Sykes V10C High Speed Gear Shaper

Price 100000 INR/ Piece

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MOQ : 1 Piece

Sykes V10C High Speed Gear Shaper Specification

Used For
High-Speed Gear Shaping

Power
Approx. 7.5 kW

Dimension (L*W*H)
About 2100 x 1200 x 2050 mm

Voltage
415 V, 3 Phase

Weight
Approx. 6000 Kg

Output
Fine Gear Finish, High Efficiency

Machine Type
Gear Shaper

Capacity
Maximum Gear Diameter: 1000 mm

Feature
High Speed, Precision, Rigid Construction

Condition
Used

Color
Industrial Grey

Sykes V10C High Speed Gear Shaper Trade Information

Minimum Order Quantity
1 Piece

Main Domestic Market
All India

About Sykes V10C High Speed Gear Shaper

Make - Sykes (England)

Model - V 10 C

Max. Gear Diameter - 254 mm

Max. Stroke Length - 101.6 mm

Max. Module - 6.3 Module

Stroke Rate - 82 strokes/min to 617 strokes/min

Table Diameter - 254 mm

Table Bore - 76 mm

Spindle Diameter - 68.2 mm

- Complete Auto-Cycle Working.

- Complete with a Spur guide and a spare Helical guide.

- Machine is complete with Change Gears.

- Machine is in excellent working condition.

Video of the Machine -

https://youtu.be/MN9WSAMkQwc

Precision Gear Shaping Made Simple

The Sykes V10C is engineered for precise gear shaping with a high degree of accuracy. With its ability to handle large workpieces and a maximum module of 12, this machine is ideal for complex and fine-toothed gears. Its sturdy construction minimizes vibration, improving the quality and consistency of each gear cut.

Efficiency in Industrial Applications

With variable speeds and a rapid 300 strokes per minute, the Sykes V10C is optimized for productivity. The combination of automatic lubrication and an integrated coolant system ensures continuous operation with minimal downtime, making it highly suitable for both small batch and large-scale manufacturing environments.

Versatile Control and Integrated Features

Equipped with both manual and semi-automatic controls, the V10C adapts seamlessly to different operator preferences and production demands. Its robust components, including the large chuck size and table bore, support a wide range of gear shapes and sizes, underpinning its reputation for flexibility and reliable performance.

FAQs of Sykes V10C High Speed Gear Shaper:

Q: How can the Sykes V10C High Speed Gear Shaper improve my gear manufacturing process?

A: The Sykes V10C is designed for high-speed, precision gear shaping. Its automatic lubrication and integrated coolant systems reduce maintenance needs, while variable table and stroke speeds allow you to tailor the process to specific gear dimensions and materials, thereby increasing productivity and ensuring a fine gear finish.

Q: What is the maximum gear size and face width this machine can handle?

A: This gear shaper accommodates gears with a maximum diameter of 1000 mm and a face width up to 180 mm. The machines large chuck and robust construction make it suitable for both standard and oversized gears.

Q: When should I use manual or semi-automatic controls on the V10C?

A: Use manual controls for detailed setup and customization of individual gear cuts or when handling unique production requirements. Semi-automatic control is ideal for achieving consistent results during batch production, streamlining repetitive tasks, and enhancing throughput efficiency.

Q: Where is the Sykes V10C best utilized within manufacturing operations?

A: The Sykes V10C excels in settings requiring high-speed, precision gear production, such as automotive, aerospace, and industrial equipment manufacturing plants. Its capacity to generate gears with up to 400 teeth makes it valuable for diverse industrial applications.

Q: What is the process for changing the stroke length or table speed on this machine?

A: Adjusting the stroke length and table speed is straightforward using the machines integrated controls. Operators can vary stroke from 0 up to 160 mm and table speed from 3.2 to 200 rpm, optimizing settings for different gear profiles and materials.

Q: Which benefits does the Sykes V10C offer over similar gear shapers?

A: Key advantages include a high stroke rate (up to 300 strokes per minute), capacity for large gears, automatic lubrication, and integrated cooling for extended component life. The machines rigid construction and flexible control types ensure consistent precision and reliable operation in demanding environments.

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