Cashew Cutting Machine Technical Specifications
The Daniel Machine Cashew Cutting Machine is designed for continuous cashew processing with a cutting capacity of 160–200 kg per hour, equivalent to approximately 1,280–1,600 kg during an 8-hour shift. The machine operates with an uncut nut rate of less than 10% and a monkey head (shell fragment) rate of less than 5%, providing measurable performance parameters for commercial cashew processing operations.
Integrated Cashew Cutting Machine Configuration
6-Blade Cutter Head – 1 Unit
The six-blade cutter head performs the primary cutting operation on the cashew nuts. Its configuration is designed for continuous processing within the specified capacity range.
Vibrating Sieve – 2 Units
Vibrating sieves assist with material separation and screening during the processing sequence, helping maintain a controlled material flow between stages.
Feeding Hopper and Elevator – 1 Set
The feeding hopper receives incoming material, while the elevator transfers cashew nuts to the appropriate processing stage.
Kernel Elevator – 1 Unit
The kernel elevator transports processed kernels between designated stages of the line, reducing manual material handling.
Feeding Hopper to Cutter – 1 Unit
This hopper provides controlled feeding of cashew nuts into the cutter head to support continuous operation.
Shell Size Separator – 1 Unit
The shell size separator separates shell fragments according to size as part of the downstream material separation process.
Kernel Size Grader – 1 Unit
The kernel size grader classifies kernels according to size, supporting subsequent processing, handling, or grading requirements.
2 HP Single Blower – 2 Units
Two single blowers provide airflow for material separation within the processing system.
2 HP Dual Blower – 2 Units
Two dual blowers provide additional airflow for separation and material handling in the line.
Electrical Control Cabinet – 1 Unit
The electrical control cabinet provides centralized control of the equipment included in the processing line and supports coordinated operation of the individual components.
How the Cashew Cutting Machine Line Works
The processing sequence begins with the feeding hopper and elevator, where raw cashew nuts are introduced and transferred into the production line. The feeding hopper to cutter then regulates the supply of nuts entering the 6-blade cutter head.
After cutting, the material moves through the vibrating sieves, elevators, separators, and grading equipment. The shell size separator assists in separating shell fragments, while the kernel size grader classifies processed kernels by size.
The blower system—consisting of 2 HP single blowers and 2 HP dual blowers—supports pneumatic separation of lighter shell material and other fractions. The electrical control cabinet coordinates the operation of the line’s motors and electrical components.
This integrated configuration reduces the need for separate manual material-transfer operations between individual processing stages.
Processing Capacity and Output
The Daniel Machine cashew cutting system has a rated cutting capacity of 160–200 kg/hour.
Based on an 8-hour operating shift:
- At 160 kg/hour: 1,280 kg per shift
- At 200 kg/hour: 1,600 kg per shift
Therefore, the expected processing range is 1.28–1.60 metric tons per 8-hour shift.
For production planning, the actual output should be evaluated together with raw-material characteristics, machine operating conditions, feeding consistency, and required product specifications.
Cutting Performance
Two performance indicators are particularly relevant when evaluating a cashew cutting machine: the proportion of nuts that remain uncut and the amount of shell material remaining in the processed output.
The Daniel Machine system specifies an uncut nut rate of less than 10%. This indicates that the majority of incoming nuts are processed through the cutting stage, while a residual proportion may require additional handling or reprocessing depending on production requirements.
The specified monkey head (shell fragment) rate is below 5%. This measurement provides an indication of shell-fragment presence associated with the cutting and separation process.
These figures should be considered operating specifications rather than guaranteed results for every raw-material batch, as cashew characteristics can affect cutting and separation performance.
Why an Integrated Cashew Cutting Machine Configuration Matters
For B2B cashew processors, equipment selection should consider more than the cutter itself. Material feeding, conveying, screening, shell separation, kernel grading, pneumatic separation, and electrical control all influence the operation of a complete processing line.
An integrated cashew cutting machine configuration can provide several operational benefits:
- Consistent material feeding to the cutting head
- Mechanized transfer between processing stages
- Reduced manual material handling
- Integrated shell and kernel separation
- Kernel size classification within the same line
- Pneumatic separation through multiple blower units
- Centralized electrical control
- Production capacity suitable for medium-scale processing requirements
The configuration also provides a defined equipment structure for production planning, installation, maintenance, and future process evaluation.
Cashew Cutting Machine for Commercial Cashew Processing
The Daniel Machine system is configured for processors requiring a cutting capacity of 160–200 kg/hour and an integrated line rather than a standalone cutting unit. The combination of a six-blade cutter, vibrating sieves, elevators, feeding equipment, shell separation, kernel grading, blowers, and electrical controls creates a complete equipment configuration for the cutting and initial separation stages.
For businesses evaluating machinery, the appropriate configuration should be determined based on raw cashew characteristics, target throughput, available floor space, power requirements, downstream processing equipment, and production objectives.