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Specification

के लिए इस्तेमाल किया गया
Cutting internal and external gears, splines, and spur gears

मशीन का प्रकार
Heavy Duty Gear Shaper Machine

क्षमता
Max. gear diameter: 1250 mm

पावर
Approx. 10 kW

रंग
Green

आयाम (एल* डब्ल्यू* एच)
Approx. 3200 x 2200 x 2700 mm

शर्त
Used

वोल्टेज
415 V

आउटपुट
High performance, continuous operation

वज़न
Approx. 7000 kg

फ़ीचर
Robust construction, precision machining, heavy duty design

Number of Strokes per Minute
20 - 160

Application
Automotive gears, heavy industrial gears, engineering works

Max. Module
12 module

Hydraulic System
Integrated for smooth operation

Feed Range
0.2 - 6 mm/rev

Main Motor
Powerful induction motor

Clamping Table Diameter
1000 mm

Stroke Length
160 mm

Noise Level
Standard industrial range

Max. Workpiece Height
350 mm

Control Type
Conventional (manual operation)

Trade Information

Minimum Order Quantity
1 टुकड़ा

मुख्य घरेलू बाज़ार

About

Make - Stanko (Russia)

Model - 5B161

Max. Module Capacity - 12 Modules

Max. Length of Stroke - 200 mm

Max. Diameter of Gear - 1250 mm

Table Diameter - 1010 mm

Stroke Rate - 33 strokes/min to 188 strokes/min

Height between Table Top to Machine Body - 735 mm

Distance from Cutter-Center to the Table-Center - 20 mm to 690 mm

Table Bore Diameter - 210 mm

Weight of the Machine - 11.7 tons (approximately)

- Motorised Rapid Travels in Spindle Rotation, Table Rotation & Table Travel.

- Complete with Change Gears, Leveling Pads etc.

- Machine is in excellent working condition.

Video of the Machine -

https://youtu.be/2U5oVQ22-O0

Heavy-Duty Gear Shaping for Industrial Applications

Engineered with robust construction and heavy-duty features, the Stanko 5B161 is designed to cut both internal and external gears, as well as spur gears and splines. Its high capacity and durable components make it ideal for continuous operation in automotive, engineering, and major industrial settings.

Precision Engineering and Versatility

Featuring a max. module of 12 and supporting large workpieces up to 1250 mm in diameter, the machine ensures accurate and repeatable gear shaping. The feed range of 0.2-6 mm/rev and adjustable stroke settings provide flexibility for complex or high-volume production requirements.

Simple Manual Operation with Integrated Hydraulics

The conventional control system offers manual operation, favored for its reliability in workshop environments. Coupled with an integrated hydraulic system, it allows for smoother movements, minimizing wear and maximizing the lifespan of critical components.

FAQ's of Stanko 5B161 Heavy Duty Gear Shaper Machine:

Q: How does the Stanko 5B161 Gear Shaper operate and what type of control does it use?

A: The Stanko 5B161 operates through manual, conventional controls, ensuring straightforward and reliable use. Its integrated hydraulic system supports smooth, precise shaping operations, making it suitable for a variety of gear-cutting tasks.

Q: What types of gears and components can this machine process?

A: This machine can cut internal and external gears, as well as splines and spur gears. Its heavy duty design supports a maximum gear diameter of 1250 mm and a maximum module of 12, accommodating both large and complex workpieces in automotive and industrial applications.

Q: When should I consider using a heavy-duty gear shaper like the Stanko 5B161?

A: You should use this machine when you need to produce large, precisely shaped gears for applications that demand durability, such as automotive gearboxes, heavy industrial machinery, and engineering equipment. Its robust performance is ideal for continuous, demanding production environments.

Q: Where is the Stanko 5B161 most effectively utilized?

A: This gear shaper excels in settings like automotive manufacturing, heavy engineering industries, and specialized gear cutting workshops where high performance, precision, and the ability to handle large workpieces are required.

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

A: The gear blank is clamped onto the 1000 mm diameter table. The operator sets the module, feed range, and stroke as needed. Using conventional controls, the induction motor and hydraulic system drive the shaping tool, which forms the required gear teeth profile through reciprocating motion.

Q: What benefits does the Stanko 5B161 offer for gear manufacturing?

A: Its robust build, high output, and ability to maintain precision on large gears lead to minimal downtime and low maintenance. The integrated hydraulics ensure smoother operations, while the manual controls provide the reliability and flexibility needed for diverse batch sizes.

Q: How does the machine's noise level compare to standard equipment?

A: The Stanko 5B161 operates within the standard industrial noise range, making it suitable for typical workshop environments without requiring additional soundproofing measures.

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