristics

Product
for high-viscosity media, for low-viscosity liquids, for medium-viscosity media
Type
twin-screw
Applications
for the food industry, for the chemical industry, for the cosmetics industry, for the electronics industry, for the pharmaceutical industry
Other characteristics
high-precision, manual, proportional

Description

Precision, versatility, and gentle conveying: NEMO® dispensers guarantee the highest dispensing accuracy and reproducibility. Because of these properties, they are used in various applications in the cosmetics industry, the chemical industry, the area of consumer or industrial goods, the electrical appliance industry, and the electronics component sector. No challenge is too great for the NEMO® dispensers and hand dispensers. They can easily handle low to high viscosity and abrasive to anaerobic media in a product-friendly manner. Even shear- and pressure-sensitive products pose no difficulties. In addition, the dosing accuracy of approximately one percent and the speed-proportional delivery rate are ensured even with demanding media. This means you can dose your products completely without dripping, preventing rejects and unnecessary costs. Furthermore, the dispensers and manual dispensers impress with their compact design and valve-free dosing method. This prevents increased downtimes and makes the dispensers optimally suited for inhomogeneous liquids and applications in robotics and servo technology. Optionally, the dispensers can also be temperature-controlled, allowing you to easily convey media that tend to harden or require temperature regulation.
*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.