ZP-15E Rotary Tablet Press Machine

ZP-15E Rotary Tablet Press Machine

Also called as multi-station tablet press, can efficiently press powder and granules into tablets with diverse diameters and thicknesses. And with customized dies, the ingredients can even be pressed into for your needs, such as effervescent tablet, disinfectant tablets, and dishwashing tablets.

Specyfikacja:

Do 45 600 szt./godz.

Maksymalna średnica tabletki 50mm

Maksymalne ciśnienie 120 kN

15 dni szybkiej dostawy

Poproś o wycenę

Jak to działa?

Oprócz prostego prasowania proszku na tabletki, rotacyjna tabletkarka Ruida Packing jest wyposażona w sekcje robocze i technologie gwarantujące płynny i wydajny proces produkcji.

Główne cechy

Model	ZP-15E	ZP-19E
Maksymalne ciśnienie	120 kun	100 kn
Maksymalna średnica tabletki	50mm	40mm
Maksymalna grubość tabletki	25mm	15mm
Maksymalna wydajność produkcyjna	18000 szt./godz.	45600 szt./godz.
Moc	7.5kw	5.5kw
woltaż	380/220V 50Hz (możliwość dostosowania)
size	1250×980×1650mm
Waga	1850kg

1. Large output, high efficiency and high cost performance. The max pressure 120KN, max tablet diameter is 50mm, max output 45600pcs/h, max filling is 50mm, and the max tablet thickness is 25mm.

2. Meet GMP requirements. The whole shell is made of stainless steel, and the press chamber is isolated from the external environment with plexiglass, which has good sealing performance.

3. The turntable is made of nodular cast iron QT500, pressed by solid bar material, with strong hardness, heat resistance, wear resistance and good system stability.

4. The tablet press machine is equipped with pressure overload protection device, once overloaded, it will automatically stop to avoid equipment damage.

5. This tablet press machine is equipped with a turntable for double dust suction, six suction ports up and down, with good powder removal effect and a clean surface of the turntable.

6. The transmission system is independently and modularly arranged under the main body of the machine, effectively avoiding the contamination of medicines by trace impurities caused by the friction of the machine.