Skoda SRM100 6200 mm Heavy Duty Lathe Machine

Price 100000 INR/ Piece

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Skoda SRM100 6200 mm Heavy Duty Lathe Machine Specification

Product Type
Heavy Duty Lathe Machine

Material
Heavy Duty Cast Iron

Cutting Thickness
Up to 60 mm (Material dependent)

Cutting Speed
Variable, up to 1200 RPM

CNC Or Not
No, Conventional

Automatic Grade
Manual

Control System
Manual

Max. Swing Diameter
1000 mm

Voltage
415 V, 3 Phase, 50 Hz

Weight (kg)
Approx. 12000 kg

Dimension (L*W*H)
Approx. 8500 x 1800 x 1900 mm

Capacity
Heavy Duty suitable for large workpieces

Feature
High rigidity, precision ground bed, centralized lubrication

Color
Sky Blue & White

About Skoda SRM100 6200 mm Heavy Duty Lathe Machine

Make - Skoda (Czech Republic)

Model - SRM 100

Center Height - 570 mm

Max. Length of Job - 6200 mm

Max. Job Diameter over Bed - 1140 mm

Max. Job Diameter over Cross-Slide - 750 mm

Chuck Diameter - 1000 mm

Bed Width - 950 mm

Spindle Speeds - 1.8 rpm to 400 rpm

Weight of the Machine - 15.5 Tons (Approximately)

- Complete with a Steady, Operating Manual & other accessories.

- With Motorized Rapid Travels of Carriage & Cross-Slide.

- Tool-Slide (Top Slide) also has powered Feed Travels.

- Feature of Automatic Taper Turning.

- Machine is in excellent working condition.

video link - https://youtu.be/CB1l48g3B5M

Superior Engineering for Large-Scale Jobs

The Skoda SRM100 is specifically designed for heavy-duty applications, supporting workpieces up to 6000 mm between centers and a maximum swing diameter of 1000 mm. Its robust construction and manual control system empower operators to manage a variety of tasks, from threading to bulk material removal, with consistent precision.

Precision and Reliability in Operation

Featuring a high-rigidity, precision-ground bed and centralized lubrication, the SRM100 guarantees both accuracy and machine longevity. Surface finish accuracy reaches up to 0.01 mm, making it suitable for projects where tight tolerances and smooth finishes are paramount.

FAQs of Skoda SRM100 6200 mm Heavy Duty Lathe Machine:

Q: How does the Skoda SRM100 accommodate large workpieces?

A: With a bed length of 6200 mm and a maximum distance of 6000 mm between centers, the Skoda SRM100 can securely support and machine exceptionally long or heavy workpieces, making it ideal for industrial-scale applications.

Q: What are the main benefits of using this heavy-duty lathe machine?

A: The key advantages include high rigidity for stable machining, superior precision with up to 0.01 mm surface finish accuracy, and a powerful 11 kW main motor. These features ensure the machine can handle heavy materials and deliver outstanding results.

Q: When is this manual lathe recommended over a CNC lathe?

A: This manual lathe is best suited for jobs requiring hands-on control, unique or custom one-off pieces, repairs, or applications where flexibility and direct human input are needed rather than automation.

Q: Where is the Skoda SRM100 manufactured and supplied from?

A: The Skoda SRM100 heavy-duty lathe is manufactured, exported, and supplied by recognized industry leaders based in the Czech Republic. It is available internationally through authorized importers and distributors.

Q: What is the process for operating this conventional lathe machine?

A: Operation involves manual setup and adjustment by a trained machinist, using hand wheels and levers for precise control of all axes, spindle speed, and feed rates. The machine is capable of both metric and inch threading, as well as various cutting and turning operations.

Q: How is surface accuracy maintained during prolonged use?

A: Centralized lubrication, a precision-ground bed, and rigid heavy-duty cast iron construction help minimize wear and vibration, ensuring the SRM100 maintains high surface finish accuracy and stable performance even in rigorous production environments.

Q: What safety and maintenance features does this lathe include?

A: The SRM100 features centralized lubrication for smoother operation and longer part life, robust cast iron construction for stability, and manual controls for operator awareness. Regular maintenance on lubrication points and inspection for wear are recommended to sustain optimal safety and productivity.

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