CATO Five-Axis Machining Centers: Delivering Micron-Level Precision for Aerospace Manufacturing
Release time:
2025-06-26
Author:
CATO
Source:
Internet
On June 17, 2025, China's Mengzhou manned spacecraft successfully conducted a zero-altitude escape test. With the high-precision control and efficient production technology of the CBS and CP series five-axis machining centers, CATO provides support for the processing of key aerospace parts and helps upgrade the supply chain of commercial space equipment.

On June 17, 2025 Beijing time, China successfully conducted a zero altitude escape flight test of the Mengzhou manned spacecraft at the Jiuquan Satellite Launch Center, marking a milestone breakthrough in the manned lunar exploration project. Behind such major aerospace missions, the supporting role of the high-end equipment supply chain is increasingly prominent.
High end equipment manufacturing enterprises represented by CATO provide reliable technical support for the permanent maintenance of high precision in key components of the aerospace industry through independently developed core products such as CBS series five axis bridge machining centers and CP series five axis horizontal swing head machining centers. With excellent dynamic precision control capabilities (such as CP series torque motor direct drive technology) and large-scale production efficiency (dual exchange station design to increase production capacity by more than 40%), It provides reliability technical support for the permanent maintenance of high precision of key parts in the aerospace industry.
CATO's CBS series five axis bridge machining center is designed specifically for aerospace precision machining. It adopts cutting-edge X/Y-axis linear motor direct drive and A/C-axis torque motor direct drive, achieving ultra-high response speed and permanent high precision without backlash and wear, greatly improving machining efficiency and precision control capability. This technological breakthrough reduces the machining error of complex surfaces to the micrometer level, providing technical support for aerospace precision components.
Meanwhile, the box-in-box symmetrical crossbeam design of the CBS series structure effectively suppresses thermal displacement, stabilizes the spindle center, enhances rigidity, and ensures the accuracy and stability of the machine tool under extreme working conditions.In practical applications, whether it is titanium alloy aviation structural components or multi-layer fuel rotor processing, they have demonstrated performance that benchmarks international top equipment.
CATO's CP series five axis horizontal swing head machining center features a self-developed precision rotary worktable that is directly driven by a torque motor, eliminating traditional mechanical transmission characteristics and achieving zero backlash and wear operation. It can maintain permanent high precision and high stability characteristics even during high acceleration/deceleration movements, making it particularly suitable for aerospace component manufacturing that requires strict machining stability.
At the same time, the dual exchange dual workstation workbench carried by the equipment seamlessly switches between the two workstations, greatly reducing downtime and waiting time, improving the efficiency of multi process processing of complex parts, and providing key technical support for the large-scale production of satellite components, spacecraft cabins, and other products. It has become a core force in promoting the efficient operation of the commercial equipment supply chain in space.
In addition, CATO continues to increase its research and development efforts, continuously improve product technology and performance, and promote the upgrading and improvement of the supply chain for commercial space equipment. In future space exploration and commercial applications, CBS and CP series are expected to play a more important role, becoming an important bridge connecting space commercialization and equipment supply chain.
Just as the Mengzhou spacecraft soars into the heavens, CATO's CBS Series achieves "micrometer-level cosmic" precision control, while the CP Series establishes a "minute-level delivery" manufacturing cadence, injecting enduring momentum into the space economy ecosystem.
Key words:
numerical control machine tool,five axis machining centers,Chinese CNC machine tool manufacturers,Bridge type five axis machining center
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