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Semi Automatic Capsule Filler Machine

CGN-208
Kapseln
MixingHead
PredeliveryDebugging
SiemensPlc
CGN-208
Kapseln
MixingHead
PredeliveryDebugging
SiemensPlc

Semi Automatic Capsule Filler Machine

Semi automatic capsule filler machines are widely used in pharmaceutical, Nutrazeutisch, and herbal industries for efficient and precise capsule production. These machines are ideal for small to medium-scale manufacturers, research labs, and compounding pharmacies that require flexibility and cost-effectiveness.

In pharmaceutical manufacturing, they are used to fill capsules with powdered, granulated, or pelletized drugs, ensuring accurate dosing for antibiotics, Vitamine, and other medications.

Nutraceutical companies utilize these machines to produce dietary supplements, Probiotika, and herbal remedies. The ability to handle different capsule sizes (#000-5) and materials (gelatin or vegetarian).

Zusätzlich, research institutions and compounding pharmacies benefit from semi-automatic fillers when developing prototypes or preparing small batches of specialty drugs.

These machines are also employed in cosmetic and food industries for encapsulating active ingredients, flavors, or essential oils.

Spezifikation:

Bis zu 28,000 Kap./h

Anwendbar für #000 ~ 5 Kapsel

Geeignet für Pulver, Körnchen, Pellet

Wie funktioniert die halbautomatische Kapselfüllmaschine von cgmp?

Bei der halbautomatischen Kapselfüllmaschine werden leere Kapseln manuell in die Maschine eingelegt, Dadurch wird der Prozess des Befüllens der Kapseln mit dem gewünschten Material vor dem Verschließen automatisiert.

Haupteigenschaften

Produktionskapazität : 28,000 Kap./h
Anwendbares Produkt : Leistung、Körnchen、Pellet
Anwendbare Kapsel: 000, 00,0,1,2,3,4,5#
Leistung : 380/220 50Hz (anpassbar)
Gesamtleistung : 2.12 KW

Semi-Automatic Capsulator Advantage

Effortless Locking: The capsule locking station adopts a flat placement method and pneumatic starting principle, which minimizes powder leakage and powder dispersion during the locking process and improves raw material utilization and product quality.

Accurate Filling: By controlling the feeding speed and mold rotation speed, the filling volume is precisely managed, maintaining an error margin within 3%.

Complete Separation: The capsule sowing station is controlled by a servo motor. The capsule plate rotates at a constant speed. The negative pressure ensures that each capsule cap is fully separated, and the capsule utilization rate is increased by 20%.

Hauptteile

How to Choose a Encapsulation Machine?

Choosing the right capsule filling machine is a critical step to ensure production efficiency, product quality and compliance. Here are the key aspects to consider when purchasing and how to make the best choice based on your factory’s specific needs:

1.Kapazität (Stk/h)

Small scall (< 10,000 Stk/h): suitable for small-scale production or R&D pharmaceutical factories (such as semi-automatic capsule filling machines, CGN-208, CGNT-209).

Medium speed (10,000 – 60,000 Stk/h): suitable for small and medium-sized batch production(wie zum Beispiel fully automatic capsule filling machine, NJP-1200C, NJP-1500D).

High speed (> 60,000 Stk/h): suitable for large-scale production (such as IMA Capsfill, MG2 G series, or Ruida Packing NJP series).

2. Capsule type and specifications

Supported capsule size range (commonly used 000# – 5#), whether it supports special capsules (such as enteric-coated capsules, plant capsules, liquid-filled capsules). Ruida Packing’s machine is suitable for conventional sizes, and only needs to replace the mold corresponding to the capsule size.

3. Filling material characteristics

Pulver: Pay attention to the fluidity and uniformity of the powder. Our machine is equipped with a pneumatic feeding method. Compared with screw feeding, it has better fluidity and no jamming.

Particles/micropellets: Customize a special feeder.

Flüssig: We have capsule filling machines specifically for liquids, such as CGNL-300, NJPL-300C, NJPL-1000C.

4. Budget

Domestic vs. imported comparison: Choose the equipment that suits you according to your budget. Domestic (such as Ruida Packing) is cost-effective, and imported (such as IMA, Bosch) is stable but expensive.

How to Cleaning and Maintenance?

The standard operating procedure (SOP) for cleaning and maintenance of capsule filling machines is divided into three parts: daily cleaning, deep cleaning, and regular maintenance to ensure compliance with cGMP requirements and extend the life of the equipment:

 

1. Daily cleaning (after each shift or batch)

1)Preparation

Shutdown and power off: Turn off the power and hang acleaningsign.

Personal protection: Wear cleaning clothes, gloves, and goggles.

Cleaning tools: Fiber-free wipes, nylon brushes, GMP-grade neutral detergent, 75% ethanol or isopropyl alcohol, vacuum cleaner (explosion-proof, for powder residue)

2)Dismantle removable parts

Remove the capsule hopper, dosage disk, punch module, mold and other parts that contact the material (refer to the equipment manual).

3)Surface cleaning

Powder residue removal: Use a vacuum cleaner to remove powder inside and outside the equipment, and avoid compressed air blowing (to prevent cross contamination).

Wipe: Wipe the machine housing, conveyor belt, and control panel with a damp (detergent) cloth (to avoid liquid from penetrating into the circuit). Disinfect contact parts (such as molds and guide rails) with alcohol.

4)Parts cleaning

Immersion cleaning: Put the removed parts into a special container, soak them in warm water and detergent for 10 Protokoll, and clean the grooves with a soft brush.

Rinse and dry: Rinse with purified water 3 times, place in a clean drying oven or blow dry with sterile compressed air.

5)Inspection and installation

Visual inspection: Confirm that there is no residue, rust or wear (if the punch is deformed, it needs to be replaced).

Reinstall: Reinstall according to the manual requirements, and manually test whether it is smooth.

 

2. Deep cleaning (weekly or when changing products)

1)Complete disassembly

Disassemble all molds, seals, sensors, usw. (the supplier needs to provide a disassembly guide).

2)Ultrasonic cleaning (optional)

Precision parts (such as punches) are placed in an ultrasonic cleaner (frequency 40kHz, purified water + 5% ethanol, 10 Protokoll).

3)Lubrication and rust prevention

Lubrication points: Use food-grade white oil to lubricate guides and bearings (such as Shell Gadus S2 V220).

Rust prevention: Apply a thin layer of silicone oil (such as Dow Corning 556) to stainless steel parts.

4)Disinfection

The contact surface is fumigated with 0.1% Sanitaryl or VHP (vaporized hydrogen peroxide) (applicable to highly active drug equipment).

 

3. Regular maintenance (monthly or quarterly)

1)Mechanical parts inspection

Punch and die: Use a micrometer to measure the punch length tolerance (±0.05mm) and replace worn parts.

Transmission system: Check the belt/chain tension and gear oil condition (such as Mobilgear 600 XP).

2)Electrical system inspection

Sensor sensitivity test (such as capsule missing detector).

Ground resistance test (≤4Ω, anti-static).

3)Performance verification

Filling accuracy: After running the empty machine, produce 5 batches and take samples to detect weight differences (RSD≤3%).

Capsule locking rate: Randomly select 100 capsules and check for damage or non-locking (qualified standard ≥98%).

Anmerkungen

Do not use water guns to rinse: avoid short circuits or water intrusion into bearings.

Tool-specific: Cleaning tools for different product lines must be stored separately (to prevent cross contamination).

Microbial monitoring: Perform microbial wipe tests on the surface of the equipment regularly (≤50 CFU/25cm²).

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