About Stanko Heavy Duty Slotting Machine
Make - Stanko (Russia)
Model - 7430
Max. Stroke Length - 570 mm
Table Diameter - 630 mm
Cross Travel of Table - 500 mm
Longitudinal Travel of Table - 700 mm
Feed Travel Rate (Infinitely Variable) - 0.1 mm/stroke to 2.5 mm/stroke
Weight - 6 tons (Approximately)
- Motorised Rapid & Feed Travels on Table Rotation, Cross & Longitudinal Travel.
- Head can be "Tilted" for Taper Slotting.
- Operating Manual of the machine is available.
- Machine is in excellent working condition.
Video link - https://youtu.be/vM-X8JDHteQ
Precision and PerformanceThe Stanko Heavy Duty Slotting Machine delivers exceptional accuracy (0.01 mm) and stability, accommodating large workpieces with its 630 mm table and 360 rotation. Its gear-driven horizontal spindle and adjustable ram allow for flexible and precise machining of keyways, grooves, and internal slots in a variety of industrial metals and alloys.
Engineered for DurabilityBuilt with a rigid cast iron frame and finished in anti-corrosive industrial paint, this machine withstands harsh environments and continuous operations. The robust design ensures minimal vibrations and long service life, complemented by an integrated cooling and lubrication system for optimal performance.
Enhanced Usability and SafetyOperators benefit from a semi-automatic control system with manual lever adjustments, ensuring user-friendly settings for different tasks. Key safety featuressuch as emergency stop and overload protectionmaximize workplace security and safeguard both the machine and its users.
FAQs of Stanko Heavy Duty Slotting Machine:
Q: How does the Stanko Heavy Duty Slotting Machine improve accuracy in slotting operations?
A: This machine achieves high accuracy (0.01 mm) through its precise gear-driven mechanism and robust cast iron construction. The adjustable ram and table with 360 rotation enable fine-tuned machining of grooves, keyways, and slots, ensuring each cut meets strict dimensional requirements.
Q: What materials can be processed using this slotting machine?
A: The machine is designed to work efficiently on mild steel (MS), cast iron (CI), hardened steel, and a wide range of alloy materials. Its heavy-duty construction and powerful 3.5 kW motor make it suitable for both standard and tough-to-machine metals.
Q: When is it most beneficial to use the Stanko Heavy Duty Slotting Machine?
A: This slotting machine excels in environments that require high-capacity operations, particularly in workshops and factories dealing with heavy or dense metal components. It is ideal for continuous slotting, keyway cutting, and machining internal grooves in industrial production settings.
Q: Where can this slotting machine be installed?
A: With a compact footprint of 1800 x 1000 x 2150 mm, the Stanko Heavy Duty Slotting Machine is suitable for installation in most industrial workshops and manufacturing floors requiring robust metalworking capabilities. Ensure proper power supply (415 V, 50 Hz) and adherence to safety standards during setup.
Q: What is the process for operating this semi-automatic slotting machine?
A: Operation involves manual adjustment of the control lever, selecting the ram stroke and table position according to the workpiece. The integrated coolant and automatic lubrication systems should be activated to maintain optimal performance and tool longevity during cutting operations.
Q: How do the included accessories and safety features benefit machine usage?
A: The machine is equipped with a powerful electric motor, coolant pump, electrical panel, and essential tool kit, streamlining setup and daily operation. Critical safety features, such as emergency stop and overload protection, help prevent accidents and protect both operators and equipment.
Q: What are the advantages of the Stanko Heavy Duty Slotting Machine compared to standard models?
A: Advantages include superior build quality for heavy duty operation, precision accuracy, extended table travel distances, comprehensive safety features, and integrated cooling and lubrication. These features combine to facilitate efficient, reliable, and safe machining for high-volume industrial needs.