Octagonal Blender

• The unique octagonal shape leads to enhanced blending efficiency.
• Heavy-duty stainless steel construction gives high rigidity and excellent corrosion resistance.
• Large mixing capacity making it capable to produce consistent mixtures in large volumes.
• Mixing blades: The sharp and sturdy steel blades ensure easy blending and mixing.
• Easy loading and discharging of raw as well as processed materials.
• Advanced safety features make it capable to function efficiently for longer periods.
• It comes with a high-performance dust collection system to easily capture dust and other airborne impurities.
• Swift disassembly of mixing baffles, facilitating easy cleaning of bins and baffles.
• Fully automated operation via a Programmable Logic Controller.
• Incorporation of flameproof construction for enhanced safety.
• Offering ACVFD as an optional feature.
• Utilization of a pneumatic loading system.

 

How does an Octagonal Blender work?

• Material feeding: The materials that are going to blend are loaded into the octagonal container in the required amounts to achieve the desired blend.
• Closing the Blender: Once the loading process is completed the safety lid of the blending chamber is locked to prevent spilling of raw materials.
• Power Supply: The machine is connected to the mains supply to safely deliver electrical power which in turn actuates the motor to deliver rotational power.
• Blending: When the blending process starts, the material starts to move in tumbling and cascading motion to perform gentle and efficient mixing of powdered or granular substances.
• Discharging of materials: After completion of the blending cycle the motor is stopped and then the mixture is discharged out of the chamber.

What are the applications of an Octagonal Blender?

What are the advantages of using an Octagonal Blender?

• Efficient blending processing for preparation of mixtures with high uniformity.
• The tumbling and cascading motion of this machine ensures the gentle mixing of raw materials.
• The high-speed operation helps to produce a high-quality mixture in a shorter time.
• The stainless steel used for manufacturing is coated with a non-stick coat to prevent the accumulation of impurities which in turn helps to maintain high cleanliness.
• Compatibility with various types of powder, granular, and other solid materials.
• The user-friendly operation to easily adjust various operational parameters.
• High-Cost effectiveness due to its low power consumption and less service requirement.

What are the maintenance requirements for an Octagonal Blender?

• Scheduled cleaning of various parts to prevent the risk of cross-contamination.
• Application of lubricants over moving parts to avoid the risk of damage due to friction and wear.
• Testing of various electrical components such as MCBs, relays, circuit breakers, motors, and control units to ensure safe functioning at variable voltages.
• Check and tighten mechanical fasteners to eliminate the risk of accidents due to excess vibration.