Danielmachine Cashew Cutting Head 12-Blades: Technical Specifications
The Daniel Machine Cashew Cutting Head 12-Blades (Full Automatic) is designed for automated cashew processing applications, offering a general processing capacity of 500–600 kg/h and a whole kernel recovery rate of more than 90%. The machine weighs approximately 310 kg and operates on a 220V–380V, 3-phase power supply with a rated power of 0.75 kW. Its compact dimensions are L750 × W770 × H440 mm, making it suitable for integration into industrial cashew processing lines where consistent throughput and controlled kernel recovery are required.
The machine is configured for three-phase electrical systems with a voltage range of 220V–380V. Its dimensions of 750 × 770 × 440 mm provide a relatively compact cutting-head configuration for integration into automated processing lines.
Processing Capacity and Automation
The Cashew Cutting Head 12-Blades (Full Automatic) has a general processing capacity of 500–600 kg/h. Actual production performance can depend on raw cashew characteristics, nut size distribution, moisture content, feeding consistency, and processing conditions.
The 12-blade cutting configuration is intended for automated processing, reducing the need for repetitive manual cutting operations. For processors operating continuous production lines, this configuration can support higher throughput while maintaining a consistent cutting process.
The machine’s rated power is 0.75 kW, making power consumption an important consideration when evaluating the operating cost of an automated cashew processing system.
Whole Kernel Recovery Rate and Kernel Breakage
One of the key performance indicators when evaluating a cashew processing machine is the balance between throughput and whole kernel recovery. The Danielmachine 12-blade cutting head has a specified whole kernel recovery rate of more than 90%.
The specified broken kernel rates are:
- Grade A: 2–4%
- Grade B: 3–6%
- Grade C & D: 4–7%
These figures indicate that kernel breakage varies according to kernel grade. Grade A has the lowest specified breakage range, while Grades C and D have a higher range. This distinction is important for processors because kernel size and grade can influence the mechanical cutting behavior and the final commercial value of processed kernels.
When comparing a cashew shelling machine manufacturer, buyers should evaluate recovery rate and breakage data together with capacity rather than considering throughput alone. A machine that processes more raw material but produces excessive broken kernels may negatively affect the overall value recovered from each production batch.
Why Choose Danielmachine as a Cashew Shelling Machine Manufacturer?
Danielmachine focuses on machinery for cashew processing applications, including automated cutting and processing equipment. For industrial buyers, selecting a manufacturer should involve more than comparing machine capacity. Important evaluation factors include technical specifications, compatibility with existing processing lines, electrical requirements, kernel recovery, breakage performance, maintenance requirements, and after-sales technical support.
The 12-Blade Full Automatic Cashew Cutting Head provides a defined specification package for processors seeking a machine with 500–600 kg/h capacity, >90% whole kernel recovery, and controlled kernel breakage by grade.
Suitable for Automated Cashew Processing Lines
With its automatic operating configuration, 12-blade cutting system, and three-phase electrical compatibility, the Danielmachine Cashew Cutting Head can be considered for integration into automated cashew processing operations.
Before purchasing, processors should provide their raw cashew specifications and production requirements to confirm machine suitability. Testing with representative raw materials can also help establish expected throughput, recovery, and breakage performance under actual operating conditions.
