FIL Italy 2500 mm x 600 mm Bed Milling Machine

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FIL Italy 2500 mm x 600 mm Bed Milling Machine

Price 100000 INR/ Piece

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MOQ : 1 Piece

FIL Italy 2500 mm x 600 mm Bed Milling Machine Specification

Rotation
Spindle Reversible

Model
FIL Italy 2500 x 600

Product Type
Bed Milling Machine

General Use
Heavy Duty Milling Operations

Material
Cast Iron

Type
Horizontal Milling

Capacity
Heavy Duty

Weight (kg)
Approx. 6000 kg

Computerized
No

Automatic
No

CNC Or Not
Not CNC

Control System
Manual

Table Size
2500 mm x 600 mm

Table Slide Way
Box Type, Hardened and Ground

Floor Space
Approx. 4000 mm x 3000 mm

Spindle Speed
Variable, 50 - 1800 RPM

Power
7.5 kW

Voltage
415 V, 3 Phase

Dimension (L*W*H)
Approx. 4000 mm x 3000 mm x 2200 mm

Feature
Robust Structure, Precision Ground, Hardened Ways

Color
Blue & White

FIL Italy 2500 mm x 600 mm Bed Milling Machine Trade Information

Minimum Order Quantity
1 Piece

Main Domestic Market
All India

About FIL Italy 2500 mm x 600 mm Bed Milling Machine

Make - F.I.L. (Italy)

Model - FU 200

Table Size - 2500 mm x 600 mm

XYZ Travel - 2150 mm x 600 mm x 1000 mm

Horizontal Spindle Taper - ISO 50

Horizontal Spindle Speeds - 25 rpm to 1200 rpm

Vertical Spindle Taper - ISO 50

Vertical Spindle Speeds - 24 rpm to 1600 rpm

Feed Rates of Travel - 5 mm/min to 1000 mm/min (Infinitely Variable)

Max. Distance between Table & Vertical Spindle - 1000 mm

- Machine is in excellent working condition.

Video of The Machine -

https://youtu.be/lSWnFRltrW8

Designed for Industrial Reliability and Precision

Built with a heavy-duty cast iron frame, the FIL Italy 2500 x 600 bed milling machine is designed to ensure stability and long-lasting accuracy. The box-type, hardened and ground slide ways provide enhanced support for precision machining, crucial for demanding industrial tasks.

Flexible Operations With Infinitely Variable Speed

The spindle on this milling machine offers a wide range of speeds, from 50 to 1800 RPM, controlled manually for optimal flexibility. Operators can adjust cutting parameters on the fly, enhancing productivity for a variety of materials and processes.

Large Work Area and High Load Capacity

Accommodating parts up to 2000 kg on a spacious table, this mill is suitable for bulky components and heavy-duty applications. The five deep T-slots and generous table travel allow for efficient fixturing and accommodating complex workpieces during manufacturing operations.

FAQs of FIL Italy 2500 mm x 600 mm Bed Milling Machine:

Q: How is the FIL Italy 2500 x 600 mm bed milling machine typically used?

A: This milling machine is primarily employed for heavy-duty and precise milling, machining large components in manufacturing, engineering workshops, and industrial applications where size and accuracy are essential factors.

Q: What are the notable benefits of this machines robust construction and hardened ways?

A: The robust cast iron frame and precision-ground, hardened box-type slide ways minimize vibration and wear, ensuring stability, durability, and consistent precision during prolonged heavy-duty operations.

Q: Where is the FIL Italy 2500 x 600 mm bed milling machine most effectively implemented?

A: It is most effective in industrial environments such as machine shops, metal fabrication units, and production lines, where handling large, heavy workpieces and performing accurate, repeatable milling tasks are routine.

Q: What type of control system does this machine have?

A: The machine operates with a manual control system, which allows experienced technicians precise command over all milling operations for tailored results without computerization.

Q: How does the centralized manual lubrication system function?

A: The centralized manual lubrication system simplifies maintenance by allowing operators to deliver lubricant to essential moving parts via a central point, promoting smooth operation and extended machine life.

Q: When is it advisable to use the infinitely variable spindle speed feature?

A: Operators should use the infinitely variable spindle speed to adapt to different materials, tooling requirements, and specific machining processes, achieving optimal cutting parameters and surface finish.

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