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Bridgeport M1tr Turret Milling Machine 2

Bridgeport M1tr Turret Milling Machine 2 Specification

Product Type
Turret Milling Machine

General Use
Metal Milling/Drilling, Industrial, Workshop

Material
Cast Iron, Steel Components

Type
Vertical Milling

Capacity
Standard 2 HP with R8 Spindle

Weight (kg)
1250 kg

Computerized
No

Automatic
Semi-Automatic

PLC Control
No

Bar Feeder
No

Power Source
Electric

Power Consumption
3 HP

Rigidity
Robust Cast Iron Construction

Voltage
415 V / 3 Phase

Motor
3 HP Motor

Table Size
1067 mm x 230 mm

Spindle Speed
Variable, 70-4200 rpm

Axial Choice
Manual / Auto (X, Y, Z) Movement

Dimension (L*W*H)
1500 mm x 1700 mm x 2150 mm

Feature
High Precision, Sturdy Design, Fine Feed, Hardened Bed

Color
Standard Grey

Lubrication
Automatic Lubrication System

Number of T-slots
3

Coolant System
Built-in

Graduation
0.02 mm per dial

Maximum Distance from Spindle to Table
420 mm

Quill Travel
127 mm

Table Load Capacity
260 kg

Width of T-slots
16 mm

Cross Travel (Y)
300 mm

Feed Motor
0.5 HP

Spindle Taper
R8 (Bridgeport Standard)

Longitudinal Travel (X)
780 mm

Throat Distance
230-625 mm (max min)

Vertical Travel (Z)
400 mm

About Bridgeport M1tr Turret Milling Machine 2

*BRIDGEPORT M1TR TURRET MILLING MACHINE 2*

CATEGORY : MILLING MACHINES
CAPACITY : 1065 x 230 mm
Reference No: 3131
Video Link: https://youtu.be/N5eFFMZC8Xs

Technical Specifications:

Table Size: 1065 x 230 mm
Spindle Taper R8
Motorized Feed Travel in Longitudinal Travels

Versatile Performance and High Precision

The Bridgeport M1tr excels in precision, featuring a 0.02 mm per dial graduation and variable spindle speed for a wide range of metalworking tasks. Its hardened bed and fine feed mechanism enable meticulous control over intricate milling and drilling operations, crucial for industrial standards.

Robust Build for Industrial Demands

Manufactured from strong cast iron and steel components, this milling machine is designed for heavy-duty usage. The robust construction enhances machine rigidity, ensuring stability and minimizing vibrations, which extends machine service life and improves machining accuracy.

Effortless Operation and Maintenance

This model is equipped with a built-in coolant system and automatic lubrication, simplifying maintenance and supporting continuous work cycles. The semi-automatic manual/auto axis movements and ergonomic controls allow for smooth operation, making it suitable for workshops and industrial settings.

FAQ's of Bridgeport M1tr Turret Milling Machine 2:

Q: How does the Bridgeport M1tr Turret Milling Machine ensure high precision during metal milling?

A: The machine provides meticulous accuracy with its hardened bed, finely graduated dials (0.02 mm per dial), and variable spindle speed from 70-4200 rpm. These features enable precise adjustments and smooth cutting, making it suitable for demanding metalworking tasks.

Q: What types of materials can be processed using this milling machine?

A: The Bridgeport M1tr is designed to handle a variety of metals, including steel and cast iron components. Its robust build and versatile spindle capacity make it ideal for milling, drilling, and shaping different metal materials commonly used in industrial environments.

Q: When is automatic lubrication activated, and how does it benefit users?

A: The automatic lubrication system operates continuously during machine use, ensuring key mechanical parts are properly lubricated. This minimizes friction, reduces wear, and extends the machine's operational lifespan, resulting in consistent high performance and reduced maintenance downtime.

Q: Where is the Bridgeport M1tr Turret Milling Machine typically installed and used?

A: This milling machine is commonly found in industrial manufacturing units, metalworking workshops, and machining centers across India. Its size and capabilities make it suited for environments requiring precise and heavy-duty milling and drilling operations.

Q: What is the process for switching between manual and auto axis movement on the machine?

A: Operators can easily choose between manual and automatic movement for the X, Y, and Z axes using designated machine controls. This flexibility enables customization of workflow, allowing both rapid positioning for bulk work and fine manual adjustments for precision tasks.

Q: How does the built-in coolant system improve machining safety and efficiency?

A: The coolant system keeps the cutting area at an optimal temperature, reducing heat build-up that may otherwise compromise tool integrity and workpiece quality. This not only protects the equipment and materials but enhances overall machining safety and productivity.