About Auto coating machine

Auto Coater Manufacturer

Auto Coater Manufacturer

The Revolutionary Auto Coater in Pharmaceutical Manufacturing

In the fast-paced world of pharmaceutical manufacturing, every second counts. That’s why advancements in tablet coating technology play a vital role in optimizing productivity and efficiency. One such revolutionary innovation is the Auto Coater, a game-changer in the industry.

The Auto Coater is a sophisticated automatic coating machine designed to coat tablets, pills, granules, and candies with a thin film coating, ensuring uniformity, precision, and superior quality. It eliminates human error while enhancing production speed, making it indispensable in the pharmaceutical and food industries.

Working Principle of the Auto Coater

The Auto Coater consists of several essential components, including:

  • Control System (PLC-based for automation and monitoring)
  • Hot Air Filtering System (includes washable filters, pre-filters, and HEPA filters)
  • Coating Pan (Perforated Pan with larger openings for enhanced coating efficiency)
  • Solution Tank (where the coating solution is prepared and stored)
  • Exhaust System (Dust Collector / Scrubber for removing particulates)
  • Spray Guns (High atomizing spray system for precise application)
  • Hot Air Blower (assisted by a steam heater to optimize drying)
  • Peristaltic Pump (for controlled transfer of coating liquid)
  • Electric Motors (ensuring smooth pan rotation)
  • Touch Screen Operation Panel (for user-friendly interface and control)

How the Auto Coater Works in Pharmaceutical Manufacturing

The process begins with filling the perforated coating pan with a batch of tablets. The coating solution is pumped from the solution tank to the spray guns, which atomize and spray the film coating evenly on the tablets. Meanwhile, hot filtered air passes through the coating pan under negative pressure, ensuring rapid drying and formation of a smooth and stable surface film on the tablets.

The exhaust system with a dust collector (scrubber) removes excess particles, ensuring a clean and controlled environment. In some setups, a wet scrubber is used to filter particulates from the exhaust air, enhancing environmental safety.

Comparison of Auto Coater with Traditional Coating Methods

Traditional tablet coating methods rely on manual labor, increasing the likelihood of inconsistencies. The Auto Coater offers several advantages:

  1. Increased Production SpeedCoats large batches efficiently compared to traditional small-batch coating.
  2. Superior Coating Uniformity – The high-tech spraying system ensures consistent film thickness.
  3. Reduced Human Error – Automation reduces manual intervention, improving quality control.
  4. Energy-Efficient DesignMinimizes steam and compressed air consumption, reducing operational costs.
  5. Flexible Batch Operations – Allows customizable pan speed, coating parameters, and process monitoring.
  6. Enhanced Drug StabilityProtects tablets from moisture, oxidation, and external contamination.
  7. User-Friendly Operation – Features an intuitive PLC-based touch-screen panel for precise control.

Applications of Auto Coater

The Auto Coater is widely used in pharmaceutical and food industries for various applications:

  • Film Coating of Tablets (with aqueous coating, organic solvent coating, and enteric coating)
  • Masking Unpleasant Taste of tablets
  • Coating Granules, Capsules, and Sweets
  • Sugar Coating in Candies
  • Enhancing Drug Shelf Life

Installation & Safety Features

Installation:

  • Proper power connections and air inlet/outlet setup are essential.
  • Liquid to be coated is loaded into the solution tank, and the machine is switched on.
  • Rotational speed, temperature, and pressure are adjusted via the control panel.

Safety Features:

  • Overload Pressure Release Mechanism
  • Emergency Stop Button
  • Separate Production & Technical Areas
  • Advanced Coating Pan Design to prevent tablet breakage

Specifications of Auto Coater

The Auto Coater comes with varying capacities, ranging from 30 kg per batch to 500 kg per batch. Other essential specifications include:

  • Pan Diameter & Mouth Diameter
  • Pan Speed & Main Drive Motor Capacity
  • Inlet Air Blower Motor Power
  • Steam Consumption & Compressed Air Requirement

Conclusion

The Auto Coater has transformed pharmaceutical manufacturing by offering high efficiency, precision, and automation in tablet coating. With its state-of-the-art technology, it has become the preferred choice for manufacturers aiming to increase productivity, maintain high-quality standards, and reduce operational costs. As the industry continues to evolve, the Auto Coater remains at the forefront, ensuring superior coating solutions for a safer and more efficient pharmaceutical production process.

For top-quality Auto Coaters, The Bombay Engineering Works is a trusted manufacturer in Mumbai, India, delivering cGMP-compliant, energy-efficient, and high-performance machines that meet the highest industry standards.

Features of autocoater 

  • Automated process
  • Conforms to cGMP
  • Flexible batch operations
  • Product protective handling to prevent clipping of tablets
  • Complete separation of production and technical area
  • Extremely user-friendly software and operation through PLC
  • Excellent mixing and tumbling by a unique design of baffles
  • Made up entirely of S.S. 316
  • Advanced CIP system
  • Treatment of exhaust for pollution-free operation
  • AVAILABLE CAPACITIES: 12 “, 15″, 18″, 24″, 36″, 48”, 60 “, 66″, 72″, and 96″ dia.

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specification of autocoater

MODEL BEW 24” BEW 36” BEW 48” BEW 60”
Approximate working capacities

 

(depending upon tablet shape and powder density)

10 Kgs 75 Kgs 150 Kgs 350 Kgs­
Pan Diameter 610 mm 915 mm 1220 mm 1575 mm
Drive Motor (Flame proof) 1 HP 2 HP 3 HP 7.5 HP
Exhaust Fan Capacity 350 cfm at 150 mm KW 1350 cfm at 200 mm KW 2750 cfm at 200 mm KW 6000 cfm at 200 mm KW
Hot Air Fan Capacity 300 cfm 1200 cfm 2550 cfm 5500 cfm
Hot Air Fan Motor (Flame proof) 1 HP 3HP 5HP 10 HP
Steam Consumption (Steam pressure 3 to 5 Kg / cm²) 25 Kgs / hr or

 

9 KW

50 Kgs / hr or

 

36 KW

100 Kgs / hr

 

 

200 Kgs / hr

 

 

Compressed Air requirement at 7 Kgs / cm² pressure 15 cfm

 

(25 NM³ / hr)

30 cfm

 

(51 NM³ / hr)

40 cfm

 

(68 NM³ / hr)

50 cfm

 

(85 NM³ / hr)

 

 

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