OCTAGONAL BLENDER MACHINE
OCTAGONAL BLENDER MACHINE WORKING PRINCIPLE
Working Principle of the Octagonal Blender Machine
Loading Octagonal Blender Machine :First, you load the materials into the octagonal-shaped drum through the charging port located at the top of the blender. Initially, the drum’s unique shape ensures that the materials are spread out evenly inside the chamber, thus enhancing the efficiency of the blending process.
Mixing: After loading the materials, you start the mixing process. The drum rotates around its horizontal axis, causing the materials to tumble and turn within the chamber. Additionally, the octagonal shape ensures that the materials move in a multi-directional pattern, significantly enhancing the mixing efficiency. As a result, all particles, regardless of their size or density, get thoroughly mixed without any dead spots.
Blending Action: As the process continues, you will see the materials cascade from one end of the blender to the other. This constant cascading, combined with the drum’s unique geometry, ensures that the materials are continuously mixed and re-mixed, achieving a homogeneous blend. Additionally, the gentle tumbling action prevents material degradation, making it suitable for sensitive powders and granules.
Discharge:After blending, you discharge the mixed material through a port at the bottom of the blender. Moreover, the discharge port’s design ensures that you empty all the material efficiently, leaving no residuals behind. This is crucial for maintaining cleanliness and preventing cross-contamination.
In summary, octagonal blender machine working principle is to utilizes its unique shape and multi-directional movement to achieve efficient and thorough mixing. Hence, its gentle yet effective blending action ensures a uniform mixture, making it an invaluable tool for industries that require precision and consistency in their mixing processes.
OCTAGONAL BLENDER MACHINE SPECIFICATIONS
- Model: Octagonal Blender Machine
- Capacity: Available in various sizes from 5 kg to 5000 kg, accommodating diverse production needs
- Material: High-quality stainless steel (SS304 or SS316) for all contact parts, ensuring durability and hygiene
- Design: Octagonal mixing chamber with two hollow cylindrical shells, enhancing the blending process
- Motor Power: Varies depending on capacity, typically ranging from 1 HP to 50 HP
- Speed: Adjustable speed settings for different mixing requirements, providing versatility
- Mixing Time: Typically ranges from 10 to 30 minutes, depending on the material, ensuring efficient blending
- Loading Capacity: Designed to handle 50% to 70% of the chamber volume, optimizing performance
- Discharge: Manual or automatic discharge options available for convenience
- Safety Features: Interlock mechanisms and emergency stop buttons to ensure safety
- Dimensions: Varies with capacity; customizable to fit specific space requirements
- Applications: Suitable for pharmaceuticals, food processing, chemicals, and other industries requiring dry bulk solids mixing, ensuring versatility
| Sr no | Specifications | Details |
|---|---|---|
| 1 | Capacity | 10 kg, 25 kg, 50 kg, 100 kg, 200 kg, 300 kg, 500 kg, 1000 kg, 2000 kg, 5000 kg |
| 2 | Gross Volume | 35 L, 80 L, 150 L, 300 L, 450 L, 600 L, 800 L, 900 L |
| 3 | Motor Power | 0.5 HP, 1 HP, 2 HP, 3 HP, 5 HP, 7.5 HP, 10 HP, up to 50 HP |
| 4 | Gear Box | Elecon, Redicon, CPEC, Shanthi make |
| 5 | Material | Stainless Steel (SS304, SS316) |
| 6 | Construction | Stainless Steel frames |
| 7 | Butterfly Valve | Equipped for efficient discharge |
| 8 | Safety Features | Safety guard, interlock systems, overload protection |
| 9 | Discharge Height | 300 mm, 450 mm |
| 10 | Additional Features | Dust-free bin charging system, flame-proof electricals, PLC + HMI base systems, slant design, manual rotating facility with hand wheel, polished interior and exterior surfaces, mirror polished fixed buffers inside the cone, three-phase indication, D.O.L. tarter, digital timer, Amp Meter |
OCTAGONAL BLENDER MACHINE PRICE IN INDIA
The price of an Octagonal Blender Machine varies based on its capacity and features:
Small Capacity (50 kg to 500 kg): ₹1,25,000 to ₹5,50,000. These models are ideal for smaller production runs and pilot-scale operations.
Medium Capacity (500 kg to 1000 kg): ₹5,50,000 to ₹7,50,000. These models are suitable for medium-sized production batches, providing a balance between capacity and cost.
Large Capacity (1000 kg and above): ₹7,50,000 to ₹16,70,000. Designed for extensive production needs, these models offer higher throughput.
Moreover, prices can be influenced by factors such as the manufacturer, the complexity of control systems, and optional features like automated loading and unloading systems, enhanced safety features, or special materials to meet specific industry standards.
Finally, for the most accurate pricing, contact manufacturers or suppliers directly. They can provide detailed quotes based on your specific requirements, including any potential discounts or additional services such as installation and maintenance.
octa blender - large scale model
This Octagonal blender machine efficiently mixes ingredients with its unique eight-sided design, thus minimizing dead zones. Furthermore, it is constructed with high-grade stainless steel, ensuring durability and hygiene. Moreover, its powerful motors handle vast quantities of materials, making it ideal for food products or chemical compounds. Additionally, advanced controls provide precision, while safety mechanisms prevent accidents. Lastly, easy-to-clean components make maintenance straightforward. Overall, this innovative and reliable blender meets the rigorous demands of large-scale operations.
OCTA BLENDER - LAB SCALE MODEL
A lab-scale octagonal blender machine efficiently mixes small batches of materials with its unique eight-sided design, therefore minimizing dead zones. Additionally, it is constructed with high-quality stainless steel, ensuring durability and hygiene. Moreover, its powerful, compact motor handles various substances, making it perfect for laboratory use. Furthermore, advanced controls offer precise adjustments, enhancing experimental accuracy. Safety features, in turn, protect users during operation. Lastly, easy-to-clean components simplify maintenance. In conclusion, this innovative blender caters to the demanding requirements of laboratory settings, providing reliable and consistent mixing for research and development activities.
