Maag SH-75 Gear Shaping Machine

Price 100000 INR/ Piece

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MOQ : 1 Piece

Maag SH-75 Gear Shaping Machine Specification

Feature
High precision, Heavy duty construction, Robust performance

Voltage
380 V

Used For
Industrial Gear Cutting and Shaping

Power
15 kW

Capacity
Gear diameter up to 750 mm

Color
Industrial Blue

Weight
Approx. 7800 kg

Dimension (L*W*H)
3600 mm x 2400 mm x 2200 mm

Condition
Used

Machine Type
Gear Shaping Machine

Output
Single Piece Gear Shaping

Maag SH-75 Gear Shaping Machine Trade Information

Minimum Order Quantity
1 Piece

Main Domestic Market
All India

About Maag SH-75 Gear Shaping Machine

Make - Maag (Switzerland)

Model - SH 75

Max. Gear Diameter - 750 mm

Maximum Module - 10 Module

Max. Stroke of Cutter - 225 mm

Max. Gear Width - 200 mm

Stroke Rate - 23.5 strokes/min to 150 strokes/min

Min. / Max. No. of Teeth - 6 to 300

Max. Weight of Job - 800 kg

Minimum Gear Diameter - 30 mm

Table Diameter - 500 mm

- Complete with Change Gears, Coolant Pump, Tank etc.

- Operating Manual of the Machine is available.

- Machine is in excellent working condition.

Video of The Machine -

https://youtu.be/-JgpAw-kXEg

Heavy-Duty Gear Shaping Expertise

The Maag SH-75 is engineered for robust performance in industrial environments. Its strong construction ensures longevity and consistent operation, making it an ideal choice for precision gear shaping and cutting on a commercial scale. Operators benefit from its solid framework and large capacity, handling gears up to 750 mm with ease.

Efficient Manual Operation & Automation Features

Combining conventional manual controls with advanced automated systems, the SH-75 enables skilled machinists to tailor settings for various applications. The machines automatic centralized lubrication and integrated coolant systems improve both efficiency and component lifespan while supporting demanding production cycles.

Swiss Precision for Industrial Demands

Manufactured in Switzerland, the Maag SH-75 embodies fine engineering and quality. Designed to meet the rigorous requirements of gear exporters, manufacturers, and suppliers, it offers reliable precision, smooth performance, and excellent repeatability in gear production.

FAQs of Maag SH-75 Gear Shaping Machine:

Q: How does the Maag SH-75 Gear Shaping Machine ensure high precision in gear cutting?

A: The Maag SH-75 utilizes a solid, high-precision build and features such as centralized automatic lubrication, heavy-duty construction, and an integrated coolant system. These design elements minimize vibrations and wear, enabling smooth and accurate gear shaping even at varying speeds and feed rates.

Q: What types and sizes of gears can be processed on this machine?

A: This machine accommodates gears up to 750 mm in diameter, with a maximum module of 12 and up to 150 teeth per gear. Its table supports workpieces up to 250 mm in height, making it suitable for a wide range of industrial gear shaping tasks.

Q: When is manual or conventional control advantageous with the SH-75?

A: Manual/conventional control allows operators to make real-time adjustments for highly customized or prototype gear shaping runs. Its particularly useful when handling bespoke production requirements that demand the nuanced attention of an experienced machinist.

Q: Where is the Maag SH-75 commonly used?

A: The SH-75 is widely employed in gear manufacturing facilities, especially by exporters, importers, suppliers, and traders needing reliable machinery for industrial-scale gear production and shaping. Its Swiss origin ensures suitability for high-standard global operations.

Q: What is the typical gear shaping process using this machine?

A: The process involves mounting the gear blank, setting the stroke length and spindle speed (10200 rpm), then advancing the cutter using the feed rate (0.022 mm/rev). The integrated lubrication and coolant systems provide optimal cutting conditions, resulting in precise teeth formation.

Q: How does the integrated coolant and lubrication system benefit production?

A: The integrated coolant system keeps the cutting area at optimal temperatures, reducing tool wear and improving finish quality. The centralized automatic lubrication extends machine life, minimizes unplanned maintenance, and ensures consistent performance during long-running operations.

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