Broadbent Heavy Duty Lathe Machine

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Broadbent Heavy Duty Lathe Machine Specification

Product Type
Heavy Duty Lathe Machine

Material
Cast Iron

Cutting Thickness
Up to 20 mm

Cutting Speed
35 - 450 RPM

CNC Or Not
No

Automatic Grade
Manual

Control System
Manual

Max. Swing Diameter
660 mm

Voltage
415 V

Weight (kg)
2380 kg

Dimension (L*W*H)
3850 x 1200 x 1400 mm

Capacity
Heavy Duty Workpieces

Feature
Rigid Construction, High Precision, Long Service Life

Color
Grey

Distance Between Centers
1500 mm

Main Motor Power
7.5 HP

Cross Slide Travel
325 mm

Type of Guideways
Hardened and Ground

Spindle Nose
A2-8

Longitudinal Feed Range
0.05 - 2.5 mm/rev

Lead Screw Diameter
40 mm

Chuck Size
400 mm

Spindle Bore
80 mm

Coolant Pump
Included

Bed Length
2500 mm

Tailstock Quill Diameter
75 mm

Number of Spindle Speeds
12

Thread Range
1 - 40 TPI

About Broadbent Heavy Duty Lathe Machine

Heavy Duty Gap-Bed Lathe

Make - Broadbent (England)
Center Height - 550 mm
Length of Job - 5,000 mm
Bed Width - 915 mm
Chuck Diameter - 1070 mm
Swing Over Cross-slide - 850 mm
Center Height in Gap - 830 mm
Spindle Bore - 115 mm- Machine is an Import piece & in excellent condition.

Engineered for Heavy-Duty Performance

The Broadbent lathe machines sturdy cast iron frame and precise, hardened guideways deliver exceptional stability and vibration resistance. Its substantial main motor power and high-precision spindle assembly empower operators to handle thick and tough materials efficiently. Designed for reliable, precise work even under prolonged use, this lathe ensures consistent output and minimal maintenance.

Versatility and Easy Operation

Featuring manual controls, the lathe offers straightforward operation for skilled machinists. Its expansive bed length and distance between centers accommodate large workpieces, while the wide thread range and adjustable feed rates allow for diverse machining tasks. The included coolant pump enhances cutting performance and tool longevity, making the machine highly adaptable in various industrial workshops.

FAQs of Broadbent Heavy Duty Lathe Machine:

Q: How can I operate the Broadbent Heavy Duty Lathe Machine?

A: The Broadbent lathe is operated manually, allowing users to control cutting speed, feed rate, and spindle speed according to their requirements. The control system is designed for practical ease, making it suitable for experienced machinists who prefer hands-on adjustment and precision.

Q: What types of workpieces can this lathe machine handle?

A: This machine is engineered for heavy-duty workpieces up to a 660 mm swing diameter and a cutting thickness of 20 mm. It is ideal for machining steel, cast iron, and alloys, and supports tasks such as turning, threading, and facing on large industrial components.

Q: When should I use the coolant pump during operation?

A: The built-in coolant pump should be used during cutting and threading processes, especially when working with hard materials or extended operations. It helps dissipate heat, prevent tool wear, and ensure a smoother finish on workpieces.

Q: Where is the Broadbent lathe manufactured and available for supply?

A: Manufactured by skilled professionals in India, the Broadbent Heavy Duty Lathe Machine is available from exporters, importers, manufacturers, suppliers, and traders across the country.

Q: What is the process for threading on this lathe machine?

A: Threading is achieved by engaging the lead screw and selecting the desired thread range from 1 to 40 TPI. The operator adjusts feed rates and spindle speeds to match the material and specifications before starting the manual threading process.

Q: How does the hardened and ground guideways benefit users?

A: The hardened and ground guideways provide superior wear resistance and stability, ensuring the lathe maintains high precision over extended periods of use. This feature contributes to the machines long service life and reliable accuracy.

Q: What are the principal benefits of choosing this lathe machine for industrial work?

A: Key advantages include its rigid construction, high precision machining capabilities, suitability for large and heavy workpieces, ease of manual operation, and longevity of components. These collectively ensure enhanced productivity and reduced downtime in demanding industrial environments.

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