
Batch and Continuous Solutions
Suitable for both batch and continuous operations, NICA Extruders are available in three sizes: E100, E140 and E220. The E100 is only available as part of the integrated IPS5 system, a process module available exclusively with the GEA PharmaConnect product. The NICA E140 extruder is available as a standalone machine and, with production capabilities of 500 g (batch) up to 2.0 kg/minute (continuous), the unit is equally suited for R&D as well as for small-scale production. The E140 more often integrated with a NICA S450 spheronizer to form the IPS25 and IPS50 machines.
The E220 model offers the same processing characteristics as the smaller E140 but gives four times the throughput. Machine construction makes it particularly suitable for integration into full pellet production lines, forming the NICA IPS100 and IPS200 systems, with direct connection to upstream granulation and downstream spheronization and drying processes. The E220 is available as a free-standing piece of equipment or can be installed 'through-the-wall'.
Principles of Operation
The NICA Extruder is a radial basket-type product with two rotors (one for the E100) that rotate within a cylindrical screen. The wet mass is gravity fed into the inner rotor — the feeder — which distributes the material into cavities between the blades on the outer rotor — the impeller. Pressure is generated in a continuous wave as these blades sweep across the inner surface of the screen. NICA extruders can be fitted with a wide range of screens with a variety of different hole diameters and wall thicknesses. Both rotors feature variable speed drives.
This allows a high degree of flexibility to optimize product compaction and extrudate consistency. The system’s patented design ensures a very low temperature increase during the extrusion process and a consistent wet mass compression into an extrudable paste. These features work together to guarantee reproducible product density throughout a batch. Product is processed in a “plug-flow” regime and hold-up at the end of a batch only amounts to a few grams.
Features
- Patented high efficiency design
- Gentle product treatment
- Low product temperature
- Multiple screen and impeller options for production flexibility
- Product temperature monitoring
- Easy scale-up
- Plug flow — first in, first out — with negligible product hold-up
- Easy to dismantle and clean
- Compact design
Typical Capabilities
| E100 | E140 | E220 |
| 0.1–0.5 kg/min | 0.5–2.0 kg/min | 2–8 kg/min |
Downloads
Productos relacionados

NICA Spheronizer System
Developed specifically for the pharmaceutical industry, NICA Spheronizers deliver spherical pellets at fast production rates using patented technology to maximize yields.

NICA Integrated Pelletizing Systems
Developed specifically for the Pharmaceutical industry, the NICA Integrated Pelletizing Systems (IPS) fuses NICA Extrusion and Spheronization technologies to create a range of compact, continuous systems for the production of spherical pellets.
GEA Insights

El avance que revolucionó el secado por atomización
En 1976, los ingenieros de NIRO respondieron a un reto competitivo replanteándose las posibilidades del secado por atomización. Su idea se materializó en la torre multietapa MSD. Cincuenta años después, ese mismo principio fundamental contribuye a transformar los líquidos en los productos en polvo que se utilizan en productos nutricionales esenciales y en medicamentos importantes en todo el mundo. Perfeccionada a lo largo de décadas de experiencia en ingeniería, conocimiento de las necesidades de los clientes y desarrollo continuo, la torre de atomización MSD es una historia de innovación con un impacto duradero.

Más allá de la máquina: cómo potenciar el rendimiento de la planta
El hecho de que una máquina sea eficiente no significa que la fábrica lo sea. La mejora real suele comenzar por ir más allá de los equipos individuales y comprender cómo los procesos, los sistemas energéticos y las decisiones operativas se influyen mutuamente. Se trata de un enfoque holístico diseñado para descubrir oportunidades que, de otro modo, podrían pasarse por alto.

Cómo una válvula transforma la manera de elaborar alimentos y bebidas
En las plantas de alimentación y bebidas, las válvulas suelen accionarse mediante aire comprimido. GEA Hydract® Actuation Technology mueve las válvulas mediante agua, en un circuito cerrado controlado digitalmente. El resultado es una válvula que puede mantenerse en su sitio con exactitud y regularse con precisión. Esto se traduce en un menor consumo energético y un mayor control.