GEA Niro Soavi is the global technology and market leader for high pressure pumps and homogenizers for the food, pharmaceutical, chemical and biotechnology industries. It provides leading technology with the widest product range available, R&D facilities and first class after sales service to its business partners. GEA Niro Soavi maintains its leadership position through product innovation, reliability and an international sales and service network in order to be close to customers regardless and satisfy their expectations.

Homogenizer Product Line The GEA Niro Soavi homogenizer product line provides leading technology with the widest range of machines that cover all possible application needs for the pharmaceutical, biotechnology and life sciences industry. From laboratory to large-scale fully automated units, in sanitary or SIP execution, our homogenizers are also in compliance with all FDA 3-A standards and guidelines. The use of high efficiency homogenizing valves, like the patented NanoValve™ , to guarantees the most effective homogenization or cell disruption at the lowest pressure, not only on emulsions and dispersions , but also on cell disruption applications including E-Coli and yeasts, providing customers with low operating costs.

GEA Niro Soavi operates in accordance with the ISO 9001:2000 certified Quality System, which represents the philosophy of the company in sales, after sales, engineering and production processes.

GEA Niro Soavi homogenizing valves are designed and dimensioned in order to obtain the required degree of micronization and dispersion to the lowest possible pressure, based on the widest range of applications. GEA Niro Soavi homogenizing valves are designed and dimensioned in order to obtain the required degree of micronization and dispersion to the lowest possible pressure, based on the widest range of applications. Homogenizers are available in a wide range of high pressure and low pressure models, with customized solutions and special versions for specific needs. A wide selection of options allows each system to be set up and equipped with features that exactly meet specific needs and process requirements for any industrial application.

Pharmaceutical and biotech applications require specifically designed equipment, fully compliant with the most stringent applicable provisions such as FDA and ASME (American Society of Mechanical Engineers), ASME BPE (ASME Bioprocessing Equipment) provisions and cGMP guidelines. GEA Niro Soavi high pressure homogenization technology is the optimal and industry-recognized solution for cell disruption and biotech and pharmaceutical applications. A complete documentation package is available to implement high pressure homogenizers into cGMP certified high pressure processes and equipments.

Homogenizer Rental Program

The GEA Niro Soavi Rental Program enables you to rent our equipment so you may test your product at your laboratory or plant. This allows you to operate the homogenizer/microsizer while putting your product's properties through the paces. This program also gives you maximum flexibility in test scheduling, product formula variations, and confidential development work.

We provide you with a full range of test equipment that meets your specific needs. All of our rental machines come with the option to buy. Our technical support staff is available to answer questions and provide tech support when needed.

After Sales Program

With GEA Niro Soavi as your service partner your life becomes much easier and enjoyable. We shape a service program that matches your exact needs ensuring less downtime, better performance and improved quality - wherever you need it, whenever you need it.

The GEA Niro Soavi preventive maintenance program is conducted on site by our technical experts. Preventive maintenance can reduce your downtime and allow your plant to operate more efficiently. Often we try to schedule the preventive maintenance to coincide with your annual shutdown in order to perform major maintenance activities without interrupting your normal operations.