Oscillating Granulator

Features of Oscillating Granulator

• Oscillating granulation motion helps you to produce products with uniform particle size.
• Sturdy alloyed steel construction that gives high rigidity and strength to bear harsh industrial conditions.
• Adjustable operational speed and oscillating angle,
• Compact vertically oriented design.
• In-feed hopper to easily load the materials to be processed.
• Low power consumption and safe operation.
• FAQs: Oscillating Granulator

• There are several components that are installed within Oscillating Granulator machine. Some of the common parts are:
• Hopper: This sturdy feed unit is designed to deliver raw materials into the machine without risk of material wastage.
• Granulation Chamber: Sturdy steel-made chamber where granulation of raw material takes place.
• Impeller: Sturdy tool to deliver agitating forces to efficiently break down the material into smaller particles.
• Screen or Perforated Plate: This uniformly holed screen is used to pass materials with desired grain size.
• Drive Mechanism: It is the main power supply unit that transfer rotational power to the blades within the processing chamber.
• Discharge mechanism: Designed to safely discharge processed granule substances.

• Oscillating Granulator is highly demanded among our customers due to the following advantages:
• High-quality output with desired grain sizes.
• Gentle processing of raw materials that makes it suitable for fragile as well as hard materials.
• Environment friendliness due to its high-performance dust reduction system.
• Zero risk of cross contamination making it ideal for food and pharmaceutical industries.
• Easy to clean and maintain that helps to maintain the machine in optimal conditions.
• Capable to process a wide range of materials such as wet granules, dry powdered substances, wet granules, and materials with low melting points.
• Suitable for low as well as high production cycles.
• Low energy consumption and less service requirement.
• Reduced noise during high-speed operation.

• Assess Your Production Line: Determine space availability, material transfer factors, and other parameters before integrating the machine with the production line.
• Compatibility and Requirements: Check if the machine is compatible with the equipment in the production system to ensure streamlined operation.
• Electrical and Mechanical Integration: Consider factors such as air supply, control system, power supply, and easy installation of mechanical attachments.
• Safety and Regulatory Compliance: Safety is one of the important parameters, hence it is advisable to check the safety of the overall system.
• Testing and calibration: Always test the system under different operational conditions and calibrate the system to avoid the risk of accidents.