WMW Modul 10 Module x 1250 mm Diameter Heavy Duty Gear Shaper Machine

Price 100000 INR/ Piece

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MOQ : 1 Piece

WMW Modul 10 Module x 1250 mm Diameter Heavy Duty Gear Shaper Machine Specification

Capacity
10 Module, 1250 mm Diameter

Used For
Gear Cutting and Shaping

Output
Hardened & Precision-Cut Gears

Condition
Used

Machine Type
Heavy Duty Gear Shaper Machine

Color
Grey

Feature
Heavy Duty Construction, High Precision, Large Diameter Capacity

WMW Modul 10 Module x 1250 mm Diameter Heavy Duty Gear Shaper Machine Trade Information

Minimum Order Quantity
1 Piece

Main Domestic Market
All India

About WMW Modul 10 Module x 1250 mm Diameter Heavy Duty Gear Shaper Machine

Make - WMW Modul (Germany)

Model - ZSTWZ 1000 x 10

Max. Module Capacity - 10 Modules

Max. Gear Diameter - 1250 mm

Max. Length of Stroke - 160 mm

Table Diameter - 900 mm

Stroke Rate - 45 strokes/min to 280 strokes/min

Height between Table Top to Machine Body - 320 mm

Distance from Cutter-Center to the Table-Center - 0 mm to 720 mm

Table Bore Diameter - 125 mm

- Motorised Rapid Travels in Table Rotation & Table Travels.

- Complete with Change Gears, Job Supports, Cutters, Adaptors etc.

- Operating Manuals, Electrical Drawings, etc. are available.

- Machine is in excellent working condition.

Video of the Machine -

https://youtu.be/UIrmNf-Tv14

Unmatched Heavy-Duty Performance

Designed to deliver consistent results on large gears, this machine features a table diameter of 1100 mm and accepts workpieces up to 1250 mm in diameter. Ideal for industrial-scale production, it can handle table loads up to 2500 kg, catering to the needs of the automotive, mining, and heavy machinery sectors.

Precision Cutting for Superior Gear Quality

With high-precision engineering and a stroke length of 265 mm, the WMW Gear Shaper produces hardened, precision-cut gears. This assurance of quality is crucial in applications where reliable gear performance is non-negotiable, supporting complex gear profiles and high-load requirements.

Versatile Applications and Robust Construction

Built with heavy-duty construction and a large diameter capacity, this gear shaper is well-suited for demanding environments. Its straight or taper shank compatibility and hydraulic/mechanical clamping provide adaptability for a variety of gear types and sizes, ensuring productivity across multiple industries.

FAQs of WMW Modul 10 Module x 1250 mm Diameter Heavy Duty Gear Shaper Machine:

Q: How does the WMW Modul 10 Gear Shaper accommodate different gear cutting needs?

A: This machine supports a maximum gear diameter of 1250 mm and up to 10 Module capacity, allowing it to tackle both standard and large-scale gears. Its variable stroke rate (20200 s/min) and compatibility with straight or taper shanks provide flexibility for a variety of gear profiles and sizes.

Q: What industries commonly use this heavy-duty gear shaper?

A: The WMW Modul 10 Gear Shaper is popular in the automotive, industrial machinery, heavy equipment, and mining sectors due to its robust construction and capacity for producing large, precision-cut gears.

Q: When should I choose this gear shaper over other gear-cutting machines?

A: Opt for this model when you require high-precision gear cutting for large-diameter gears, especially in demanding environments where heavy-duty construction, reliability, and versatility are essential.

Q: Where can the machine be installed and operated?

A: Due to its size, weight, and operational requirements, it is best suited for dedicated industrial workshops or manufacturing plants equipped with sufficient floor space, power supply, and lifting provisions for handling heavy workpieces.

Q: What is the process for operating the manual control system?

A: Operation involves manually setting up the gear blank, adjusting the stroke and speed to the required parameters (20200 s/min), and utilizing the hydraulic or mechanical clamping system to secure the workpiece before starting the cutting cycle.

Q: How does the machine benefit gear manufacturers?

A: Manufacturers benefit from its high material capacity, heavy-duty stability, and precision, which facilitate the mass production of large, high-quality gearsultimately reducing production downtime and improving output consistency.

Q: What maintenance practices are recommended for optimal performance?

A: Regular inspection and lubrication, ensuring the coolant system operates efficiently, checking the hydraulic and mechanical clamping for wear, and maintaining the main drive and table bearings will maximize lifespan and performance.

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