PERFORMA P Tablet Press for Industrial Applications
For non-pharma applications, the PERFORMA P tablet press has been upgraded for high wear resistance to cope with abrasive powders.
EDD: Concept and Benefits
The exchangeable turret of the PERFORMA consists of three separate parts: the upper punch guide, the EDD and the lower punch guide. The same patent-pending arm can be used to either swing the entire turret out of the machine or remove just the top punch guide — clearing the way for the tablet press operator to lift the light-weight die disc out of the machine.
Benefits
- Fast and easy format changeovers: duplicate Exchangeable Die Discs (EDDs) allow for off-line fitting and locking of the dies in the EDD.
- Minimized investment cost: only the EDD needs to be duplicated instead of the entire turret.
Using two EDDs, maximum machine output can be achieved with minimum capital investment. This is a far more economical solution than duplicating the entire turret.
Bilayer Capability
The PERFORMA P can be supplied with a set of parts for bilayer production. The kit is a cost-effective solution for small-to-medium scale bilayer manufacturing needs. It’s easy to install and further enhances the versatility of the PERFORMA P tablet press. Outstanding features of the PERFORMA P in bilayer configuration include the following.
- Unmatched accessibility of the compression area.
- Integrated dust extraction nozzles, setting a new standard in design and efficiency and reducing cross-contamination to an absolute minimum.
- A 2.5 kN tamping station and an 80 kN final compression station. At main compression, the dwell time can be set regardless of the linear speed, so that even at high speeds and with large tablet sizes, quality is ensured.
- The second-layer feeder can be shut off, enabling first-layer sampling.
Technical Specifications
The PERFORMA P set up for single-layer production is available for D, B BB, BBS and A tooling:
| Tooling | D | B | BB | BBS | A |
| EU / TSM | EU / TSM | EU / TSM | EU / TSM | EU / TSM | |
| Max. tablet diameter [mm] | 25,4 | 16 (L=19) | 13 (L=14,3) | 11 | 11 |
| Punch body diameter [mm] | 25,4 | 19 | 19 | 19 | 12 |
| Outside die diameter [mm] | 38,1 | 30,16 | 24 | 22 | no die |
| Die height [mm] | 23,81 | 22,22 | 22,22 | 22,22 | no die |
| Number of stations | 24 | 30 | 36 | 39 | 51 |
| Max. fill depth [mm] | 20 | 19 | 19 | 19 | 19 |
| Top punch penetration [mm] | 1 to 4 | ||||
| Max. pre-compression force [kN] | 10 (under extended dwell time) | ||||
| Max. compression force [kN] | 100 | ||||
| Max. output capacity [tab/h] | 157.000 | 220.000 | 264.000 | 286.000 | 374.000 |
| Electrical requirements | 3phase+PE – 380 / 400 / 415 / 460 / 480 V – 50Hz / 60Hz
nominal consumption 6 kW / power installed 11,9 kVA | ||||
| Compressed air requirements | Clean & dry / 7-8 bar / 500l/m | ||||
| Dust extraction requirements | 150 m³/h at 15 mbar | ||||
| Machine dimensions & weight | W = 1.030 mm x D = 1.555 mm x H = 2.170 m – 2.500 kg | ||||
Downloads
Verwandte Produkte
R233 Tablet Press
The R233 is designed for single-layer / double-output or double-layer / single-output 24/7 tablet production with minimum maintenance to produce large volumes of tablets (such as salt tablets, catalysts, coffee pods, etc.), suitable for the processing of abrasive and corrosive powders.
R55 Tablet Press
The R55 is a robust, exceptionally versatile industrial rotary press for single-layer tablet and component production. From nuclear fuel pellets, hard metals and batteries to confectionery.
R253 Tablet Press
The R253 is designed for for single-layer/double-output or double-layer/single-output 24/7 tablet production with minimum maintenance to produce large volumes of tablets (such as detergents, catalysts, automotive parts, batteries, etc.). This machine can be used to produce tablets with one or multiple vertical holes.
GEA Insights
GEA NEXUS: Nachhaltigere Lebensmittelproduktion ganzheitlich gedacht
Der Klimawandel und das Wachstum der Weltbevölkerung setzen die energieintensive Lebensmittelindustrie zunehmend unter Druck: Sie muss mehr Menschen versorgen, ohne die Umwelt weiter zu belasten. George Shepherd, Global Technical Sustainability Manager bei GEA, zeigt, wie Ingenieurskunst Lebensmittelproduktion zugleich nachhaltiger und effizienter macht.
Nachhaltigere Milcherzeugung für eine wachsende Welt
Die Weltbevölkerung wächst und mit ihr die Nachfrage nach Milch. Milchprodukte sind ein wesentlicher Bestandteil vieler globaler Ernährungsgewohnheiten. Ihre Produktion kann jedoch ressourcenintensiv sein und Auswirkungen auf die Umwelt haben. Christian Müller, Senior Director Sustainability Farm Technologies bei GEA, erläutert, wie technologische Innovationen von GEA die Milchproduktion effizienter, rentabler und nachhaltiger machen.
Saubere Maschinen, sichere Lebensmittel: Was Hygienic Design leistet
Ob fest oder flüssig: Jedes sichere Lebensmittel ist ein Sieg im Kampf gegen unsichtbare mikrobielle Bedrohungen. Die Erfahrungen aus einem Jahrhundert hygienischer Prozessgestaltung helfen dabei: Mit der Verbindung von technischem Know-how aus über 100 Jahren in Technik und Hygienic Design setzt GEA einen hohen Maßstab für Verarbeitungsanlagen," die Lebensmittel schützen und Leben retten.
