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Specializing in the production of machine tool accessories such as chip conveyors

The chip removal machines produced by the company mainly include chain plate type chip removal machines, magnetic chip removal machines, scraper type chip removal machines, magnetic scraper type chip removal machines, screw type chip removal machines, etc. The types of machine tools used for export mainly include: CNC lathes, machining centers, circular saw machines, gear hobbing machines, double-head lathes, vertical lathes, gantry machines, high-speed machines (grinding machines), and other high-end machine tools.

Products Category:
Chip conveyor
Products:

CNC Chip Conveyor Machines Manufacturers

A chip conveyor is a specialized conveyor system designed specifically for manufacturing and machining operations. Its main function is to remove and transport metal chips or swarf away from the machining area. This plays a vital role in maintaining a clean and efficient workspace while ensuring proper waste management and disposal.
By efficiently removing metal chips or swarf, the chip conveyor prevents the accumulation of these waste materials on the workpiece, machine components, or cutting tools. This helps to maintain the quality of the machining process and ensures smooth and uninterrupted operations.

Hangzhou Tongyi Machinery Co., Ltd.


Hangzhou Tongyi Machinery Co., Ltd.

Hangzhou Tongyi Machinery Co., Ltd. was established in 2007.It's a famous China CNC Chip Conveyor Machines Manufacturers and Chip Conveyor Factory, we offer Wholesale Chip Conveyor. It is an integrated industry and trade enterprise specializing in the production of machine tool accessories such as chip conveyors and exporting various machine tools. In 2017, our company established a new company - Zhejiang Anaiqi Machinery Equipment Co., Ltd.
The company has over 5000 end customers, including over 200 supporting units. The chip removal machines produced by the company mainly include chain plate type chip removal machines, magnetic chip removal machines, scraper type chip removal machines, magnetic scraper type chip removal machines, screw type chip removal machines, etc. The main types of machine tools used for export include CNC lathes, machining centers, circular sawing machines, double head lathes, and other high-precision end machine tools. The company has professional technical personnel, with meticulous production, advanced management, and high-quality after-sales service, to provide customers with the highest cost-effectiveness products and fully meet their needs.
Our company has always adhered to the principles of honesty, customer satisfaction, continuous improvement, and brand building. We sincerely welcome new and old customers to visit and patronize us, and create brilliance together!

Tongyi Certificate

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Industry Knowledge Expansion About This Category

1. How do Chip Conveyor Manufacturers choose the best chip conveyor for a particular application?
Chip conveyor selection is a comprehensive issue, with several factors to consider to ensure they are efficient at handling chips and meet the needs of your specific application. First, manufacturers need to consider the nature of the chips. Different materials such as metal, plastic or wood produce different types of chips, which can be of different densities, shapes and sizes. For example, in the metalworking industry, metal swarf is often hard and heavy, so wear-resistant conveyors such as chain chip conveyors are required. These conveyors are typically constructed of high-strength alloy steel to handle the high density and weight of metal chips.
In addition, manufacturers also need to consider the fluidity of chips. Some shavings may stick to the conveyor surface, while others may flow more easily through the conveyor. For less flowing chips, manufacturers may need to take additional measures, such as adding rollers or vibrators, to ensure smooth chip movement.
Shape and size are also key factors in selecting a conveyor. Some applications may produce long, thin chips, while others may produce lumpy chips. Manufacturers need to select the appropriate conveyor type to efficiently handle these chips of various shapes and sizes.
Finally, manufacturers must also consider the layout of machining equipment and chip generation rates. If the chip generation rate is high, the conveyor must have sufficient capacity to handle the large volume of chips. Additionally, the layout of the conveyor must match that of the production line to ensure efficient transfer of chips from processing equipment to chip containers or processing stations.

2. How does Chip Conveyor Manufacturers ensure the quality and reliability of its products?
The quality and reliability of chip conveyors are key elements that manufacturers must focus on. Quality issues can lead to increased downtime and repair costs, so manufacturers often take several measures to ensure the quality and reliability of their products.
First, material selection is critical. Manufacturers often use high-strength alloy steel, stainless steel, or other corrosion-resistant materials for critical conveyor components. For example, in high temperature or corrosive environments, stainless steel conveyors may be the best choice because they resist corrosion and maintain strength.
Another key factor is workmanship and manufacturing standards. Manufacturers must ensure their production processes are highly precise and consistent to avoid manufacturing defects. This includes welding, machining and assembly processes. Especially in terms of welding, the quality of the weld directly affects the strength and durability of the conveyor. Manufacturers often perform non-destructive testing to verify the quality of welds.
In addition, manufacturers need to conduct rigorous performance testing and verification. These tests include tests of the conveyor's load capacity, operational stability, noise level and electrical efficiency. Through these tests, manufacturers can ensure that their products can operate stably in real applications and meet customer requirements.
Reliability is another key issue. Manufacturers often provide maintenance recommendations and a scheduled maintenance schedule to ensure long-term conveyor reliability. These plans include details on lubrication, cleaning, tightening bolts and replacing worn parts. In addition, some manufacturers also provide remote monitoring and fault diagnosis services, as well as spare parts inventory, to ensure timely detection and resolution of problems and reduce downtime.

3. How does Chip Conveyor Manufacturers meet environmental protection and sustainability requirements?
In the current context of increasing environmental awareness, manufacturers must focus on how to reduce resource waste and reduce environmental impact. Chip conveyor manufacturers typically take a number of steps when designing and building their products to meet environmental and sustainability standards.
First, material selection can have an important impact on environmental protection. Some manufacturers choose to use recyclable materials for conveyor housings and frames to reduce waste material generation. This helps reduce resource consumption and reduce environmental burdens. At the same time, some manufacturers also use low-VOC (volatile organic compound) paints to reduce the emission of harmful chemicals.
Energy saving is also an important aspect of environmental protection. Some chip conveyor designs use adjustable speed motors to automatically adjust the conveying speed according to the flow of chips. This can significantly reduce energy consumption, especially if the rate of chip generation is not constant. In addition, some conveyors also use efficient transmission systems to reduce energy loss.
Treating liquid waste and waste is also a key aspect of environmental protection. Some chip conveyors are designed with automatic cleaning systems that separate chips from waste fluid. This helps to reduce waste liquid discharge and allows waste liquid to be disposed of and recycled more easily. The manufacturer may also provide waste disposal advice to ensure proper disposal of liquid waste and waste materials.