Product Description
Our Peanut Butter Grinding Machine is engineered for precision processing. It is good for commercial peanut processing with the latest technology. Its main application is to make peanut butter. Also, it is widely utilized in food industry. The machine features: compact structure, easy operation and high yield. It has good technical parameters and rugged constriction. The Peanut Butter Grinding Machine offers a stable performance, and it lowers the processing cost. It is excellent in capacity, power and throughput.
Efficient Peanut Grinding for BusinessesSpecifically engineered for peanut/ground nut grinding, this vertical cylindrical machine ensures a continuous and high-yield output of 50-80 kg per hour. Equipped with a manual hopper feed and a powerful 1.5 kW copper wound motor, it delivers reliable performance in food processing plants and small-scale production units. Its stainless steel construction and compact design facilitate easy placement and long-term durability.
Adjustable Fineness and Easy OperationWith a spindle speed of 2850 rpm and adjustable mesh size (50200), operators can precisely control the texture of peanut butter. The intuitive button panel control system streamlines machine operation, while the single-speed mode and automatic features minimize manual intervention. Integrated safety features ensure confidence during prolonged use in busy environments.
Low Maintenance and Hygienic DesignConstructed from corrosion-resistant stainless steel, this machine is optimized for food safety and long service life. The air cooling system maintains optimal operating temperatures, while the water flush-compatible design allows for straightforward cleaning. Its table-top, compact build (350 x 350 x 900 mm) supports efficient installations in kitchens or workshops.
FAQs of Peanut Butter Grinding Machine:
Q: How does the peanut butter grinding process work in this machine?
A: Raw peanuts are manually loaded into the machines hopper. Powered by a copper wound induction motor, the peanuts pass through a high-speed spindle at 2850 rpm inside the vertical cylindrical grinding chamber. The adjustable 50200 mesh setting ensures precise control over the final peanut butter consistency.
Q: What types of environments and industries are suitable for this machines use?
A: This peanut butter grinding machine is designed for food processing facilities, small manufacturing units, and businesses in India such as dealers, exporters, or wholesalers who require automatic, high-efficiency grinding with easy operation and low maintenance.
Q: When should the output fineness be adjusted, and how is it achieved?
A: Finetuning of the output mesh size (50200 mesh) is recommended based on the desired peanut butter texture or recipe requirements. Adjustment is performed using the machines built-in controls, allowing seamless customization for various product specifications.
Q: Where should the machine be installed to ensure optimal performance?
A: Install the machine on a stable tabletop within an ambient temperature environment (up to 60C) and near a water supply for cleaning. Suitable locations include food production lines, commercial kitchens, or dedicated nut butter processing areas.
Q: What safety and maintenance features are included?
A: Key features include a safety lock to prevent accidental operation, a corrosion-resistant stainless steel body, and a compatible water flush cleaning method. The machines low-maintenance design and automatic functionality support reliable, continuous operation.
Q: How does the air cooling system benefit machine operation?
A: The integrated air cooling system dissipates heat generated during grinding, ensuring the machine remains within safe temperature limits and guaranteeing consistent performance, especially during extended production runs.
Q: What is the primary benefit of using a copper wound induction motor in this machine?
A: The copper wound induction motor offers superior efficiency, durability, and energy savings, supporting long-term, heavy-duty use with minimal power loss and reduced operational costs.