Product Description
Destoner is suitable for removing stones and other impurities from grains. The grains are separated based on their weight. This machine can be used for multiple grains by adjusting the air flow and the operating angle of the destoning deck.Grader is used for grading the grains based on their sizes. There are two removable sieves attached to the grader. The sizes of the sieves are finalised based on the grains size and profile.An aspirator is attached with this machine which is used for removing light weight impurities like dusk, husk and leaves. The air flow rate of the aspirator can be varied by adjusting the air inlet gate.
Engineered for High-Efficiency Pulse CleaningThis machine boasts a vibratory feed hopper and gravity destoning technology to maximize separation accuracy for a wide range of pulses. Its design ensures effective removal of stones and other heavy impurities, with powder coating enhancing durability. The deck angle adjustment feature allows for precise operational tuning, making it an ideal solution in dal mills and processing units wanting high capacity and reliable, consistent output.
Robust, Portable, and User-Friendly OperationConstructed on a sturdy frame with anti-vibration mounts, the dhal destoner is both strong and practical. Built-in wheels allow for smooth repositioning within your facility. Maintenance is straightforward owing to easy-access panels, while overload protection and a manual panel-based control system ensure both operator safety and straightforward usability. The machine is free-standing and fits easily into most processing environments.
Low Maintenance and Long-Term DurabilityFeaturing a powder-coated body and stainless-steel contact parts, the machine is designed for durability and long service life. Its simple structure promotes quick cleaning and low routine maintenance, helping to reduce downtime and maximize productivity. Engineered to handle ambient operating temperatures and single-speed efficiency, the destoner offers reliable performance batch after batch.
FAQ's of Dhal Destoner Machine:
Q: How does the Dhal Destoner Machine separate stones from pulses?
A: The machine uses gravity-based separation along with a vibratory feed hopper and an adjustable deck angle. Pulses are fed into the machine, and as they pass over the vibrating deck, heavier stones and impurities are separated and discharged through a dedicated outlet, while cleaned pulses exit through another outlet.
Q: What types of pulses can this machine process efficiently?
A: This destoner is suitable for a wide range of pulses, including moong, chana, tur, urad, and masoor, making it versatile for various pulse processing operations and dal mills.
Q: When should I adjust the deck angle during operation?
A: Adjusting the deck angle is recommended when changing the type of pulse being processed or in response to variations in impurity levels. This fine-tuning optimizes stone removal efficiency and ensures best results for different types or batches of pulses.
Q: Where can the Dhal Destoner Machine be installed, and does it require special setup?
A: The machine is free-standing and portable, thanks to its wheels. It can be easily installed in pulse processing plants, dal mills, and food processing units without the need for permanent foundations or special infrastructure.
Q: What are the maintenance requirements for this machine?
A: Maintenance is minimal due to its robust design and easy access panels. Regular cleaning of contact surfaces and periodic inspection of mechanical parts are recommended to ensure sustained high performance and low downtime.
Q: How does the machine ensure operator safety during operation?
A: Operator safety is prioritized via built-in overload protection and anti-vibration mounts. The control system is manual, providing easy and safe handling, while the overall construction minimizes vibration and noise.
Q: What are the key benefits of using this destoner in pulse processing?
A: The primary benefits include high accuracy in stone and impurity removal, durable structure for long-term use, low maintenance requirements, simple operation, and adaptability to various pulses. This ensures enhanced product quality and improved productivity for processing units.