Dedicated to the power industry for over 30 years.
Building a high-end domestic brand
Quality wins customers; integrity expands the market.

Dedicated to the power industry for over 30 years.

Specialized design, development, and manufacturing of equipment for wires and cables

Building a high-end domestic brand

We sincerely welcome customers from home and abroad to come and discuss trade!

Quality wins customers; integrity expands the market.

Certified under the ISO9001 quality management system and holding 17 technical patents.
Yuedong Machinery

ABOUT US

Dedicated to the power industry for over 30 years.

Guangdong Yuedong Machinery Co., Ltd.

Guangdong Yuedong Machinery Co., Ltd., a privately-owned enterprise established in 1991, is a national high-tech enterprise specializing in the integrated design, development, and manufacture of specialized equipment for wires and cables. Our company provides highly efficient and durable new machinery to manufacturers of wires, cables, and data cables both domestically and internationally.

1991 Y

The company was founded.

15000

Land area

400 +

Partner

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Wire and cable industry

Products and Services

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Wire and cable industry

Primarily used for stranding of PVC, PE, and XLPE wires.
New energy vehicles

Products and Services

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New energy vehicles

Cable and wire equipment, new-energy extruders, steel-tape armored copper-band shielding machines—applications: Suitable for the extrusion production of silicone rubber cables, primarily used in high-temperature environments such as new-energy vehicles, new-energy charging stations, lighting fixtures, household appliances, electric heating appliances, instrumentation, motor lead wires, as well as electronics, luminaires, and combustion appliances.
Electronics industry

Products and Services

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Electronics industry

Cable and wire equipment, new-energy extruders, steel-tape armored copper-band shielding machines—applications: suitable for the extrusion production of silicone rubber cables, primarily used in new-energy vehicles, new-energy charging stations, lighting fixtures, household appliances, electric heating appliances, instrumentation, motor lead wires, as well as electronics, luminaires, and gas appliances operating in high-temperature environments.
Lighting industry

Products and Services

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Lighting industry

Cable and wire equipment, new-energy extruders, steel-tape armored copper-band shielding machines—applications: Suitable for the extrusion production of silicone rubber cables, primarily used in high-temperature environments such as new-energy vehicles, new-energy charging stations, lighting fixtures, household appliances, electric heating appliances, instrumentation, motor lead wires, as well as electronics, luminaires, and combustion appliances.
Wire and cable industry

Wire and cable industry

New energy vehicles

New energy vehicles

Electronics industry

Electronics industry

Lighting industry

Lighting industry

Honor and Qualification

Honorary Qualifications

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Partner

Pioneer and innovate, collaborate for win-win results.

300 +

A Trusted Choice for Brands

In 2020, in response to the company’s growing needs, a new factory was established in the industrial zone of Mianhu Town, Jieyang City, Guangdong Province. The facility covers an area of 15,000 square meters and employs over 50 people. The company has been successively recognized as a “Specialized, Fine, and New Enterprise of Guangdong Province” and a “National High-Tech Enterprise.” It has also obtained ISO9001 quality management system certification, holds 17 technology patents, and has set up the “Jieyang City Specialized Machinery Engineering Technology Research Center for Wires and Cables.”

Yuedong Machinery

Providing high-capacity, durable new machinery for the manufacturing of wires, cables, and data cables.

News Center

Hot News

What safety hazards are associated with cheap wires and cables?

Inexpensive wires and cables, due to substandard materials and rough manufacturing processes, pose three major core safety hazards: electrical safety risks, fire hazards, and a short service life, seriously threatening the safety of the electrical environment. First, poor conductor conductivity can lead to overheating. These cables often use recycled copper, mixed copper, or thin-gauge conductors with low copper purity and high impurity content. Their conductivity falls far below national standards, resulting in excessive resistance during current transmission. Prolonged use will cause continuous heating, accelerating the aging of the insulation layer and even melting the jacket, which may trigger short circuits. Second, inferior insulation materials can cause leakage and fires. The insulation materials are often low-quality PVC that has been recycled or heavily filled with additives. Such materials fail to meet insulation resistance standards and are prone to defects like pinholes and eccentricity. Under the influence of temperature, humidity, and external forces, they can quickly crack, leading to electric leakage and electrocution accidents. Moreover, these substandard materials have poor flame retardancy; once ignited, the fire can spread rapidly and release toxic fumes. Third, manufacturing defects exacerbate safety risks. During production, the lack of precision molds and real-time quality inspections results in loosely twisted conductors and uneven insulation thickness. After bending or stretching, the conductors are easily broken. Improper cable filling and wrapping allow rainwater and moisture to penetrate the cable core, corroding the conductors and reducing insulation performance, thus creating hidden long-term failure risks. Furthermore, most inexpensive cables lack CCC certification and cannot pass national standard tests such as voltage withstand and aging tests. Using them in construction projects may lead to rejection during acceptance inspections and result in accountability for safety incidents.

