Electrostatic drum flavoring system for food processing

Enhance your snack production efficiency with a system designed to uniformly apply flavors using electrostatic technology, ensuring consistent coating distribution that reduces product waste and elevates product quality.

Distributes Flavors and Coatings Evenly

The Infeed Vibrator, integral to Spice Applications’ electrostatic flavouring systems, offers precision in distributing spices and coatings. Engineered with a stainless steel (304) infeed tray and driven by a durable vibrator motor, the device enhances flavor coating processes for snack foods such as potato chips and seasoned nuts. Its versatile design integrates seamlessly into automated production lines, ensuring consistent throughput and uniform coverage. Mounted on a robust stainless steel stand with castors, it facilitates easy cleaning and maintenance. Ideal for continuous operations, the Infeed Vibrator is perfect for food processing environments prioritizing hygiene and flexibility.

Benefits

  • Ensures uniform flavor distribution, enhancing product quality and consistency.
  • Minimizes labor costs through seamless integration with automated production lines.
  • Offers easy mobility and maintenance with a robust stainless steel design on castors.
  • Improves operational efficiency in continuous processing environments.
  • Adapts to various snack and spice applications, increasing production versatility.

General


Applications
Nuts,Spices,Snacks
End products
Cinnamon powder,Chili powder,Peanuts,Tortilla chips,Potato chips,Paprika,Corn chips,Seasoned popcorn,Cashews,Seasoned almonds,Nutmeg
Steps before
Ingredient Preparation,Mixing,Flavor Mixing
Steps after
Flavor Coating,Quality Control,Packaging
Input ingredients
spice coatings,flavouring ingredients,oil,slurry
Output ingredients
flavoured food products,coated food items
Market info
Spice Application Systems specializes in the design and manufacture of electrostatic application equipment for spices and coatings, renowned for enhancing flavor consistency and reducing waste in the food processing industry.

Technical Specifications


Material Type
Stainless steel (304)
Vibrator Control
Adjustable
Speed Control
Inverter speed control (IP69)
Drive Motor
Reversible
Safety Features
Twin skin for safety
Automation
Sequence Start/Stop Control
Spray Head
Electrostatically charged
Mixing Control
Paddle inverter speed control (IP69)
Assembly Location
UK Headquarters in Didcot,Oxfordshire
Frame Construction
Stainless steel (304) frame,on castors

Operating Characteristics


Working mechanism
Rotating drum / Flatbed oscillation
Automation level
Sequence Start/Stop Control
Batch vs. continuous operation
Batch
Integration with electrostatic systems
Electrostatic Generating Head
Control System
Electrostatic Control Panel (MK III)
Cleaning method
Manual / Potential for CIP

Material Compatibility


Stainless Steel Type
304
Density/particle size
Not specified

Physical Characteristics


Machine footprint
Customizable
Material
Stainless steel (304)
Movement
On castors
Tank shape
Cylindrical
Discharge method
Reversible drive motor
Drum type
Twin skin,glass beaded outside,polished inside
Infeed tray type
Stainless steel vibrator tray
Flatbed type
Wire belt with oscillating bed
Control panel
Electrostatic Control Panel (MK III)
Electrostatic head
Electrostatic Generating Head

Custom Options


Material of Construction
Stainless steel 304
Vibrator Tray Dimensions
Adjustable to customer requirements
Feeding Mechanism
Screw/Scarf Feeder
Control Panel Type
Electrostatic Control Panel (MK III)
Drive Motor Options
Reversible,Inverter speed control