Tiger Bed Milling Machine

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Tiger Bed Milling Machine Specification

Rotation
Manual

Model
Tiger Bed

Product Type
Bed Milling Machine

General Use
Industrial Metal Milling

Material
Cast Iron and Steel

Type
Bed Type

Capacity
Rigid for high duty machining

Weight (kg)
2600 kg

Computerized
No

Automatic
Semi-automatic

CNC Or Not
Not CNC

Control System
Manual

Table Size
300 x 1000 mm

Table Slide Way
Hardened and Ground

Magnetic Chuck Size
300 x 1000 mm

Grinding Wheel Size
355 x 38 mm

Grinding Wheel Speed
2800 RPM

Grinding Length
1000 mm

Floor Space
2200 x 1500 x 1700 mm

Fuel Tank Capacity
60 Liters

Spindle Speed
Variable

Power
5 HP

Voltage
415 V

Dimension (L*W*H)
2200 x 1500 x 1700 mm

Feature
High Precision, Robust Construction, Easy Operation

Color
Standard Grey & Orange

About Tiger Bed Milling Machine

Tiger Bed Milling Machine

Make - Tiger (Italy)
Model - FMT700
Table Size - 450 mm x 1800 mm
XYZ Travel - 1500 mm x 700 mm x 1000 mm
Huron-type Vertical head
Equipped with 3-Axis DRO complete with brackets etc for horizontal milling.
Machine is in excellent working condition.

Exceptional Performance and Durability

Built with superior cast iron and steel, the Tiger Bed Milling Machine delivers unmatched strength and reliability in high-demand environments. Its high precision grinding capability and powerful 5 HP motor make it suitable for rigorous continuous machining tasks without compromising accuracy.

Versatile Operating Features

The milling machine supports both manual and powered table feeds, catering to diverse operational requirements. With automatic lubrication, variable spindle speed, and an advanced coolant system, it ensures extended tool life and consistent machining quality.

User-Centric and Flexible Design

Engineered for straightforward operation, the Tiger Bed model features convenient chuck clamping, accessible manual controls, and semi-automatic processes. Its robust layout, clearly organized controls, and substantial table size accommodate various workpieces and improve overall workflow efficiency.

FAQs of Tiger Bed Milling Machine:

Q: How is the Tiger Bed Milling Machine operated given its manual control system?

A: The Tiger Bed Milling Machine is operated manually, with user-friendly controls for table and spindle movements. Table longitudinal movement can be performed either manually or via power feed, allowing the operator precise control while maintaining flexibility in the production process.

Q: What are the key benefits of the Tiger Bed Milling Machine for heavy-duty industrial tasks?

A: This model offers robust construction, high precision, and a workpiece weight capacity of up to 700 kg, making it ideal for demanding industrial metal milling. Its hardened slide ways, automatic lubrication, and advanced coolant system further enhance reliability during extended operations.

Q: When should the power feed or manual feed options be used for the tables movement?

A: Manual feed is ideal for more delicate or fine-setting operations, while the power feed option is suited for routine or repetitive milling tasks where consistent feed and reduced operator fatigue are desired.

Q: Where can the Tiger Bed Milling Machine be effectively utilized?

A: This milling machine excels in industrial facilities, such as manufacturing plants, workshops, or metal fabrication centers requiring high-duty machining. Exporters, importers, suppliers, and traders in the metalworking sector will find it particularly advantageous.

Q: What processes does this milling machine support in metalworking?

A: It is adept at various milling and grinding processes, including surface milling, edge finishing, and grinding of large workpieces. The machines versatility is enhanced by its adjustable feeds, sizable magnetic chuck, and high-speed grinding wheel.

Q: How does the automatic lubrication system benefit operation and machine longevity?

A: The automatic lubrication system ensures all critical moving parts remain properly lubricated, significantly reducing wear and tear, enhancing performance stability, and prolonging the machines operational life with minimal maintenance intervention.

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