Loss in Weight Feeder ≤ 0.5%Loss in Weight Feeder for Medical

Product Description

 

Loss-in-Weight Feeder Products

·Product Description

  The new series of weightlessness scales launched by Zhejiang Zegota Precision Technology Co., Ltd. utilizes leading dynamic control technology and is equipped with a dynamic weighing controller developed by a professional R&D team specifically for weightlessness scales. The controller controls the feeding flow rate by adjusting the operating speed of various actuators such as screws, vibrating feeders, and pumps in real time. It is also known as a constant flow feeder and is widely used in continuous feeding production lines in industries such as rubber and plastic environmental protection, chemical, food, and non-ferrous steel. This product not only improves the accuracy, stability, and reliability of feeding, but also significantly enhances the operational efficiency of the factory, reduces the labor intensity of workers, creates more economic benefits for the enterprise, overturns the traditional manual batching mode, and has profound milestone significance in the history of batching development.
  Single screw volumetric feeder can be used for feeding large, small particles and powders with good flowability. Depending on the material, volumetric single screw feeders have many interchangeable screws to choose from. The feeder is installed on a painted steel base, and all parts in contact with the material are made of stainless steel. The feeder is easy to disassemble, clean or replace parts. The unique spherical hopper design ensures that materials flow evenly from all directions into the screw, effectively preventing material accumulation. Horizontal mixing further improves the flow of materials towards the screw propulsion section, making feeding more precise.

· Application Field
  

·Product advantage

1.Reliable stability: Advanced weight handling technology and short control technology eliminate problems such as poor anti-interference performance.

2.Easy to clean and maintain: quick detachable structure for feeding part.

3.Anti bridging: Horizontal mixing, optional vertical mixing design.

4.Wide feeding range: universal screw interface, easy to replace different types of screws.




·Product Details

 Technical Data Sheet

Specifications
Feed rate (L/H)	10-2000 L/H
Power Supply	AC2002---40V/2.5 KVA
Material	Particles, glass fiber, carbon fiber, wheat flour, corn starch, resin powder, calcium carbonate, talc powder
Accuracy	≤0.5%
Hopper Capacity	120L
Weight	160 KG

Note: The feeding amount is measured from materials with good flowability. The feeding amount may vary according to the actual material's specific gravity, flowability, and other characteristics. Please consult Zegota Technology for specific technical parameters.



·FAQ
1.How long does the estimated delivery time for the product take?
Answer: It depends on the product and order quantity. Normally, a minimum order quantity order takes 15 days.
2.How to handle the installation and debugging of the product after purchasing it?
Answer:Our product comes with an instruction manual and supports video installation and debugging. The user interface supports both Chinese and English.
3.How long does the product warranty last?
Answer:We support a one-year warranty.
4.How is the after-sales service for the product?
Answer:If any problems occur during the warranty period, please contact Zegota staff.
5. Can I purchase product spare parts from your company?
Answer:Sure.Spare parts can be purchased individually.

·Brief Introduction
  Zhejiang Zegota Precision Technology Co., Ltd is a team that develops and manufactures weight loss scales, providing comprehensive automation solutions to industries such as rubber, food and medicine, and chemical engineering based on leading scale and core technology. ZEGOTA highly focuses on the industry's demand for smart factories, helping customers achieve high integration, high precision, and excellent efficiency in smart factories. We provide customers with equipment automation, production equipment information collection and optimization, visual management, and factory energy consumption monitoring, while also offering customized processes.