Which Machining Center to Choose for Subframe Machining? CATO A13L Five-Axis Horizontal Cradle Machining Center Solution Precisely Breaks the Deadlock


Release time:

2025-12-13

Author:

CATO

Source:

Internet

As a core load-bearing component connecting the vehicle body and power system, the machining accuracy of new energy vehicle subframes directly determines the handling and safety of the entire vehicle. Such parts feature complex structures and require multi-face machining, imposing strict requirements on the rigidity, precision stability, and machining efficiency of equipment. The A13L, a five-axis horizontal cradle machining center from the A series of CATO Precision Machinery (Guangdong) Co., LTD, is customized for high-precision complex parts and has become the preferred solution for subframe machining.

Which Machining Center to Choose for Subframe Machining? CATO A13L Five-Axis Horizontal Cradle Machining Center Solution Precisely Breaks the Deadlock

 

As a core load-bearing component connecting the vehicle body and power system, the machining accuracy of new energy vehicle sub frames directly determines vehicle handling and safety. Such parts feature complex structures and require multi-face machining, imposing strict requirements on the rigidity, precision stability, and machining efficiency of equipment. The A13L five-axis horizontal cradle machining center from the A series of CATO Precision Machinery (Guangdong) Co., LTD, is customized for high-precision complex parts and has become the preferred solution for subframe machining.

A13L_02 PNG_透明背景

I. Diversified System Configurations to Meet Subframe Machining and Operation Requirements

To address the programming flexibility and intelligent control needs of subframe machining, the A13L Five-Axis Horizontal Cradle Machining Center offers a rich selection of system controllers: it comes standard with the Siemens Sinumerik One system to ensure the stability and compatibility of basic machining; the optional Siemens 828D system enhances high-end intelligent machining capabilities; it also supports CATO's independently developed CATO C80 Plus system, adapting to localized operating habits and customized machining requirements. The diversified configurations can accurately match the production scenarios of enterprises of different scales, enabling efficient operation whether for batch standardized production or flexible customized machining.

A 系列系统控制器

II. Core Structural Innovations to Lay a Solid Foundation for Subframe Machining Precision

Long-term maintenance of high precision is required for subframe machining, and the A13L Five-Axid Horizontal Cradle Machining Center box-in-box symmetric beam structure design is a key guarantee. This structure can effectively stabilize the spindle center, significantly reduce thermal deformation, maintain stable machining accuracy even with fluctuations in ambient temperature, and greatly enhance machine tool rigidity, providing solid support for complex surface cutting of subframes.

A系列箱中箱

In terms of drive technology, the X/Y/Z Axis of the A13L Five-Axis Horizontal Cradle Machining Center adopt direct drive by high-performance linear motors, combined with a high-precision grating scale feedback system, completely eliminating mechanical transmission backlash and achieving high acceleration/deceleration response and micron-level positioning accuracy. The direct drive design of the A/B Axis with torque motors also offers the advantages of non-mechanical transmission,non-backlash ensuring low noise, low vibration, and easy maintenance during machining, while maintaining long-term precision consistency in subframe machining. The collaborative application of high-rigidity roller guides and high-precision circular gratings further strengthens the machine tool's rigidity and machining accuracy, ensuring precise machining of every detail of the subframe.

视频转Gif

III. Customized Cradle Worktable to Adapt to Complex Subframe Machining Scenarios

The A13L Five-Axis Horizontal Cradle Machining Center is equipped with a precision five-axis cradle independently developed by CATO. The A/B axes adopt direct drive by torque motors, featuring backlash-free and wear-free characteristics without mechanical transmission, which can maintain permanent high precision and low noise during high acceleration/deceleration movements. Combined with high-precision encoders, it can achieve precise positioning and real-time control during subframe machining, perfectly meeting the multi-dimensional machining needs of complex structures.

精密五轴摇篮

To meet the diverse needs of subframe machining, the A13L Five-Axis Horizontal Cradle Machining Center provides flexible axis configuration options: the optional A axis can leverage its excellent chip evacuation function to avoid part damage caused by chip accumulation on fixtures and workpieces, improving the reliability of automated production; the standard A+B axes support five-axis simultaneous machining, easily overcoming the challenges of complex surface and multi-station machining of subframes; the optional B axis enables front and back machining of workpieces and free attitude transformation, completing multi-face machining with one clamping, significantly reducing clamping errors and improving production efficiency.

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IV. Powerful Parameters to Meet Efficient Subframe Machining Requirements

The core parameters of the A13L Five-Axis Horizontal Cradle Machining Center  are accurately matched to subframe machining scenarios: the XYZ axis travel reaches 13001000650 mm, fully covering the size range of mainstream new energy subframes; the three-axis rapid traverse speed is as high as 100 m/min, significantly shortening idle travel time and improving batch production efficiency; the spindle comes standard with HSK A100 specification, with a maximum speed of 12,000 rpm, which can efficiently meet the cutting needs of subframe machining, achieving dual guarantees of high precision and high efficiency.

Item Parameter
X/Y/Z Axis Travel 1250 x 1000 x 650mm
Working Table Φ420 positioning disk
Working Table Load Max 800KG
Feeding Rate 100/100/100m/min
Spindle Specification 220/build-in-type
Spindle Power (S1 100% / S6 40%) 26/35 Kw
Spindle Torque(S1 100% / S6 40%) 165/239 Nm
Tool Magazine Capacity 72 pcs
X/Y/Z-Axis Position Accuracy 0.01/0.01/0.008 arc.sec/mm
X/Y/Z-Axis Repeated Position Accuracy 0.008/0.006/0.006 arc.sec/mm

In addition to the performance advantages of the equipment itself, relying on its profound accumulation in the new energy vehicle field, CATO Precision Machinery (Guangdong) Co., LTD can also provide customers with one-stop services from technical processes to automated integration, customizing exclusive solutions according to actual production needs. Choosing the A13L Five-Axis Horizontal Cradle Machining Center means not only selecting a high-performance machining center but also adopting a full-process solution that ensures product quality and improves production efficiency.

If you are looking for efficient and precise equipment for subframe machining, welcome to contact CATO Precision Machinery (Guangdong) Co., LTD to explore more customized possibilities of the A13L five-axis horizontal cradle machining center and help your enterprise seize the initiative in the new energy vehicle core component manufacturing track!

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