- There are not any painted parts in the tablet manufacturing zone as all parts are made of stainless steel 304 or gunmetal or hard chrome plated. All hardware used in the machine has a stainless steel 304 quality in tablet manufacturing zone.
- It is provided with a disk-type friction clutch start system.
- Upper punch penetration system, variable speed pulley, one shot lubrication system & anti vibrating mount.
- Lower guard of polished stainless steel and upper guards of acrylic material. Turret guards have a sturdy aluminium frame. All guards are interlocked for safety.
- Effective dust extraction nozzles.
Customization Options
- Force Feeding Attachment
- Two Layer / Bilayer Tablet Attachment
- Poly Carbonate Upper Guards
- Auto Lubrication Pump
- A machine with outside control is available (See the Picture)
Technical Specifications of Double Rotary Tablet Press/Compression Machine – 27D / 27B / 35B / 45BB Stations:
Model |
TPC – 27 – D |
TPC – 27 – B |
TPC – 35 -B |
TPC – 45 -BB |
Type of Tooling |
“D” |
“B” |
“B” |
“BB” |
No. of Stations |
27 |
27 |
35 |
45 |
Tablets Output /hour* (Max.) |
129600 |
129600 |
168000 |
216000 |
Operating Pressure Max. (Ton) |
10 |
6.5 |
6.5 |
6.5 |
Tablet Diameter Max. (mm) |
25 |
16 |
16 |
11.5 |
Depth of Fill Max. (mm) |
20.5 |
17.5 |
17.5 |
17.5 |
Upper Punch Penetration (mm) |
1.5 – 8 |
1.5 – 8 |
1.5 – 8 |
1.5 – 8 |
Total Ele. Power (hp) |
5 HP |
Electric Power Supply |
3 Phase, 1440 RPM, 415 V., 50 Hz. OR As Per the requirement of Customer |
Turret RPM Max. |
40 |
Tablet Press Dimension (mm) (Approx.) |
1000 x 1040 x 1790 |
Net Weight (kgs) (Approx.)) |
1143 |
* Depending upon the tooling size, shape and material characteristics
Note: We reserve the right to change specifications without any prior notice.
Best Suited For
Double Rotary Tablet Press / Compression Machine is suitable for medium-scale productions. This machine consists of two dies and two sets of punches, allowing for the compression of two tablets per rotation. The machine is used for making food, chemicals, and composition tablets. This model is available in 27D, 27B, 35B, and 45BB Stations. Every model has a different tablet-making capacity by operating different pressures. The tablet dimensions of this machine are 1000 x 1040 x 1790.
Why Choose Our Double Rotary Tablet Press Machine?
Our Double Rotary Tablet Press machine is manufactured with the best quality materials that are cost-effective. This machine is able to continuously produce tablets. Here are some quality and efficiency monitoring aspects of the Double Rotary Tablet Press Machine:
- Durability
- Proper & precise assembling
- Low maintenance
- Finishing
- Power efficiency
- Effective for heavy-duty work
- Noise control
Safety Features
- Emergency Stop Button
- Interlocking Safety Guards
- Quality mechanism that releases overload pressure
- Overload Protection
- Reverse direction mode
- Turret Anti-Turning Mechanism
Some Frequently Asked Questions
What are the advantages of using a Double Rotary Tablet Press Machine?
The Double Rotary Tablet Press from Tablet Press Company provides fast and accurate tablet production, boosting efficiency and productivity for large-scale operations while ensuring consistent quality.
How simple is it to operate the Double Rotary Tablet Press Machine?
Tablet Press Company’s machine is equipped with intuitive controls and a clear interface, making it easy to operate and reducing the time needed for new operators to get up to speed.
Is the Double Rotary Tablet Press Machine simple to maintain?
With its easily accessible parts and maintenance-friendly design, Tablet Press Company’s machine minimizes downtime and delivers reliable performance throughout its use.
Does the Double Rotary Tablet Press Machine adhere to industry standards?
Yes, Tablet Press Company’s machine complies with all industry regulations and standards, guaranteeing safe and compliant pharmaceutical manufacturing.
How efficient is the power usage of the Double Rotary Tablet Press Machine?
The Double Rotary Tablet Press from Tablet Press Company is designed for optimal energy efficiency, reducing power consumption, lowering operational costs, and promoting a more eco-friendly production process.