100-240kg/H Horizontal Feeding Type Roller Compactor For Capsule Filling Granules
Our pharmaceutical dry granulation machines are specially designed for modern pharmaceutical manufacturing processes, providing stable performance, high granulation efficiency, and excellent product consistency. Compared with traditional dry granulation systems, our advanced horizontal feeding design ensures more stable material flow, higher granule quality, and improved production efficiency.
Suitable for heat-sensitive, moisture-sensitive, and high-activity pharmaceutical materials, our dry granulation equipment is widely used in tablet production, capsule filling, API processing, and pharmaceutical powder granulation.

Models
| Model | LG100 | LG100E | LG160 | LG200 | LG240 | LG360 |
|
Capacity (kg/h) |
1.5-15 | 12-40 | 50-150 | 100-240 | 160-320 | 360-720 |
|
Rated power (kw) |
3.47 | 3.53 | 7.24 | 11.37 | 15.94 | 32.55 |
| Roller size (D*W) | 100*25 | 100*40 | 160*50 | 200*75 | 240*100 | 360*150 |
For large production scale application, we provide double-supporting roller model
| Model | LGS200 | LGS240 | LGS360 | LGS500 |
|
Capacity (kg/h) |
200-400 | 300-640 | 1200-2000 | 1500-3000 |
|
Rated power (kw) |
23.8 | 32 | 67.8 | 97 |
| Roller size (D*W) | 200*150 | 240*200 | 360*300 | 500*400 |
Unlike conventional vertical feeding systems, our horizontal feeding design delivers:
Our machines are engineered for:
The dry granulation process eliminates the need for liquid binders and drying stages, making it ideal for pharmaceutical products that are unstable under heat or moisture.

Produces uniform granules with excellent compressibility for high-speed tablet presses.
Improves powder flowability and filling accuracy for capsule production.
Suitable for active pharmaceutical ingredients requiring controlled particle size and bulk density.
Widely used for vitamins, herbal extracts, protein powders, and nutritional supplements.
Reduces energy consumption and simplifies production.
Protects pharmaceutical ingredients from thermal degradation.
Enhances downstream tablet compression and capsule filling efficiency.
Fewer processing steps compared with wet granulation.
Ensures uniform particle density and granule size.