TOS FO-8 Gear Hobbing Machine

Price 100000 INR/ Piece

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MOQ : 1 Piece

TOS FO-8 Gear Hobbing Machine Specification

Color
Industrial grey

Dimension (L*W*H)
2100 mm x 1300 mm x 1700 mm

Machine Type
Gear Hobbing Machine

Power
7.5 kW

Condition
Used

Voltage
400 V

Feature
Heavy-duty design, manual controls, precise gear cutting

Used For
Cutting and shaping gears

Weight
Approx. 3,800 kg

Capacity
Gear diameter up to 800 mm

Output
High precision gear finishing

TOS FO-8 Gear Hobbing Machine Trade Information

Minimum Order Quantity
1 Piece

Main Domestic Market
All India

About TOS FO-8 Gear Hobbing Machine

Make - TOS (Czech Republic)

Model - FO-8

Max. Module - 8 Modules

Max. Gear Diameter - 800 mm

Max. Gear Diameter (with Tail-Stock) - 600 mm

Vertical Travel of Hobbing Head - 350 mm

Table Diameter - 420 mm

Hob Speeds - 15 rpm to 190 rpm

Max. Cutter Size - Diameter 120 mm x 130 mm Length

- Complete with Change Gears, Arbours & Mandrels.

- Complete with Job Supports & other accessories.

- Operating Manual and Electrical Drawings are available.

- Machine is in excellent working condition.

Video of The Machine -

https://youtu.be/zNKf1j1EqK0

Heavy-Duty Construction for Lasting Performance

With its cast iron bed and robust design, the TOS FO-8 Gear Hobbing Machine is built to handle demanding industrial environments. The machines heavy-duty frame delivers excellent vibration resistance, ensuring stability during operation. Its reliability supports continuous use, making it an excellent investment for facilities involved in high-precision gear production and finishing.

Precise Manual Gear Cutting and Shaping

Featuring manual, mechanical controls, the FO-8 offers machinists direct command over the gear hobbing process. Its 2-axis control, table rotation, and hob spindle movement ensure precise gear shapes and surface finishes. The integrated coolant system enhances cutting efficiency and helps maintain tight tolerances, meeting the needs of companies requiring accurate gearing solutions.

FAQs of TOS FO-8 Gear Hobbing Machine:

Q: How does the TOS FO-8 Gear Hobbing Machine operate for gear cutting?

A: The FO-8 functions manually, using a mechanical control system and two operational axes: table rotation and hob spindle movement. The operator mounts the workpiece and hob, adjusts the required speeds within the 40320 RPM range, and manages the process to shape gears precisely according to specifications.

Q: What types of workpieces can this machine accommodate?

A: This gear hobbing machine can handle workpieces up to 850 mm in length and gear diameters up to 800 mm. Its hob diameter capacity is 160 mm, with hob lengths up to 180 mm, making it suitable for medium to large-sized gears across a range of applications.

Q: When is it beneficial to use a manual mechanical control system over CNC?

A: Manual, mechanical controls are ideal for workshops valuing direct operator oversight and adjustments during gear cutting. They are particularly useful for custom or low-volume runs, as they eliminate complex programming, resulting in quicker setup for individual tasks and easier maintenance.

Q: Where is the TOS FO-8 Gear Hobbing Machine most effectively utilized?

A: The machine finds its best application in industrial settingssuch as gear manufacturing plants, mechanical workshops, and repair facilitiesrequiring high-precision gear shaping and finishing. Its industrial-grade specifications and floor-mounted build suit heavy-duty gear production environments.

Q: What process does the FO-8 follow for hobbing gears?

A: The gear hobbing process involves mounting the gear blank and hob, engaging the desired module range (18), and synchronizing the table rotation with hob movement. The integrated coolant system reduces heat and wear during cutting, promoting a high-quality surface finish and accuracy.

Q: How does the integrated coolant system benefit operation?

A: The built-in coolant system reduces heat at the cutting zone, prolongs tool life, and ensures cleaner, more accurate cuts. This not only enhances the finish quality of each gear but also improves the machines overall efficiency during extended use.

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