High-Speed Vertical Metal Milling Machine Aerospace Ceramics CNC Lathe BT40 Spindle Taper Fanuc Control Machining Center

Product Description

5 Axis CNC Milling Machine
CNC Machining Center Detail
CNC Component Layout 1
CNC Component Layout 2
CNC Machine Interior
5 Axis Metal Vertical CNC Milling Machine Machining Center
5 Axis Metal Milling Machine CNC Vertical Machining Center

The overall layout of the machine tool is a whole structure, the base is fixed, and the bed saddle moves in the Y direction on the base; The table moves in X direction on the bed saddle; The column is installed on the base, and the headstock moves in the Z direction on the column.

  • A/C shaft is driven by precision worm gear with strong rigidity.
  • Three-axis roller linear guide, strong rigidity, good dynamic accuracy.
  • Headstock adopts integral direct connection headstock to reduce installation error and improve overall rigidity.
  • Double nut rear row, small footprint, suitable for line installation.
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High rigidity spindle:

The highly rigid BT40 spindle, lubricated with grease, can make the spindle bearing get constant and reliable lubrication.

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High precision rotary table:

A/C shaft is driven by precision worm gear with strong rigidity.

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Major structure:

The main structure is based on the mold machine, superimposed cradle turntable, strong rigidity, good accuracy retention.

CNC Machining Process
CNC Structural Features
Machine Type Unit MX400
Worktable
Rotating table size mm 410
Load on worktable kg 150/200 (90 degrees/horizontal)
Division angle 0.001°
Indexing accuracy A-axis 60 / C-axis 15
Repeated accuracy A-axis 8/ C-axis 6
Distance from spindle nose to work surface mm 50-600
Travel
X-axis mm 720
Y-axis mm 600
Z-axis mm 550
A-axis 30°~-120°
C-axis 360°
Spindle
Spindle taper BT40
Rotating spindle speed rpm 10-12000
Spindle motor kw 11
Feed speed
Cutting feed speed m/min 7
Fast feed speed m/min 30/30/30
Maximum rotation speed of A-axis rpm 11.1
Maximum rotation speed of C-axis rpm 16.6
Tool magazine
Capacity of tool magazine 24
Max. tool weight kg 8
Max. tool length mm 300
Max. tool diameter mm 80
Tool change time sec 2.5
Precision
Positioning accuracy(X/Y/Z) mm 0.008
Repeated Positioning accuracy(X/Y/Z) mm 0.005
Positioning accuracy(B/C) sec 5
Repeated Positioning accuracy(B/C) sec 2
Control system
Control system FANUC 0i MF
X_axis motor αiF22
Y_axis motor αiF22
Z_axis motor αiF22B
A_axis motor αiF12
C_axis motor αiF8
Spindle motor αiIT12/12000
Others
Air supply pressure bar 6-8
Air pressure flux L/min 280
Weight T 7.2
Floor area (length*width*height) mm 2660*3000*3150
CNC Machining Output 1
CNC Machining Output 2
Frequently Asked Questions (FAQ)
💡 What is the axis configuration of the MX400 5-Axis CNC Milling Machine?
The MX400 features a fixed base structure. The bed saddle moves in the Y direction, the worktable moves in the X direction on the bed saddle, and the headstock moves in the Z direction on the column. The A/C axis is driven by a high-rigidity precision worm gear.
💡 What are the key features of the MX400 spindle?
The machine uses a highly rigid BT40 spindle that operates up to 12,000 RPM. It features grease lubrication, ensuring constant and reliable lubrication for the spindle bearings to optimize durability and performance.
💡 What is the travel and speed capability of the A-axis and C-axis?
The A-axis features a travel range of 30° to -120° with a maximum rotation speed of 11.1 RPM. The C-axis supports 360° continuous rotation with a maximum rotation speed of 16.6 RPM, enabling comprehensive multi-sided machining.
💡 What kind of control system is integrated into this machining center?
The MX400 is standard-equipped with a FANUC 0i MF control system. It utilizes high-performance FANUC motors for the X, Y, Z, A, and C axes to ensure precise and coordinated movement.
💡 What are the specifications of the tool magazine?
The tool magazine holds up to 24 tools. It supports a maximum tool weight of 8 kg, a maximum tool length of 300 mm, and a maximum tool diameter of 80 mm, featuring a tool change time of 2.5 seconds.
💡 What is the positioning and repeatability accuracy of the machine?
The linear axes (X/Y/Z) offer a positioning accuracy of 0.008 mm and a repeated positioning accuracy of 0.005 mm. The rotary axes (B/C) provide a positioning accuracy of 5 arc-seconds and a repeated positioning accuracy of 2 arc-seconds.

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