Sykes V10C Gear Shaper Machine

Price 100000 INR/ Piece

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MOQ : 1 Piece

Sykes V10C Gear Shaper Machine Specification

Output
High-precision gears

Machine Type
Gear Shaper Machine

Feature
Heavy-duty, high-accuracy, robust construction, versatile operation

Capacity
Maximum gear diameter: 1000 mm

Voltage
415 V, 3 Phase

Used For
High-precision internal and external gear cutting

Power
12 kW

Weight
Approximately 8,000 kg

Color
Grey / Green

Condition
Used

Dimension (L*W*H)
Approx. 2500mm x 1800mm x 2500mm

Sykes V10C Gear Shaper Machine Trade Information

Minimum Order Quantity
1 Piece

Main Domestic Market
All India

About Sykes V10C Gear Shaper Machine

Make - Sykes (England)

Model - V 10 C

Max. Gear Diameter - 254 mm

Max. Stroke Length - 110 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.

- Rapid Motorised Rotation of Table and of Cutter Spindle.

- Machine is complete with Change Gears.

- Machine is in excellent working condition.

Video of The Machine -

https://youtu.be/14rl6sA8rZ0

Robust Construction & Versatility

Built to handle heavy-duty gear shaping tasks, the Sykes V10C boasts a sturdy, precise design and can process both internal and external gears ranging from 1 to 16 module. Its capacity for workpieces up to 1000 mm in diameter and 265 mm in height ensures versatility for a wide variety of industrial applications.

Precision Engineering for High-Quality Output

Engineered for accuracy, the V10C utilizes a manual control system with fine, infinitely variable feed adjustments. It features automatic lubrication and a fitted coolant system, promoting consistent, high-quality gear production even during prolonged use.

Flexible Applications in Manufacturing

Whether used in a manufacturing plant, by a supplier, or an exporter, the Sykes V10C delivers high-precision gears for a wide range of sectors. Its robust dimensions, 12 kW motor, and conventional operation meet the demands of both contract production and bespoke gear fabrication.

FAQs of Sykes V10C Gear Shaper Machine:

Q: How does the Sykes V10C Gear Shaper Machine achieve high-precision gear cutting?

A: The machine employs accurate manual controls with infinitely variable feed and automatic lubrication, ensuring consistent cutting for both internal and external gears. Its robust construction reduces vibration, promoting exceptional precision during operation.

Q: What types of gears can be produced using the Sykes V10C?

A: This gear shaper is capable of producing both internal and external gears with module capacities ranging from 1 to 16. It accommodates workpieces up to 1000 mm in diameter, making it suitable for large-scale industrial gears.

Q: When is the optimal time to use the Sykes V10C for gear manufacturing?

A: The V10C is best utilized for projects requiring high-precision gear shaping, especially when machining large gears that demand consistent quality and robust performance over extended production cycles.

Q: Where can the Sykes V10C Gear Shaper Machine be effectively implemented?

A: This machine is ideal for use in manufacturing plants, gear production workshops, and factories that require the capability to produce heavy-duty gears for various industrial or export applications.

Q: What is the typical process for cutting gears on the Sykes V10C?

A: The workpiece is securely clamped on the table, and the gear shaping tool executes repeated cutting strokes, gradually forming the gear profile. Variable feeds and automatic lubrication ensure efficient, precise machining throughout the process.

Q: How does the automatic lubrication and coolant system benefit the user?

A: Automatic lubrication minimizes wear and tear on moving parts, extending machine life and maintaining cutting accuracy. The coolant system prevents overheating, ensuring stable performance during prolonged operations.

Q: What are the main benefits of choosing the Sykes V10C Gear Shaper Machine?

A: Users benefit from its heavy-duty construction, versatility, high accuracy, and robust design, all of which contribute to reliable, high-quality gear production. Its manual control system also provides flexibility and ease of operation for a wide range of gear sizes.

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