About Skoda Czech 3000 mm Length Heavy Duty Lathe Machine
Make - Skoda (Czech Republic)
Model - S-500 M1
Center Height - 525 mm
Max. Length of Job - 3000 mm
Max. Job Diameter over Bed - 1050 mm
Max. Job Diameter over Cross-Slide - 740 mm
Chuck Diameter - 1065 mm
Bed Width - 995 mm
Spindle Speeds - 0.71 rpm to 140 rpm
Weight of the Machine - 16 Tons (Approximately)
- Complete with Job Steady.
- With Motorized Rapid Travels of Carriage, Cross-Slide & Tool-Slide.
- Tool-Slide (Top Slide) also has powered Feed Travels.
- Machine is in excellent working condition.
Video of The Machine -
https://youtu.be/3HG-OVggI2Y
Robust Construction for Heavy Industrial UseBuilt with industrial grey cast iron and steel, the Skoda Czech heavy duty lathe machine is designed to withstand rigorous industrial demands. Its robust architecture promises long-term stability and high precision, making it suitable for heavy-duty turning tasks and challenging environments.
Precision-Engineered PerformanceWith an impressive spindle speed range of 20 to 1000 RPM and a maximum swing diameter of 800 mm, this lathe offers versatility for various turning needs. The four-way tool post enables efficient tool changes, while manual controls provide fine-tuned accuracy for each job.
High Capacity and Versatile ApplicationSupporting a bed length of 3000 mm and a distance between centers of 2500 mm, the machine accommodates sizable workpieces with ease. Its cutting thickness up to 25 mm makes it ideal for a wide array of heavy industrial turning, from manufacturing components to large-scale repairs.
FAQ's of Skoda Czech 3000 mm Length Heavy Duty Lathe Machine:
Q: How do I operate the Skoda Czech 3000 mm heavy duty lathe machine for best results?
A: To achieve optimal results, ensure the machine is securely installed on a stable surface and connected to a three-phase 415V power source. Set the desired spindle speed (20-1000 RPM) according to the material and operation. Use the manual control system for precise adjustments, and regularly maintain the tool post and lead screw to ensure accuracy.
Q: What materials can be machined with this lathe machine?
A: The lathe is ideal for working on cast iron and steel, supporting heavy industrial applications. Its robust construction and high cutting thickness (up to 25 mm) allow for efficient turning of large and hard materials, making it suitable for fabrication, repair shops, and manufacturing plants.
Q: When is it appropriate to use this heavy duty lathe over a CNC lathe?
A: Choose this manual lathe when precision hand-operation, versatility, and cost-effectiveness are required, especially for unique, irregular, or one-off jobs. For long production runs requiring automation or complex geometries, a CNC lathe may be preferable.
Q: Where can this lathe machine be installed for effective performance?
A: Install the machine in spacious, well-ventilated industrial settings with a stable foundation. Ensure availability of adequate three-phase power supply (7 kW, 415V) and space for moving large workpieces (machine dimensions: 3000 mm x 1100 mm x 1450 mm).
Q: What is the process of changing spindle speed or tool post settings?
A: To change the spindle speed, use the manual control levers provided on the headstock, selecting the appropriate RPM for your material. The four-way tool post allows for quick tool swaps-simply unlock, rotate to the desired tool, and secure before resuming operation.
Q: What are the key benefits of using the Skoda Czech heavy duty lathe?
A: This lathe boasts high capacity, robust construction, and excellent precision, making it ideal for heavy, continuous use. Its versatility, manual control for customization, and durable build contribute to cost savings and dependable, long-term service.
Q: How does the machine ensure high precision during heavy machining operations?
A: The rigid cast iron and steel construction minimizes vibrations, while the lead screw with 6 mm pitch ensures smooth and accurate feed movement. Regular maintenance of the manual tool post and tailstock also preserves machining accuracy over time.