CGNT-209 Semi Automatic Capsule Filling Machine

CGNT-209 Semi Automatic Capsule Filling Machine

CGNT-209 semi automatic capsule filling machine is widely used in the pharmaceutical, nutraceutical industries for the efficient filling of powder, 顆粒, or pellets into hard capsules.

医薬品: Used to fill medications in capsule form, such as antibiotics, ビタミン, or analgesics. Ideal for producing custom dosages or combinations of drugs.

Nutraceutical: Commonly used to fill dietary supplements like herbal extracts, ビタミン, minerals, and probiotics into capsules. Perfect for companies producing health supplements in smaller quantities.

Herbal Industry: Used to fill natural or plant-based powders, extracts, and blends into capsules for alternative medicine production. Often used by companies that specialize in organic or herbal products.

Semi capsule filling machine offers a balance between precision, 効率, and cost, making it suitable for businesses that require flexibility in their capsule production process. If you are a large pharmaceutical company, you can choose fully automatic capsule filling machine.

仕様:

まで 40000 個/時間

適用対象 000# ～ 5# カプセル

粉体に適しています, 顆粒, ペレット, タブレット

引用を要求

How Semi-automatic Capsule Filling Machine works？

Semi automatic capsule machine is widely used in the pharmaceutical, nutraceutical, and herbal industries, 粉末を充填することができます, 顆粒, or pellets into hard capsules.

主な特徴

モデル	CGNT-209
Applicable capsule	000, 00,0,1,2,3,4,5#
対象製品	力、顆粒、ペレット、タブレット
力	380/220V 50Hz（カスタマイズ可能）
総電力	2.2 KW

Semi Capsule Filling Machine Advantage

Double-row capsule device, randomly distribute two capsule trays, with high speed and high working efficiency, 40,000 capsules per hour.

The capsule plate is oxidized by a special process, which has strong hardness and smooth surface, which greatly improves the success rate of the capsule.

The bladder lock station adopts the flat method and uses the cylinder starting principle to lock, reduces the leakage of medicine powder during the bladder lock, and improves the efficiency of raw material.