Vertical Machining Center CNC

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MOQ : 1 Unit

Vertical Machining Center CNC Specification

Feature
High-speed spindle, Automated Tool Changer, Rigid construction, User-friendly CNC interface

Power
15 kW

Weight
Approx. 5500 kg

Used For
Precision metal component machining

Voltage
415 V

Machine Type
Vertical Machining Center CNC

Color
White and Blue

Output
High-precision machined parts

Dimension (L*W*H)
3500 mm x 2200 mm x 2700 mm

Capacity
800 kg table load

Manufacturing Year
2023

Condition
New

Servo Axis Drive
AC Servo motors (all axes)

Maximum Workpiece Height
600 mm

Control System
Siemens/Fanuc CNC controller

Spindle Taper
BT40

Rapid Traverse Rate
36 m/min (X/Y/Z)

Air Requirement
6 bar

Accuracy
0.005 mm

Number of Tool Stations
24

Table Size
1050 mm x 520 mm

Spindle Speed Range
7000 - 10000 RPM

Coolant System
Automatic with filtration

Vertical Machining Center CNC Trade Information

Minimum Order Quantity
1 Unit

Supply Ability
5 Units Per Day

Delivery Time
14 Days

Sample Available
Yes

Main Domestic Market
All India

About Vertical Machining Center CNC

Brand	Takisawa
Voltage	240 V
Spindle Speed(RPM)	2000
Machine Type	Automatic
Model	MCV0
Spindle Power	13 kW

We are dedicated to providing our clients with a diverse selection of high-quality products that are well-regarded for their superior performance and reliability. Our extensive product range is available in various sizes, and we also offer customized sizing options to meet specific requirements, ensuring the perfect fit for every need.

Engineered for Efficiency and Precision

With its rigid construction, user-friendly CNC control system, and automated tool changer, this Vertical Machining Center CNC ensures optimal workflow and consistent results. Its AC servo-driven axes and advanced coolant filtration system enhance both speed and accuracy, making it a staple for precision metalworking operations.

Superior Features for Demanding Applications

This CNC machine supports a high spindle speed range and rapid tool changes, optimizing productivity for batches or single-piece runs. The automatic coolant system and powerful servo motors guarantee reliability even in intensive industrial settings, while the spacious table and robust design accommodate a variety of challenging workpieces.

FAQ's of Vertical Machining Center CNC:

Q: How does the automatic tool changer improve machining efficiency?

A: The 24-station automatic tool changer allows seamless switching between different cutting tools without manual intervention, significantly reducing downtime and enhancing workflow efficiency during complex machining processes.

Q: What type of components can be machined on this Vertical Machining Center CNC?

A: This machine is designed for high-precision machining of various metal components, making it suitable for industries requiring intricate or heavy-duty parts, such as automotive, aerospace, and general engineering.

Q: When is maintenance required for the coolant filtration system?

A: Regular maintenance should be performed in accordance with the manufacturer's schedule or whenever the filtration indicators signal reduced performance, helping to ensure prolonged system efficiency and prevent coolant-related issues.

Q: Where should this CNC machine be installed for optimal operation?

A: Ideally, the machine should be set up in a well-ventilated, temperature-controlled industrial environment with a steady power supply (415 V) and an air line providing 6 bar, ensuring consistent performance and safety.

Q: What is the process for setting up a new machining job with the Siemens/Fanuc controller?

A: Operators can quickly input or upload G-code programs via the Siemens/Fanuc CNC interface, select the necessary tools, and set workpiece coordinates, enabling intuitive and rapid preparation for new machining jobs.

Q: Why is the 0.005 mm accuracy beneficial for manufacturers?

A: This high level of precision ensures that all produced parts meet strict dimensional tolerances, which is crucial for industries demanding exact fits and surface finishes, reducing waste and increasing end-product quality.

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