Lambert Switzerland Gear Hobbing Machine

Price 100000 INR/ Piece

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MOQ : 1 Piece

Lambert Switzerland Gear Hobbing Machine Specification

Used For
Cutting gears and splines

Capacity
Module 6, Max. gear diameter 400 mm

Condition
Used

Weight
Approx. 3500 kg

Color
Green

Voltage
380 V

Power
7.5 kW

Output
High productivity, Consistent gear quality

Machine Type
Gear Hobbing Machine

Dimension (L*W*H)
2500 mm x 1600 mm x 1900 mm

Feature
High precision, Durable, Robust construction

Lambert Switzerland Gear Hobbing Machine Trade Information

Minimum Order Quantity
1 Piece

Main Domestic Market
All India

About Lambert Switzerland Gear Hobbing Machine

Make - Lambert (Switzerland)

Model - No. 68

Max. Module - 2.5 module

Max. Gear Diameter - 200 mm

Max. Travel of Vertical Slide - 175 mm

Number of Teeth Cut - 4 to 600

Hob Speeds - 75 rpm to 470 rpm

- Complete with Change Gears, lots of accessories etc.

- A spare Hobbing Head is also available.

- Operating Manual of the Machine is available.

- Machine is in excellent working condition.

Video of The Machine -

https://youtu.be/OiJIwRTprco

Precision Engineered for Industrial Gear Production

Constructed in Switzerland, this gear hobbing machine is engineered for superior accuracy and durability. Its robust design yields reliable performance even with rigorous daily use, making it ideal for cutting gears and splines in various manufacturing environments.

Impressive Capacity for Diverse Applications

With the ability to cut up to 200 teeth and manage gear diameters up to 400 mm, this machine supports a broad range of gear production requirements. The manual chuck and semi-automatic operation strike a balance between precision control and operational efficiency.

Designed for Efficiency and Operator Comfort

An integrated coolant system, low noise output, and compact floor footprint enhance both productivity and operator comfort. The Lambert Switzerland Hobbing Machines power system and consistent output ensure high-quality gears with every cycle.

FAQs of Lambert Switzerland Gear Hobbing Machine:

Q: How does the Lambert Switzerland Gear Hobbing Machine operate?

A: This model uses a semi-automatic process, allowing manual loading and positioning of the workpiece while automating the gear cutting cycle. The manual chuck secures the gear blank, and integrated controls manage spindle and table speeds for efficient, precise hobbing.

Q: What types of gears can this machine produce?

A: It is designed for cutting gears and splines with up to 200 teeth and a maximum diameter of 400 mm. The machine is versatile and can accommodate various gear profiles and modules up to 6, making it suitable for both standard and specialized gear manufacturing.

Q: When is it beneficial to use this gear hobbing machine?

A: This machine is especially beneficial for medium- to large-scale production runs where consistent gear quality and high precision are essential. It accommodates industries that require reliable, repeatable gear fabrication, such as automotive or machinery sectors.

Q: Where can this machine be installed?

A: The unit requires approximately 4 m of floor space and operates on a 380 V power supply. Its low noise level and integrated coolant system make it suitable for installation in most industrial workshops or manufacturing plants.

Q: What is the process for changing workpieces or setting up new jobs?

A: Operators use the manual chuck for quick and secure clamping of new gear blanks. Table and spindle speeds are adjustable from 40 to 300 rpm and up to 15 rpm respectively, allowing easy setup for varied gear specifications with minimal downtime.

Q: How is the machine maintained for optimal performance?

A: Routine cleaning, periodic inspection of moving parts, and proper maintenance of the coolant system are recommended. Lubrication points and mechanical components should be checked according to the manufacturers guidelines to sustain precision and extend machine life.

Q: What are the key advantages of this gear hobbing machine?

A: Key benefits include high precision, robust construction, and durability. Its ability to deliver consistent gear quality, high productivity, and low operational noise make it an attractive investment for those seeking reliable gear manufacturing capabilities.

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