- Home
- Machines
- Solid Dosage
- Capsule Filling Machine
- Semi-Automatic Capsule Filling Machine
Our dual-outlet semi-automatic capsule filling machine is designed to enhance production efficiency, combining a programmable control system with a user-friendly touchscreen interface. Compared to single-head machines, the dual-head design skillfully achieves faster filling speeds, making it ideal for capsules containing various granules and powders, especially non-moisture-sensitive small pellets. This semi-automatic capsule filling machine not only eliminates the effort associated with a tedious process but also ensures a high level of accuracy, saving costs, and maintaining consistent quality. Utilizing patented technology, it guarantees precise capsule alignment, easy cleaning, and a new safety locking mechanism, significantly improving operational stability and safety.
Widely used in the pharmaceutical industry for producing antibiotics, pain relievers, and nutritional supplements, such as amoxicillin capsules, ibuprofen capsules, cold medications, and anti-allergy capsules.
Production Capacity | 25,000-40,000pc/h (depending on capsule size) |
Applicable Capsule Size | 000#, 00#, 0#, 1#, 2#, 3#, 4# |
Filling Type | Small pellet Granule Non-viscous, dry powder |
Power | 4.0kW |
Compressed Air | 0.03m³/min 0.7MPa |
Vacuum Pump | Suction rate: 63m³/h Pumping rate: 40m³/h |
Machine Dimensions | 1.14×0.7×1.63m |
Packaging Size | 1.72×0.87×1.75m |
Net Weight | 450kg |
Gross Weight | 550kg |
Let us help bring your projects to life by answering your questions and providing tailored solutions. Reach out to us anytime.
SINOPED specializes in the research, development, production, and sales of the pharmaceutical manufacturing equipment, including packaging machinery, mixing systems, filling equipment, API manufacturing machinery, and cleanroom solutions. Our comprehensive product range is widely applied in industries such as pharmaceuticals, biopharmaceuticals, and health supplements, supporting efficient and reliable production processes.