Double-headed drilling and tapping center
Details

Characteristic of T-5040-2 Multi-Head Vertical Machining Center

                                                     


Cast Iron Bed and Beam Structure
The machine's bed and beam are made of cast iron, with the overall structure analyzed using computer finite element analysis (FEA) to ensure optimal layout. This design offers superior precision stability compared to similar machines.

Dual-Spindle Design for Enhanced Efficiency
The dual-Spindledesign allows for the simultaneous machining of two identical parts in a single clamping, achieving 1.7-2 times the efficiency of conventional drilling and tapping machines.

Standard 21-Tool Slant Disc Tool Magazine
Large tool magazine capacity and high tool-change efficiency, with a tool-to-tool (T-to-T) time of just 1.5 seconds.

Application of T-5040-2 Multi-Head Vertical Machining Center

Ideal for machining small plate parts, disc-shaped parts, and shell components in general industries.

3C Industry: Suitable for roughing and finishing processes for mobile phone frames, SIM card trays, hinges, tablet casings, and 5G-related parts such as plates, shells, and box components.

Precision Industries: Suitable for the roughing and finishing of plate, shell, and box components in industries such as instruments, small molds, and medical devices.

CNC High Speed Machine

Workpiece Example 1

Multi Head CNC

Workpiece Example 2

High Speed CNC Machining Centers

Workpiece Example 3

High Speed Machining Center

Workpiece Example 4

CNC High Speed Machine

Workpiece Example 1

Multi Head CNC

Workpiece Example 2

High Speed CNC Machining Centers

Workpiece Example 3

High Speed Machining Center

Workpiece Example 4

CNC High Speed Machine

Workpiece Example 1

Multi Head CNC

Workpiece Example 2

High Speed CNC Machining Centers

Workpiece Example 3

High Speed Machining Center

Workpiece Example 4

Specifications of T-5040-2 Multi-Head Vertical Machining Center

name

project

Parameters

workbench

Table size (mm)

1200*400

Distance from table to spindle nose (mm)

180~500

Maximum load-bearing weight (Kg)

journey

X-direction travel (mm)

500

Travel in Y direction (mm)

400

Ztravel (mm)

320

Spindle

Spindle power (Kw)

3.7/5.5

Spindle maximum speed (rpm)

20000

Spindle diameter (mm)

φ100

Spindle tool change method

Pneumatic tool changer

Shank form

BT30

Feed rate

Maximum dry run feed speed (m/min)

36

Maximum cutting feed rate (m/min)

30

Machine tool accuracy

Positioning accuracy: X/Y/Z (mm)

0.005

Repeated positioning accuracy: X/Y/Z (mm)

0.004

Tool magazine

Tool magazine capacity

21T*2

Tool magazine form

Inclined disc knife magazine

power source

Air pressure (Mpa)

≥0.6

Electricity demand (Kw)

23

Other parameters

Dimensions (front and rear *
left and right * up and down mm)

Weight (Approx. weight: Kg)

5000

Whether to configure network
transmission and monitoring functions

Have

Whether to configure the tool setter

Have

The information on this page is for reference only. Specifications and details may change due to product upgrades or improvements. For more information, please contact us.

Control & Software

Mitsubishi

Mitsubishi

FANUC

FANUC

Siemens

Siemens

SYNTEC

SYNTEC

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