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PROTURN 50 CNC LATHE MACHINE

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MOQ : 1 Piece

PROTURN 50 CNC LATHE MACHINE Specification

Color
White & Blue

Weight
3200 kg

Capacity
Heavy Duty, 500 mm Swing over Bed

Feature
High Performance, User-Friendly Interface, Heavy Duty Construction

Manufacturing Year
2023

Power
7.5 kW

Used For
Precision Turning and Machining of Metal Components

Output
Finished Metal Parts with High Precision

Dimension (L*W*H)
2550 mm x 1650 mm x 1750 mm

Condition
New

Voltage
415 V

Machine Type
CNC Lathe Machine

Coolant System
Inbuilt

Tailstock Quill Stroke
120 mm

Spindle Bore
52 mm

Control System
Siemens/Fanuc CNC Controller

Maximum Turning Diameter
350 mm

Number of Tool Stations
8

Bed Type
Monoblock Hardened and Ground Bed

Tailstock Quill Diameter
75 mm

Chuck Size
200 mm

Swing Over Bed
500 mm

Turret Type
Electric Turret

Maximum Spindle Speed
3500 rpm

Rapid Traverse Rate
20 m/min

Swing Over Carriage
300 mm

Maximum Turning Length
550 mm

PROTURN 50 CNC LATHE MACHINE Trade Information

Minimum Order Quantity
1 Piece

Supply Ability
1 Piece Per Week

Delivery Time
1 Week

About PROTURN 50 CNC LATHE MACHINE

PROTURN 50 CNC LATHE MACHINE

Chuck Diameter: 305 mm

Swing Over Bed: 630 mm

Swing Over Cross Slide: 400 mm

Max Machining Diameter (Std. Holder): 500 mm

Max. Machining Length: 3000 mm

Spindle Motor: AC 15 / 18.5 kW

Spindle Speed: 2.8 2000 r.p.m

Spindle Bore: 105 mm

Spindle Bearing Bore: 150 mm

Tailstock Quill Diameter: 112 mm

Tailstock Quill Travel: 200 mm

Max. Tailstock Thrust: 1200 kg

Tailstock Body Clamping: HOOK TYPE

X-Axis Travel: 330 mm

CNC Control: FANUC OT

Precision and Performance Combined

The PROTURN 50 CNC Lathe Machine seamlessly merges high precision with robust performance. Thanks to its sturdy monoblock bed and impressive 3500 rpm spindle speed, it consistently delivers superior results in heavy-duty metalworking environments, meeting the stringent demands of modern manufacturing.

Advanced CNC Control for User Efficiency

Outfitted with either a Siemens or Fanuc CNC controller, this machine offers an intuitive, user-friendly interface. Operators benefit from simplified programming, streamlined tool changes, and real-time monitoring, significantly enhancing productivity and minimizing downtime on the shop floor.

Enhanced Capability for Diverse Machining Needs

With its 8-station electric turret, 200 mm chuck size, and substantial swing over bed capacity, the PROTURN 50 can handle a wide spectrum of metal machining jobs. It is well suited for production lines, custom part creation, and precision turning, offering remarkable versatility for manufacturers.

FAQ's of PROTURN 50 CNC LATHE MACHINE:

Q: How does the PROTURN 50 CNC Lathe Machine ensure high precision in metal component machining?

A: The PROTURN 50 achieves high precision through its rigid monoblock hardened bed, advanced servo-driven axes, and precise CNC controller (Siemens or Fanuc). Its electric turret and powerful spindle motor guarantee stable, accurate cuts even at high speeds.

Q: What types of materials and applications is this CNC lathe suitable for?

A: It is designed for a variety of metalworking applications, including light to heavy-duty turning of ferrous and non-ferrous metals. The machine's robust construction and high output make it ideal for producing precision parts across numerous industries.

Q: When is it recommended to use the tailstock quill function?

A: The tailstock quill, with a 75 mm diameter and 120 mm stroke, is best used for supporting longer workpieces during turning operations. This function enhances machining stability and prevents material deflection, especially for parts exceeding 300 mm in length.

Q: Where can I integrate the PROTURN 50 CNC Lathe in my production line?

A: The machine's compact dimension (2550 x 1650 x 1750 mm) and heavy-duty build make it suitable for integration in factory workshops, manufacturing cells, and industrial job shops that require high-precision metal turning facilities.

Q: What is the process for setting up tooling on this machine?

A: The electric 8-station turret accommodates rapid tool changes, ensuring minimal interruption. Tools are installed and indexed through the CNC controller, allowing seamless and repeatable setups for various machining tasks.

Q: How does the inbuilt coolant system benefit machining operations?

A: The inbuilt coolant system maintains optimal cutting temperatures, prolongs tool life, improves workpiece surface finish, and helps remove chips efficiently during high-speed or extended machining cycles.

Q: What advantages does the Siemens or Fanuc controller provide to operators?

A: Both Siemens and Fanuc controllers deliver a responsive, user-friendly interface, advanced diagnostic features, and flexible programming options, enabling operators to optimize machining cycles while reducing the training time required for machine setup.

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