Home » Products » Tablet Press Machine » GZPK660 Automatic Double Discharge High-speed Tablet Press
GZPK660 double discharge high-speed rotary tablet press is designed with double forced feeding and double discharge structure. The process of filling, metering, pre pressing, main pressing and tablet discharging is completed twice a week by rotating the punching plate. The equipment has stable working performance, stable machine operation and low noise. Replace one set of guide rail, press double-layer piece.
GZPK660 double discharge high-speed rotary tablet press is designed with double forced feeding and double discharge structure. The process of filling, metering, pre pressing, main pressing and tablet discharging is completed twice a week by rotating the punching plate. The equipment has stable working performance, stable machine operation and low noise. Replace one set of guide rail, press double-layer piece.
Main Features
Double layer three wheel packing system, balanced powder density.
The touch screen software of human-machine interface is easy to operate and has the function of self diagnosis of fault points.
The touch screen hydraulic pressure controls the pressure of the main pressure wheel and the pressure of the pre pressure wheel, with low noise.
No handwheel control, servo motor control filling system, fast response.
The automatic detection function of chip weight and the automatic recognition and elimination function of waste chips appear.
Upper and lower punching over tight protection, electric control system protection, host overload shutdown protection, forced feeding motor overload protection, system failure
Full automatic alarm protection.
Automatic lubrication system, through automatic control to ensure that each lubrication point get regular and quantitative lubrication.
Production information can be displayed, printed and stored.
Technical parameters
|
Data |
45 |
47 |
55 |
75 |
|
No. of stations |
45 |
47 |
55 |
75 |
|
Output range (Tablets/h) |
432000 |
451200 |
528000 |
720000 |
|
Max filling depth |
20mm |
18mm |
||
|
Max. Major Pressure (kn) |
100KN |
|||
|
Max. Pre-pressure (kn) |
20KN |
|||
|
Max length of irregular tablet |
1 ~ 8mm |
|||
|
Round tablet diameter |
25mm |
16mm |
13mm |
|
|
Max length of irregular tablet |
<25mm |
<18mm |
<16mm |
|
|
Weight tolerance |
±3% |
|||
|
Noise |
≤80dB |
|||
|
Motor Power (kw) |
11.5-13KW |
|||
|
Dimension of machine |
1260x1260x1950 |
|||
|
Weight |
3950 kg |
|||
|
Remarks |
The maximum output refers to the maximum output achieved when the sheet type is circular, the small sheet diameter and the rotating speed are the highest. The yield is different with different diameter and type. |
|||
Welcome to our website! Please send your words at any time in the following form and ask us, we will contact you and provide you with the corresponding service as soon as possible. Please write in English.
That machine is a single press automatic rotation for shape-pressing equipment, which have the function of press the grains material to be round or irregular shape tablets, such as candy, calcium tablets double-sides with letter printing and etc. which widely suitable for the Industries of pharmaceutical, Chemical, Foodstuff, Plastic Electronic, Powder Metallurgy and so on.
Learn More
Gzpk620 double discharge high-speed rotary tablet press is designed with double forced feeding and double discharge structure. The process of filling, metering, pre pressing, main pressing and tablet discharging is completed twice a week by rotating the punching plate. The maximum output can reach 580000 tablets / hour. The equipment has stable working performance, stable machine operation and low noise. Replace one set of guide rail, press double-layer piece.
Learn More
The machine is a single press type,continuous automatic tablet press machine for pressing granular raw materials into tablets.Rotary tablet press is mainly used in pharmaceutical,chemical,food electronic, plastic and metallurgical industries.Machine for precision machined stainless steel made of aluminum alloy bracket for the upper and lower independent
Learn More