It adopts a disc valve feeding method and is equipped with a vibration device, which solves the problem of traditional screw feeding devices often failing to feed powders with poor flowability, such as Chinese herbal medicines and prepared Chinese medicines. It is easy to disassemble, replace, and clean.

Utilizing guide rail drive, it boasts high precision and a long service life. Its enclosed design effectively prevents waste capsules and dust from entering. It offers excellent stability, allowing for orderly capsule placement and accurate orientation.

It is manufactured in one piece, with a compact structure and no splicing gaps, providing good sealing and easy disassembly. The upper and lower modules move independently, and the fixed bracket shaft seal uses a double-lip skeleton dustproof ring, achieving noiseless operation, small size, low load, and high precision. The fully enclosed rotary table requires no maintenance, lubrication, or upkeep for three years, and there is no dust ingress.

It adopts a modular design and uses pin-type positioning of the filling clamp, so there is no need to stop the machine to adjust the filling volume during production, and it is convenient to change different filling rods.

The filling base adopts a negative pressure design, which can draw in the powder from the base hole through negative pressure during equipment operation and collect it into the powder collector. This effectively avoids powder waste and loss, and enables the reuse of the powder.

When abnormal capsules cannot be separated normally, the powder that has entered the lower mold hole is directly sucked into the powder recovery unit at the filling station, which can effectively recover the powder and avoid loss and waste.

The slot-type locking capsule plate is flexible and adjustable, allowing for fine-tuning at any time without the need to adjust the station tie rod.

The system employs purified compressed air and intermittent gas impact technology. This solves the problem of powder sticking to the mold and improves the capsule loading rate.

Employing negative pressure technology and featuring an independent powder diversion system, it can accurately recover powder, avoid cross-contamination, and the recovered powder can be directly reused in production, making it convenient and efficient.