Product Technical Highlights

Developed and sold to Europe in 2022, with CE certification;

Milling, drilling, tapping, and online inspection of PSA EK9 battery trays;

4 sets of 3-axis servo modules for linkage processing, controlled by the FANUC 31i-B control system with

functions like numerical control interpolation.

4-spindle linkage, with efficiency 4-6 times that of standard machine tools;

Inverted spindle processing facilitates the smooth discharge of aluminum chips；

Mainly applied to the mechanical processing of new energy vehicle battery trays and similar products.

                  AEROSPACE                                   RAIL TRANSIT                             NEW ENERGY VEHICLE                     INDUSTRIAL PROFILES

The inverted 4-spindle multi-functional composite machine tool is mainly suitable for the processing of medium and large-sized parts in the automotive, energy, construction machinery, mold and other industries.

· It features multi-station linkage to reduce loading/unloading and inspection time.

· The multiple spindles can operate independently or simultaneously.

· Configurations such as 3-spindle, 4-spindle, and 5-spindle can be customized according to customer requirements.

It features high rigidity, excellent precision and stability, and is suitable for multi-surface and 4-spindle linkage machining of complex parts in related industries such as large molds, auto parts, industrial machinery, and aviation structural components.

This machine tool has the advantages of advanced design concept, beautiful appearance, good overall rigidity, long precision retention, and a wide range of applications. It is widely used in large diesel machinery, agricultural machinery, chemical machinery, new energy, rail transportation, automobile, mining machinery, steam turbine, textile, aerospace, shipping, electric power, nuclear industry, metallurgy and other industries.

The special-purpose machine tool, optimized for aluminum alloy, magnesium alloy and carbon fiber composite materials, is suitable for processing the following products across multiple industries besides battery trays:

New energy vehicle sector: Aluminum alloy body frames, front/rear subframes, battery pack upper/lower casings, motor housings, reducer housings, and hydrogen fuel cell bipolar plates/frames.

Aerospace sector: UAV fuselage/wing structural parts, satellite brackets/cabin components, and aero-engine pylon/pipeline supports.
Rail transit sector: Aluminum alloy profile components for high-speed rail/subway car bodies (side panels, roof beams, floor skeletons) and maglev train bogie components.