CATO's CBS 5-Axis Gantry Machining Center Revolutionizes Component Manufacturing for Aerospace and New Energy Vehicles
Release time:
2025-07-15
Author:
CATO
Source:
Internet
CATO Precision Machinery's CBS Series 5-Axis Gantry Machining Center delivers exceptional aerospace component manufacturing capabilities through its core technologies: double-box symmetric beam structure, linear motor direct-drive system, and C80 Plus CNC. The proprietary spindle technology delivers proven performance improvements in mission-critical applications.

In the field of high-end manufacturing, 5-axis gantry machining centers have become critical equipment for solving complex part processing challenges. The latest CBS series product launched by Cato Precision Machinery (Guangdong) Co., Ltd. leverages three core technologies—the double-box symmetric beam structure, linear motor direct-drive technology, and C80 Plus CNC system—to deliver high-precision machining solutions for the aerospace and new energy vehicle industries.
I.Overcome the processing bottleneck of core components of aero engines
Addressing aerospace manufacturing demands, the CBS Series 5-Axis Machining Center delivers optimized performance for: Impeller/Blisk Machining: Closed/open impellers, integrally bladed rotors (IBRs), fan blisks with complex surfaces Aero-Engine Casing Processing: Thin-wall titanium/TiAl casings, turbine frames Spiral Component Fabrication: Spiral centrifugal impellers, Spiral parts
II. Efficient processing solutions for large structural components of new energy vehicles
The high-performance direct-drive linear motor on the X/Y-axis, combined with a precise linear encoder feedback system, ensures exceptional accuracy and responsiveness. Meeting the rigorous demands of the aircraft and aerospace industries, such as engine parts and structural elements.
III.Analysis of the three Core technologies
Technical module | innovation advantage | application value |
Box-in-box beam structure | Four high-rigidity linear guides arranged in a perimeter-enclosing configuration with active thermal deformation compensation technology. | The processing accuracy of the aero-engine casing has been improved by 30% |
direct linear drives | Zero-backlash drive system with 0.1μm optical encoder closed-loop control | Achieves impeller surface roughness of Ra 0.4μm |
C80 Plus | High precision trajectory control function, smooth blade tip control function | Up to 8 expandable axes and a maximum of 5 coaxial axes |
IV. Breakthroughs in core components for independent development
CATO Precision Machinery masters full-chain HSK spindle technology
Precision assembly in climate-controlled workshop (22±0.5°C, 55% RH)
Forced circulation cooling system (±1°C temp control)
HSK-E40 standard models: 200 | 200C | 300 | 300C | 400 | 400C
Compatible variants: 500 | 500C
This proprietary spindle maintains ≤3μm runout accuracy during 48-hour continuous titanium alloy machining tests, reducing reliance on imported high-end spindles
V. Industry Application Empirical Evidence
CATO's CBS Series 5-Axis Gantry Machining Center delivers innovative solutions for aerospace and high-end manufacturing through groundbreaking design and advanced technology. A leading aerospace manufacturer utilizing the CBS series for closed impeller machining achieved:
Blade profile errors ≤0.018mm (mean value via CMM scanning)
Processing efficiency increased by 32% (vs. conventional 3-axis methods)
Tool wear reduced by 26% (at 180-220m/min cutting speed)
Key words:
Five-axis bridge machining center,Processing of aircraft engine casings,Linear motor-driven machine tools,C80 Plus system
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