Binns & Berry England 6 meter Length Heavy Duty Lathe Machine

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Binns & Berry England 6 meter Length Heavy Duty Lathe Machine

Name: Binns & Berry England 6 meter Length Heavy Duty Lathe Machine
Brand: Liberty Metal & Machines Private Limited
Price: 100000 INR
Availability: InStock

Price 100000 INR/ Piece

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MOQ : 1 Piece

Binns & Berry England 6 meter Length Heavy Duty Lathe Machine Specification

Product Type
Heavy Duty Lathe Machine

Material
Cast Iron Structure & High-Grade Alloy Steel Components

Cutting Thickness
Up to 32 mm (depending on tool and material)

Cutting Speed
Up to 600 RPM (variable depending on job and gears)

CNC Or Not
Conventional (Manual Lathe)

Automatic Grade
Manual

Control System
Hand Lever & Gear Operated

Max. Swing Diameter
800 mm

Voltage
415 V, 3 Phase, 50 Hz

Weight (kg)
Approx. 7500 kg

Dimension (L*W*H)
Approx. 6000 x 1400 x 1700 mm

Capacity
Suitable for Large Workpieces up to 6 meters length

Feature
Robust Construction, Long Bed, Precision Ground Bedways, Hardened Gears

Color
Industrial Blue & White

Coolant System
Built-in with recirculating pump

Spindle Bore
105 mm

Lubrication System
Centralized Lubrication Pump

Leadscrew Diameter
40 mm (hardened and ground)

Bed Length
6000 mm (6 meters)

Tailstock Quill Travel
250 mm

Thread Cutting
Metric & Imperial (wide range via gear settings)

Spindle Nose
Camlock D1-8

Power of Main Motor
10 HP

Carriage Travel
5400 mm

Chuck Diameter
500 mm (3- or 4-jaw independent)

Distance Between Centers
5500 mm

Surface Finish
Precision Machined with Anti-Rust Coating

Tailstock Taper
MT-5

Machine Type
Floor Mounted Heavy Duty Engine Lathe

Binns & Berry England 6 meter Length Heavy Duty Lathe Machine Trade Information

Minimum Order Quantity
1 Piece

Main Domestic Market
All India

Binns & Berry England 6 meter Length Heavy Duty Lathe Machine About

Make - Binns & Berry (England / Spain)

Model - Gemini GE-870

Center Height - 435 mm

Max. Length of Job - 6000 mm

Max. Job Diameter over Bed - 870 mm

Max. Job Diameter over Cross-Slide - 560 mm

Max. Job Diameter in Gap - 1100 mm

Bed Width - 550 mm

Chuck Diameter - 560 mm

Spindle Speeds - 16 rpm to 1250 rpm

Spindle Bore - 104 mm

Max. Job Length in Gap - 250 mm

- Motorised Rapid Travels on the Carriage.

- Equipped with DRO.

- Complete with 2 x Job Steady.

- Machine is in excellent working condition.

Video of The Machine -

https://youtu.be/mDQPJtNZ7pw

Exceptional Construction for Heavy-Duty Performance

Constructed from cast iron and high-grade alloy steel, the machine ensures robustness and longevity. All critical components are precision ground and treated with anti-rust coating, contributing to a stable operation, even under heavy load. The 6-meter bed and precision ground bedways guarantee sustained accuracy for long workpieces.

Precision and Versatility for Diverse Applications

This lathe handles intricate turning jobs and heavy-duty operations alike, supporting a maximum swing diameter of 800 mm and carriage travel of 5400 mm. It allows both metric and imperial thread cutting, facilitated by easily adjustable gear settings, making it highly versatile for various job requirements and standards.

Advanced Features for Enhanced Efficiency

Equipped with centralized lubrication, a built-in coolant system, and a powerful 10 HP motor, this lathe is designed for smooth, efficient workflows. The recirculating coolant system and hardened leadscrew ensure long-term precision and reduced maintenance, while the large spindle bore enables machining of sizeable shafts and hollow parts.

FAQ's of Binns & Berry England 6 meter Length Heavy Duty Lathe Machine:

Q: How do I operate the Binns & Berry 6-meter heavy duty lathe for optimum precision?

A: To operate this manual lathe effectively, set up your workpiece securely between centers or in the 3- or 4-jaw independent chuck. Ensure the centralized lubrication system is active and coolant is circulated. Select the desired speed and feed using the hand levers and gear settings. For precise results, use sharp tools and align the carriage and bedways. Routine maintenance of the machine's anti-rust coated surfaces and lubricated components will help maintain long-term accuracy.

Q: What types of workpieces and industries is this lathe suitable for?

A: This heavy-duty engine lathe is ideal for machining large, long workpieces up to 6 meters in length and up to 800 mm in diameter, such as shafts, rollers, or pipes. Common industries include manufacturing, shipbuilding, energy sector, and general engineering. Its robust design is tailored to meet the export, import, and demanding industrial requirements of companies in Spain and worldwide.

Q: When should I use the manual threading function, and how is metric or imperial threading set?

A: Use the manual threading function whenever you need to cut external or internal threads on your workpieces. The lathe supports a wide range of metric and imperial threads via gear settings. To switch between metric and imperial, adjust the gear trains according to the thread chart provided with the machine, ensuring you select the correct feed and spindle speed for each thread type.

Q: Where is the lubrication system located and how does it operate?

A: The centralized lubrication pump is typically situated beneath the lathe's bed or within the main machine body. It distributes oil to critical areas like the bedways, leadscrew, and carriage via a network of pipes, ensuring consistent lubrication during operation. Regularly check the oil reservoir levels and follow the maintenance schedule to keep the system functioning efficiently.

Q: What is the process for changing cutting speeds and feeds?

A: Cutting speeds and feeds are controlled via the gear-operated hand levers on the headstock. Refer to the machine's speed and feed chart to select the appropriate gear combination for your material and tool setup. With the correct levers engaged, you can achieve cutting speeds up to 600 RPM, matching different machining needs.

Q: How does the built-in coolant system benefit machining operations?

A: The built-in coolant system, complete with a recirculating pump, helps to cool the cutting area, minimize thermal distortion, and extend tool life. This is especially beneficial during long operations or when working with difficult-to-machine materials, resulting in smoother surface finishes and consistent dimensional accuracy.

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