ZPS226-8PLC Bi-layer Rotary Tablet Press Machine

ZPS226-8PLC Bi-layer Rotary Tablet Press Machine

This machine is a sing-pressing type, continuous automatic tablet press for pressing granular raw materials into tablets. It’s mainly used in pharmaceutical industry and also the chemical, food, electronic, plastic and metallurgical industries.

Product Description
Specification Parameter
Product Application
Product Feature

Product Description

ZPS226-8PLC Bi-layer Rotary Tablet Press Machine is a sing-pressing type, continuous automatic tablet press for pressing granular raw materials into tablets. It’s mainly used in pharmaceutical industry and also the chemical, food, electronic, plastic and metallurgical industries.

Specification Parameter

Product No.	ZPS226-8PLC
Tooling Type	D
Quantity of Punch & Die(set)	8
Max.Pressure (kn)	60
Max.Pre-pressure (kn)	10
Max.Dia.of Tablet (mm)	25
First Layer Depth of Filling (mm)	7
Second Layer Depth Filling (mm)	0.5-8
Rotate Speed (r/min)	30
Production Capacity(pcs/h)	14000
Motor Power (kw)	2.2
Overall Size (mm)	1627×965×810
Weight (kg)	1000

Product Application

Multi-layer Capability: Handles complex formulations with ease.
Intelligent Automation: Reduces manual intervention and increases production efficiency.
Consistent Quality: High-precision components ensure uniform tablet production.

Product Feature

1

The outside part of the machine is fully-enclosed and it’s made of stainless steel to meet GMP standard.
2

It has transparent windows so that press condition can be observed clearly and windows can be opened.
3

Both can press round and shaped tablets, and have impressed letters on both sides. And double color tablet is available.
4

All the controller and devices are located in one side of the machine, so that it can be easier operate.
5

An overload protection unit is included in the system to avoid the damage of punches and apparatus when overload occurs.
6

The machine’s worm gear drive adopts fully-enclosed. Oil-immersed lubrication with long service life to avoid cross pollution.