2026-01-16

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2026-01

How can you determine whether a wire and cable machinery manufacturer is legitimate?

To determine whether a wire and cable machinery manufacturer is legitimate, you need to verify it across four core dimensions: qualifications and certifications, equipment quality, technical services, and market reputation. This ensures that the equipment is well-suited to production needs and guarantees long-term operational support and maintenance. First, check the manufacturer’s qualifications and certifications. A legitimate manufacturer must possess complete credentials, including a business license and a production permit. Its equipment should be certified under the ISO9001 quality management system, and key models should hold compliance certifications such as CE and CCC. Additionally, the manufacturer should provide factory inspection reports and material certificates to rule out substandard products from unlicensed small-scale manufacturers. Second, examine the equipment’s manufacturing processes and quality control measures. In a reputable manufacturer, core mechanical components—such as extruder screws and wire-drawing die heads—are made from high-quality steel meeting national standards, with machining accuracy reaching the level of 0.01 mm. The equipment is equipped with intelligent systems like online temperature control and overload protection. You can request an on-site factory inspection to observe the production workshop’s processing equipment, assembly procedures, and quality control testing stages, and assess whether a comprehensive quality management system is in place. Next, evaluate the technical support and after-sales service. A legitimate manufacturer offers end-to-end services, including customized production line solutions, process parameter adjustments, and operator training. Their after-sales commitments are clearly stated and backed by written agreements, with spare parts supply cycles not exceeding 72 hours. By contrast, informal manufacturers often lack technical support, have slow after-sales responses, or even become unreachable altogether. Finally, consider the manufacturer’s market reputation and case studies. A reputable manufacturer has a stable customer base and can provide successful collaboration examples from the same industry. They maintain public information at industry exhibitions or specialized platforms, and their reputation is primarily built on production stability and equipment durability. On the other hand, substandard manufacturers tend to rely heavily on low-price marketing without providing real-world case studies to back up their claims.

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2026-01

Why it’s best to choose a reputable factory for wire and cable machinery.

Equipment from reputable factories strictly adheres to national mechanical manufacturing standards and cable production process requirements. Core components, such as extruder screws and wire-drawing die heads, are made from highly wear-resistant materials with exceptional machining accuracy, ensuring consistent insulation layer thickness and precise conductor stranding pitch, thereby preventing product defects caused by equipment malfunctions. Reputable factories offer end-to-end technical services, including production line layout planning, process parameter adjustments, and operator training, to address practical challenges during equipment installation and production. They also boast a comprehensive after-sales service system, with timely spare parts supply and rapid response to fault repairs, minimizing downtime losses. Moreover, equipment from reputable factories complies with environmental and safety regulations, equipped with safety features such as overload protection and temperature monitoring to eliminate potential production hazards. These factories possess complete equipment manufacturing qualifications and testing reports, helping cable products pass national standard certifications and meet market access requirements. In contrast, equipment from informal manufacturers often suffers from poor material quality, insufficient precision, and inadequate after-sales support. Such issues not only drive up production costs but also compromise the stability and compliance of cable products.

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2026-01

What’s the difference between low-priced and high-priced wires and cables?

The core differences between wire and cable products of varying prices lie in four key dimensions: raw material quality, precision of manufacturing processes, performance specifications, and safety compliance—factors that directly determine the product’s service life and usage safety. Cheaper cables typically use recycled copper or aluminum, or conductors with impurity levels that don’t meet standards. These cables have higher resistance, tend to heat up during transmission, and pose a fire hazard. Their insulation layers are often made from recycled PVC or inferior materials, featuring uneven thickness and poor aging resistance, making them prone to cracking and electrical leakage. During production, these cables often lack precise molds and online inspection equipment, leading to frequent defects such as eccentric insulation and loosely twisted conductors, and process parameters are managed in a rather lax manner. In contrast, high-end cables employ high-purity oxygen-free copper as conductors, offering excellent conductivity and low energy loss. Their insulation layers are made from premium materials like virgin PE and XLPE, with added antioxidants and weather-resistant additives, ensuring uniform thickness and superior mechanical toughness. Production lines are equipped with advanced devices such as laser diameter gauges and dielectric strength testers, and strictly adhere to national standards like GB/T 5023. Such cables meet stringent requirements for flame retardancy and fire resistance and can pass the mandatory CCC certification. Moreover, high-priced cables come with more comprehensive after-sales services and quality guarantees; manufacturers provide detailed test reports and warranty coverage. On the other hand, low-priced cables usually lack compliance certifications and after-sales support, resulting in higher long-term maintenance costs.

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