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.
Specifications
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.
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) |
500 | |
|
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 * |
2650*2600*2830 |
|
Weight (Approx. weight: Kg) |
5000 |
|
|
Whether to configure network |
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.
Related Products
T-6065-2Multi-Head Vertical Machining Center
1. Technical Description of Equipment
The T-6065-2 Linear Rail Double-Head Vertical Machining Center adopts an independently controlled dual-Z-axis dual-spindle design with a single X- and Y-axis cross-slide structure. After a single workpiece setup, it can automatically and continuously complete various machining processes such as milling, drilling, boring, reaming, counterboring, and tapping. This machine is suitable for small-to-medium batch production of diverse complex parts, including small-to-medium-sized boxes, plates, discs, valves, housings, molds, and more.
Equipped with high-precision linear rails and ball screws, and featuring a dual-Z-axis design, this machine delivers superior dynamic response, enabling high-speed cutting with no low-speed crawling. It is widely applied in industries requiring precision components, such as 5G products, hardware, automotive parts, and medical equipment.
The machine adopts a fixed-column structure with a cross-slide design. Its body incorporates an extra-large, stable base and high-rigidity inverted V-shaped columns, ensuring no vibration or deformation during high-speed cutting.
All major structural components are manufactured using high-quality resin sand molding and high-strength cast iron materials, providing the machine with excellent rigidity and stable precision.
T-6050-2 Multi-Head Vertical Machining Center
The T-6050-2 is ideal for the mass production of box-type products, hardware components, and new energy box-type products.
It is also suitable for the mass production of 5G box-type products, valve bodies, and disk-shaped components.