The Nut Dicing Machine is designed to create cubes from whole or split nuts, whether peeled or with hulls. It features interchangeable rollers, enabling the production of various cube sizes and measurements, catering to different product specifications. To ensure a consistent final product, it is recommended to pair the Nut Dicing Machine with a sieving machine at the outlet. This additional step effectively separates different-sized chopped nuts pieces, resulting in a uniform specification of nut cubes. The Nut Dicing Machine is essential for producing precisely diced nuts with consistent quality across various nut processing applications.
Application:
peanuts
Almond
Hazelnut
Pistachio
Cashew nuts
Walnut
Macadamia Nut
Pecan
Overview
The Nut Dicing Machine (also known as Nut Dicer or Peanut Cutting Machine) is an advanced piece of equipment designed to chop various nuts, including peanuts, almonds, walnuts, hazelnuts, and more, into precise, uniform sizes. This machine is essential for food processing industries, especially in the production of ingredients for doughnuts, ice creams, baked goods, salads, and confectioneries.
Equipment Components
1. Raw Material Hopper The starting point of the dicing process, the raw material hopper is where nuts such as peanuts, almonds, or other granular materials are initially loaded. This hopper is designed to hold and gradually release the nuts into the processing line, ensuring a continuous and steady feed. 2. Vertical Elevator & Z Bucket Elevator These components are responsible for vertically lifting the nuts from the hopper to the processing section of the machine. The Z bucket elevator, specifically, allows for smooth and gentle transportation of the nuts, minimizing breakage and ensuring that the nuts are evenly distributed as they move towards the cutting section.
3. Electromagnetic Vibration Feeder This feeder ensures that the nuts are evenly spread and fed into the cutting section at a consistent rate. The electromagnetic vibration provides precise control over the flow of the nuts, reducing the likelihood of clogging and ensuring uniform feeding, which is crucial for consistent chopping results.
4. 1st Cutter The first cutter is responsible for the initial chopping of the nuts. This stage typically reduces the nuts into coarse pieces, setting the stage for further refinement in the subsequent cutting phase. The cutter is designed with durable, sharp blades that can handle various nut types without compromising efficiency.
5. 2nd Cutter After the initial chopping, the nuts are passed to the second cutter. This cutter further refines the pieces, achieving the desired size and uniformity. The second cutter works in tandem with the first to ensure that all nuts are chopped to the precise specifications required for the final product.
6. Vibration Sifter Following the cutting process, the vibration sifter plays a crucial role in sorting and grading the chopped nuts. It uses vibratory motion to separate the pieces based on size, ensuring that only uniformly chopped nuts proceed to the collection stage. This component is essential for maintaining product quality and consistency. Our sifter design is 2 sets, 5 outlets.
7. Transmission Mechanism The transmission mechanism is the core system that drives the operation of the cutters and sifters. It ensures that all moving parts work in harmony, allowing the machine to function efficiently and reliably over extended periods.
8. Finished Chopped Peanut Collector Once the nuts have been chopped and sifted, they are collected by different outlets separately, this component ensures that the final product is securely stored before it is moved on to the packaging or further processing stages.
9. Electrical Control Cabinet The electrical control cabinet houses all the controls and settings for the Nut Dicing Machine. It allows operators to adjust the speed, cutting size, and other parameters, ensuring that the machine can be tailored to specific processing requirements. The control cabinet is equipped on beginning side of nut dicer, with safety features to protect both the equipment and the operators.
Key Functions
Versatile Chopping: The Nut Dicing Machine is capable of chopping a wide variety of nuts and granular materials into different sizes. It operates efficiently on split blanched peanuts, producing uniform pieces that are ideal for various foods applications.
Two-Stage Dicing Process: The machine features a dual-stage chopping process. Initially, peanuts are fed into the machine via a vertical conveyor (or Z bucket elevator) and chopped into coarse grains by the first cutter device. Passing through a wire mesh screen, larger chopped pieces move forward to the second stage for chopping. The result is a consistent final product with varying sizes tailored to specific needs.
Vibration Sifting and Sorting: The Nut Dicer is equipped with a vibrating sifter that sorts chopped nuts into four uniform specifications (above 5mm, 3-5mm, 2-3mm, and 1-2mm), with any particles below 1mm classified as powder. This ensures that each batch meets precise size requirements.
Features
High Degree of Automation: The Nut Dicing Machine operates with a high level of automation, minimizing the need for manual intervention and ensuring consistent output.
Uniform Chopping: The machine is designed to produce uniform nut pieces with minimal variance, which is crucial for maintaining product quality in food processing.
No Oil Leak: The cutting devices are special structure, which is machined by precision CNC machine, all types of nuts are cut fast when touching the rotation cutter. Such nut dicer’s design prevents oil leakage cause loss on nut materials.
Low Noise Operation: Built with noise reduction in mind, the Nut Dicer operates quietly, contributing to a more pleasant working environment.
Advantages
High Output and Efficiency: The Nut Dicing Machine is designed for high efficiency, delivering a large output with minimal energy consumption. This makes it an ideal choice for large-scale food production facilities.
Precise Particle Size: The machine ensures uniform particle size, which is essential for consistency in product quality. The cutting device can be customized size to meet various processing requirements.
Low Material Waste: The machine is engineered to minimize material consumption and waste, reducing costs and improving overall efficiency.
Reliable and Durable: Constructed from high-quality materials like SUS304 stainless steel, the Nut Dicer is built to last, ensuring long-term reliability and consistent performance in demanding production environments.
The cutters are divided into fixed/adjustable cutters. When the cutter gap needs to be adjusted, only rotate the hand wheel which is installed outside of the chopper, then the mechanic structure will move the adjustable cutter’s position, and then reduce or enlarge the distance between two cutters. Meanwhile, we put a reader on the hand wheel to mark the position of the adjustable cutting device.
We provide prompt technical assistance with 24/7 support.
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