Innovating Textile Machinery Architecture-Analyzing the Core Advantages of Newstar 105D Model

With the increasingly fierce competition in the global textile industry, the stability and efficiency of the production line has become the key to winning or losing. Newstar spandex 105D stretch wire covered yarn machine frame came into being, specially tailored for high-speed and efficient production scenarios.

It is not only a supporting structure, but also the basic guarantee for the release of the whole equipment performance. Through the combination of innovative design concept and fine manufacturing process, this rack successfully breaks through the speed bottleneck of traditional models, significantly improves the output per unit time, and reduces the vibration during operation to the lowest level, which greatly improves the processing accuracy.

Strengthen the engineering wisdom behind structural design

To truly withstand the test of high-intensity production, a solid and stable fuselage is essential.

the frame of Newstar spandex 105D stretch wire covered yarn machine adopts the integral chassis frame forged from military grade aluminum alloy, which has excellent seismic buffer capacity while bearing huge load. Engineers have carried out repeated simulation calculation and field test verification for multiple stress nodes, and finally created this unique scheme with both lightweight characteristics and ultra-high bearing potential. Even under round-the-clock working conditions, the initial setting parameters can always be kept consistent without deformation and displacement.

Seamlessly connect key components of automated processes

In the era of intelligent manufacturing, independent operation of a single function can no longer meet the needs of intelligent transformation of factories.

This rack fully takes this into account and reserves a wealth of interface modules for connecting various sensing elements and actuators, and presets a variety of communication protocols for users to switch settings freely. When encountering unexpected situations such as wire breakage, the system can complete the adjustment of reaction action at the millisecond level and quickly return to normal operation without causing large-scale shutdown losses. In addition, the precise synchronization of the automatic roll change system also benefits from this highly integrated design idea.

The hero behind the protection of productivity-the overall evolution of heat dissipation and fatigue resistance

Humidity is often one of the problems that many textile factories cannot avoid.

For this reason, the R & D team has specially developed a composite cooling air duct layout with independent intellectual property rights, supplemented by cutting-edge nano-spraying protective layer treatment methods, which not only enhances the surface wear resistance and corrosion resistance, but also improves the air circulation rate by more than 30%. This means that even in an extremely harsh environment for tens of hours of continuous operation still does not produce significant temperature accumulation effect, thus eliminating the probability of various functional failure problems caused by overheating.

more than a leap in speed-details of the achievement of the birth of high-quality fabrics

True high quality is never something that can be easily achieved simply by relying on high-powered drives.

from the time the calibration accuracy control of the front-end sending roller position reaches the level of ± 0.01mm until the end winding forming stage, each link is given extremely strict operation specification requirements. Even seemingly subtle changes such as bearing clearance adjustment will directly affect the numerical changes of many important indicators such as the softness and gloss uniformity of the final product. And this is precisely why more and more brands pursuing excellent quality are willing to incorporate them into their supply chain system.