Adopting advanced automation technology, the system realizes automatic, digital and intelligent monitoring and management of the production process, enabling efficient and precise production, improving product quality, reducing production costs and boosting the enterprise's competitiveness.

Fully automatic robotic welding for idler brackets is an advanced production process. The PLC control system continuously optimizes welding process parameters according to the material, thickness, structure and other characteristics of idler brackets, resulting in uniform and aesthetic weld seams with high strength of welded joints. It effectively improves the welding quality and reliability of idler brackets to achieve optimal welding performance.

Heat Treatment

Corresponding heat treatment processes are adopted based on the material and service requirements of shafts with an 8-meter deep well furnace, and the overall tempering treatment is carried out for drums.

Dynamic Balance Inspection

Dynamic balance inspection is performed on assembled drums to reduce vibration and noise and extend the service life of drums.

Weld Inspection

Welds of welded drum shells are inspected via non-destructive testing to guarantee the internal quality of weld seams.

High Degree of Automation

With computer-aided design, automatic programming and cutting operations are realized, which improves production automation and processing consistency. It can cut various complex shapes and patterns in accordance with technical requirements. Meanwhile, it can reasonably nest raw materials to minimize leftover scraps and cut material costs.

High Precision

Laser cutting delivers high-precision processing with neat and smooth cutting edges and tiny dimensional tolerance, meeting the machining requirements of parts with strict dimensional accuracy standards.

Fast Cutting Speed

Laser cutting works much faster than traditional cutting methods, greatly boosting production efficiency and enabling rapid completion of mass cutting tasks.

The level of equipment reflects the standardization of production, as well as product R&D capacity and technical content. We only adopt top-tier production equipment in the industry, and customize high-precision product production lines based on process requirements and rational workshop layout, so as to steadily supply customers with high-quality and high-performance conveyor belts. Our core philosophies are "Only deliver products that satisfy customers" and "Reject defective products and never manufacture defective products".

The H-beam intelligent production line is a specialized set of equipment for mass production of H-shaped steel. It is mainly applied to the fabrication of steel structural components for construction projects, bridges, industrial workshops, large stadiums and other venues. Adopting automated and digital technologies, this production line realizes high-efficiency manufacturing of H-beams, covering the whole processes including raw material treatment, forming, welding, straightening and painting. It features high precision, high efficiency and low energy consumption.

Hydraulic transmission equipment is a device that converts and transmits energy by means of liquid kinetic energy. Its production process must meet the requirements of mechanical processing, hydrodynamic characteristics and sealing performance. Multiple precision procedures are adopted to ensure efficient and stable operation of the equipment. The entire production flow covers raw material pretreatment, core component machining, component assembly, performance testing and quality inspection, and each step exerts a crucial impact on the performance and reliability of the final products.