Rice Grader
WhatsApp Order
A Rice Grader is a specialized agricultural and industrial machine used to classify rice grains based on size, shape, or weight during the post-harvest processing stage. It is essential in rice mills and grain processing plants to ensure consistent product quality by separating broken, small, and full grains. The grading process increases the value of the rice, improves packaging consistency, and ensures compliance with commercial standards.
Description
Uses
- Size Grading
o Sorts rice grains into uniform sizes for improved appearance and packaging.
o Removes broken or undersized grains that reduce market value. - Shape Sorting
o Separates grains by shape for specialty rice varieties requiring uniform grain structure. - Post-Milling Quality Control
o Applied after dehusking and polishing to remove irregular grains. - Foreign Material Removal
o Eliminates fine debris, husks, or small stones through mesh or vibration-based separation. - Commercial Processing
o Used in large-scale rice milling operations for high-throughput sorting and grading. - Product Value Enhancement
o Improves the grade of rice to meet export or local premium market standards. - Packaging Preparation
o Prepares sorted grains for efficient and accurate packaging based on grade.
SAFETY HANDLING PRECAUTIONS
Safety Precautions
- Wear Protective Gear
o Use dust masks to protect against airborne rice particles.
o Wear safety goggles when near moving or vibrating parts.
o Use gloves during cleaning and maintenance tasks. - Inspect Machine Before Use
o Check for worn or loose screens and ensure components are properly aligned.
o Confirm safety guards and covers are intact. - Operate Safely
o Do not exceed input capacity to avoid jamming or motor strain.
o Keep hands and tools clear of vibrating or rotating components. - Maintain a Safe Work Area
o Keep floors dry and free of spilled grain to prevent slips.
o Ensure good ventilation to reduce dust accumulation. - Electrical Safety
o Check electrical connections and use grounded outlets.
o Do not operate in damp conditions. - Routine Maintenance
o Clean screens, hoppers, and moving parts after each use.
o Lubricate and inspect mechanical systems regularly. - Training and Supervision
o Only trained personnel should operate the grader.
o Operators should be familiar with emergency stop controls and shutdown procedures.
Related products
ACCESSORIES FOR DIE POLISHER SET
Accessories for Die Polisher Set typically refers to a collection of ten individual components designed for use with a die polisher, with each accessory having a diameter of 6mm. These accessories are likely to be various tools or attachments intended for polishing or refining surfaces in die-cutting applications.
Bearing Extractor
Direct Drive Air Compressor
A direct drive air compressor is a type of air compressor where the motor is directly connected to the compressor pump, typically without the use of belts or gears. In this configuration, the motor and the pump share a common shaft, resulting in a more compact and efficient design. Direct drive compressors are known for their simplicity, reduced maintenance requirements, and higher power transmission efficiency compared to belt-driven or gear-driven counterparts. They are commonly used in various applications, including powering pneumatic tools, inflating tires, and providing compressed air for industrial processes.
Hand Rotary Barrel Pump
PRODUCT DESCRIPTION
A hand rotary barrel pump is a manually operated pump designed to transfer liquids, typically from barrels or containers, through a rotary pumping mechanism. The pump is equipped with a hand crank or lever that, when turned, activates a rotary gear or vane system inside the pump. This rotary action creates suction, allowing the pump to draw liquid from the source container and then dispense it through a spout or nozzle. Hand rotary barrel pumps are commonly used for transferring various fluids such as oils, fuels, chemicals, and other non-corrosive liquids. They offer a portable and efficient solution for applications where a power source may be unavailable or impractical.
High pressure hose
PRODUCT DESCRIPTION
A high-pressure hose is a flexible and reinforced conduit designed to transport fluids, such as water, oil, or gas, under elevated pressure levels. Typically constructed with durable materials, such as synthetic rubber or thermoplastic compounds, high-pressure hoses are engineered to withstand and contain the force exerted by the fluid they convey. These hoses are commonly used in various industrial, automotive, and hydraulic applications where the need for efficient and secure fluid transfer at elevated pressures is paramount.
Motor
 PRODUCT DESCRIPTION
A Motor is an electromechanical device that converts electrical energy into mechanical motion, commonly used to power machines, tools, pumps, fans, and other mechanical systems. Motors come in various types, including AC motors, DC motors, single-phase, and three-phase variants, each designed to match specific application requirements. They vary in size, torque, speed, and efficiency depending on the use case—from small appliances to industrial machinery. Electric motors are essential components in automation, manufacturing, HVAC systems, agricultural equipment, and countless mechanical operations where consistent, reliable power is required for movement or rotation. Their energy efficiency, long lifespan, and ease of integration make them a cornerstone of mechanical design.
Oil Pot
PRODUCT DESCRIPTION
In hardware or machinery, an "oil pot" could potentially be a container designed for holding lubricating oil. The purpose of such a container would be to facilitate the application of oil to various components to reduce friction and wear, ensuring smooth operation and longevity of the hardware.
Pellet Machine
 PRODUCT DESCRIPTION
A Pellet Machine is an industrial-grade device used to compress powdered or ground raw materials into dense, cylindrical pellets. Commonly used in animal feed production, biomass energy generation, and organic fertilizer processing, it works by applying heat and mechanical pressure through a die and roller system. This transforms materials such as sawdust, straw, cornmeal, rice husks, and feed mixtures into uniform pellets. The resulting pellets are easier to handle, store, and transport, and offer improved performance in combustion, feeding, or fertilization.