Precise and reliable dosing of liquids and solids. Precise weighing technology ensures exact weight measurement of the dosing materials and delivers optimum results, even with small quantities of material.
Gravimetric dosing systems such as the IFA-Gravimet are ideal for applications in the chemical, pharmaceutical, food and plastics industries where high accuracy and efficiency are crucial.
Karl-Heinz Gruber
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sales@ifa-technology.de
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Gravimetric dosing is based on the principle of weight measurement and offers superior accuracy compared to volumetric dosing systems. This is particularly important in critical production processes where even the smallest deviations in dosing can have a significant impact on product quality and production costs.
The exact weight measurement of the materials ensures a constant dosing rate that is independent of density deviations or other physical properties of the materials.
An outstanding feature of IFA dosing systems is their flexibility and versatility. These systems are designed to be suitable for both small and large production volumes. The systems are available in various configurations that can be adapted to specific production requirements.
Functions such as parallel dosing of several substances simultaneously, automatic density adjustment and integrated recipe management offer a high level of efficiency and flexibility, which is reflected in shorter production times and better cost control.
Features
Gravimet system series
Integrate all the necessary weighing, mixing and dosing functions in one compact unit. The IFA Gravimet system is our innovative further development of a proven standard system for gravimetric dosing. You benefit from precise dosing that also optimizes the efficiency and duration of your production processes.
Features of the standard series
The IFA Gravimet system offers a range of system modules that are available in different configurations depending on requirements:
Suitable for smaller production volumes (approx. 2.5 t/h). This compact solution can be seamlessly integrated into existing production lines and is ideal for the precise dosing of liquids and additives, for example in the production of synthetic resins.
Offers high flexibility and is suitable for medium to large production volumes (approx. 4 t to 5 t/h). Ideal for mixing liquid media and powder additions, e.g. in the production of floor coverings.
The most comprehensive solution for demanding production processes, with high precision and flexibility. Particularly suitable for complex applications in the chemical and pharmaceutical industries. The system enables the fully automatic mixing of large quantities of a wide variety of end products, such as in the production of cleaning agents in the homecare sector.
With gravimetric dosing systems from IFA Technology, you can be sure of a precise, efficient and reliable solution for your production processes. Whether you are active in the chemical, pharmaceutical, food or plastics industry - our systems offer perfect dosing for maximum quality and efficiency.
Contact us to find out more about our customized solutions and take your production processes to the next level:
What dosing accuracy can be achieved with a gravimetric dosing system from IFA Technology?
The systems offer a dosing accuracy of less than +/- 0.5 %. In special applications, such as pharmaceutical production, accuracies of up to +/- 0.1 % are even possible.
How to clean the system?
IFA dosing systems are designed for easy cleaning. Many models have a fully automatic cleaning program. CIP systems (Cleaning in Place) can be integrated to minimize downtimes.
Why are the batch sizes per mixture so small, while the output per hour is still high?
The gravimetric dosing system enables precise dosing even with small quantities, while parallel dosing and automatic control ensure high production rates per hour.
Is the IFA Gravimet system suitable for use in potentially explosive atmospheres?
Yes, our systems are specially optimized for use in hazardous areas and meet all relevant safety standards for explosive environments.
