2026年1月21日星期三

Advanced Solution for High-Voltage Cable Production with CCV Technology

The Triple-layer Co-extrusion Dry-cure CCV Line is specially designed for the continuous production of medium- and high-voltage XLPE insulated power cables ranging from 6–35 kV up to 35–132 kV. By adopting triple-layer co-extrusion technology for conductor shield, insulation, and insulation shield, the line ensures excellent electrical performance, stable structure, and consistent product quality throughout long production runs.

This system is fully computer-controlled with a touch-screen interface and Profibus communication, allowing precise control and real-time monitoring. Its specially designed triple-layer crosshead guarantees concentric extrusion and stable joint speed, even during low-speed adjustment, enabling high-quality finished cable after a short start-up length. With advanced sag control and non-contact operation, the Triple-layer Co-extrusion Dry-cure CCV Line delivers high reliability, strong anti-interference capability, and efficient production, making it an ideal choice for modern high-voltage cable manufacturers.

High-Efficiency Drum Twister for Large Power Cable Stranding

The Drum Twister is a key piece of equipment for stranding large-length and large-section power cables, as well as Milliken conductors. With a production speed generally above 30 m/min, it offers significantly higher efficiency compared with conventional stranding machines. The take-up bobbin can reach up to 4000 mm in diameter, greatly expanding the production range while improving overall output. Depending on process requirements, the pay-off bobbins can rotate synchronously or remain stationary to achieve back-twist or non-back-twist operation.

Developed based on years of manufacturing experience, the Drum Twister adopts a sub-motor driving mode, ensuring high rotational balance, strong structure, and stable high-speed performance. Equipped with a PLC and touch-screen system, process parameters can be set and adjusted online, while fault information is clearly displayed for fast troubleshooting. In addition, the machine can be configured with armoring, shielding, and wrapping devices to meet diverse cable production requirements, making it an advanced and reliable solution for modern power cable manufacturing.

2026年1月15日星期四

Modern Tubular Stranding Machine for High-Efficiency Cable Production

The Tubular Stranding Machine is a key piece of equipment in the wire and cable industry, widely used for stranding copper, aluminum, aluminum alloy, and steel-cored aluminum conductors, as well as cabling insulated wires. Traditional tubular stranding machines usually rely on ground shaft transmission, which often results in high noise, complex maintenance, limited speed, and restricted pitch adjustment.

To overcome these limitations, LINT TOP has developed an advanced Tubular Stranding Machine featuring an individual motor drive system. Each cage and capstan is powered by a separate motor, significantly simplifying the mechanical structure while reducing operating noise. The machine body is manufactured with high-precision CNC machining to ensure stable high-speed operation. Managed by a PLC and touch-screen system, and equipped with multiple safety protections, this solution offers higher efficiency, greater flexibility, and long service life for modern cable manufacturing lines.



High-Speed and Stable Production with the Advanced Tubular Stranding Solution

The High Speed Tubular Stranding Machine is specially designed for stranding 7-core copper wire, aluminum wire, steel wire, and ACSR conductors. With an upgraded 630/1+6 structure, it delivers a wider wire diameter range, higher operating speed, and significantly lower noise compared with conventional tubular stranding machines. The maximum speed can reach 700 rpm, improving production efficiency by nearly 1.5 times while maintaining excellent stability.

Equipped with a customized pneumatic pintle pay-off system, the machine ensures stable tension whether the bobbin is full or empty, effectively reducing wire breakage during high-speed operation or sudden stops. Its three-section cylinder structure, supported by high-precision bearings, allows 24-hour continuous operation with long service life. In addition, the fully enclosed soundproof safety cover, intelligent monitoring, and wire-break protection devices greatly enhance operational safety. With advanced design and smart maintenance support, the High Speed Tubular Stranding Machine is an ideal choice for manufacturers seeking high efficiency, precision, and reliability in modern stranding production.



2026年1月12日星期一

Efficient Production with the Advanced Single Twist Cabling Machine

The Single Twist Cabling Machine is widely used in the production of building wires, communication cables, control cables, marine cables, and small cross-section low-voltage power cables. In addition to standard cabling, it can also perform filling, concentric wrapping, and drag wrapping at the same time, significantly improving production efficiency and process integration.

This equipment adopts a PLC-based control system combined with electrical and pneumatic control. The cabling, take-up, and traversing motions are highly synchronized during start-up, normal operation, slow stop, and emergency stop, ensuring a stable cabling pitch with minimal deviation. Thanks to its advanced structure and proven technology, the Single Twist Cabling Machine has become a preferred solution for modern cabling and wrapping production lines.

With features such as motorized take-up and traversing, hydraulic loading and unloading, optimized wire paths, energy-saving tension control, and optional computer-controlled operation, the machine offers high reliability, easy maintenance, and flexibility for a wide range of cable products.

Reliable Silicone Rubber Extrusion Line for High-Performance Cable Production

Silicone rubber is widely recognized as a high-performance material in the wire and cable industry due to its excellent heat resistance, flexibility at low temperatures, superior electrical insulation, and long service life. To meet the growing demand for advanced silicone rubber cables, LINT TOP has developed a high-precision Silicone Rubber Extrusion Line specially designed for producing insulated and sheathed cables.

This line supports one-time extrusion and continuous vulcanization for both single-core and multi-core cables, ensuring efficient and stable production. With precise temperature control, stable extrusion pressure, and excellent wear resistance, it performs reliably under harsh conditions requiring high insulation and aging resistance. The system offers a complete turnkey solution, featuring optional mixers and vulcanization equipment for fully automated processing. Combined with a high-performance drive system and intelligent control, the extrusion line ensures consistent quality, higher yield, and flexibility for applications such as new energy, aerospace, medical, and specialty industrial cables.



2026年1月7日星期三

Interlocked Armouring Machine for High-Performance Cable Manufacturing

In modern cable production, the Interlocked Armouring Machine plays a vital role in delivering durability and safety. The LINT TOP Concentric Interlock Armouring Machine applies a strong, interlocked metal sheath around cable cores through precise, continuous winding. This process significantly improves mechanical strength, crush resistance, and tensile performance, ensuring long service life even in harsh environments.

Designed for applications such as power transmission, mining, offshore projects, and industrial automation, the machine combines high-speed operation with intelligent control. Its advanced precision control system guarantees uniform interlocking, while the user-friendly interface allows easy adjustment of pitch, tension, and speed, making it a flexible and efficient solution for manufacturers.

How to Choose a Sheathing Extrusion Line for Different Cable Materials

When selecting equipment for cable outer sheathing, material flexibility and extrusion stability are important purchasing factors. A Sheathi...