Jul 31,2026

Precision Machined Components for Advanced Industrial Manufacturing

By focusing on precision, efficiency, and reliability, these components support the development of innovative products and advanced manufacturing systems worldwide.

Jul 28,2022

The demand for AI computing power has exploded, and high-end precision sheet metal customization orders continue to increase

In the first half of 2026, the AI server and computing power cabinet industry chain will rapidly expand, and the industry's demand for high sealing and high-precision heat dissipation sheet metal structural components will increase significantly.

Jan 10,2022

3C electronic flexible automation production line accelerates popularization, customized assembly equipment becomes a must-have

With the increasing demand for mixed production of multiple models of smart wearables, tablets, and consumer electronics, standardized assembly lines are gradually being replaced by flexible customized automation equipment.

Nov 12,2021

New energy vehicle components drive the market for precision molds and automated assembly equipment

The lightweight and integrated development of new energy vehicles has driven the expansion of demand for automotive steering systems, automated assembly lines for electronic control components, and precision thermoforming molds.

Nov 12,2021

Upgrading high-precision non-standard automation equipment in the medical manufacturing industry and making compliant production the core demand

The manufacturing of medical devices and drug delivery devices imposes strict standards on the cleanliness, assembly accuracy, and data traceability of production equipment.

Nov 12,2021

The sheet metal industry fully replaces traditional hydraulic models with electric servo equipment, and the trend of green manufacturing is clear

Metal forming equipment is undergoing technological iteration, with pure electric servo bending and fiber laser cutting equipment gradually replacing high-energy hydraulic machine tools, reducing comprehensive energy consumption by more than 30%, while maintaining stable machining accuracy within the 0.01mm error range.