Railway Grab

Designed specifically to enhance the accuracy and efficiency of railway track maintenance, the adjustable dual tamping head auxiliary device has completely revolutionized the ballast tamping process through its innovative dual-head synchronous operation mode. Its core advantage lies in the fully adjustable dual tamping heads, which allow the operator to flexibly and independently adjust the entry angle, downward pressure depth and tamping strength of each tamping head according to the type of sleeper, ballast distribution and track geometric conditions, achieving precise operation to the millimeter level. This device can seamlessly adapt to manual or semi-automated work processes, with mechanical assistance significantly reducing the manual operation load, while ensuring uniform and high-density tamping of the ballast beneath both sides of the sleepers, significantly improving the stability and operational safety of the track structure. Whether dealing with standard ballast stones in straight sections or special gradations in curved sections, its outstanding adaptability to various working conditions makes it a key technical equipment for extending the lifespan of the track and ensuring the smooth operation of trains.

Railway Machine Sleeper Grab Applicable to All Railway Tracks is a universal track sleeper grasping device specially designed for efficient maintenance of all types of railway tracks. It innovatively integrates a high-strength alloy structure, adaptive clamping technology, and an intelligent control module, enabling it to precisely adapt to the requirements of sleeper replacement in various global rail gauges, sleeper specifications, and line environments (such as high-speed railways, heavy-load freight lines, urban light rail, etc.). This device adopts a modular quick-change interface design, which can be seamlessly integrated into the front end of various railway construction machinery. With its multi-directionally adjustable hydraulic clamps and pressure sensing system, it can not only stably grasp various types of sleepers made of wood, concrete, or composite materials, but also intelligently adjust the clamping force according to the sleeper embedding depth and track bed condition, ensuring a fully non-destructive operation from safely extracting old sleepers to accurately inserting new ones.