About Kikinda Yugoslavia 584 mm Dia Internal Grinding Machine
Make - Kikinda (Yugoslavia) (License - Bryant (USA))
Model - Universal
Max. Swing Diameter of Job (without Guard) - 584 mm (23")
Max. Swing Diameter of Job (with Guard) - 406 mm (16")
Max. Table Travels - 508 mm (20")
Max. Grinding Stroke - 406 mm (16")
Work-Head Cross Slide Travels - 394 mm (15.5")
Max. Distance between Chuck & Spindle Support - 900 mm (35.5")
Internal Grinding Spindle Diameters - 100 mm (1st) and 70 mm (2nd)
Work-Head Swivel Angle - 0 degree to 90 degree
4-Jaw Chuck Diameter - 315 mm
Grinding Spindle Speeds - 10,200 rpm (approximately)
Work-Head Speeds - 50 rpm to 500 rpm (Continuously Variable)
Least Count of the Machine - 2 Microns (0.002 mm)
Weight of the Machine - 3.45 Tons (approximately)
- Lots of spare accessories including spindle, Chuck, Jaws, Quills etc.
- Lots of spare NEW Grinding Wheels of many different sizes.
- Complete with Coolant Tank and Pump.
- Operating Manual, Electrical Drawings, etc. are available.
- Machine is in excellent working condition.
Video of the Machine -
Engineered for Heavy-Duty PrecisionBuilt with a monolithic, vibration-damping structure and a heavyweight cast iron base, this internal grinding machine delivers consistent precision in grinding large, heavy components. Its robust construction ensures long-term durability while supporting high machining accuracy for industrial applications.
Versatile and Reliable OperationWith both manual and hydraulic feed systems, variable spindle speeds up to 1200 rpm, and options for hydraulic and manual chuck types, this machine is adaptable to a wide range of grinding requirements. The integrated coolant and centralized automatic lubrication keep performance high and maintenance low.
Designed for Industrial EnvironmentsThis universal model is suitable for exporters, importers, manufacturers, suppliers, and traders in India. Its job and spindle rotation options, coupled with a maximum swing diameter of 584 mm, make it ideal for precision internal grinding in heavy engineering sectors.
FAQ's of Kikinda Yugoslavia 584 mm Dia Internal Grinding Machine:
Q: How does the Kikinda 584 mm Internal Grinding Machine enhance precision for heavy-duty components?
A: The machine is built on a monolithic, vibration-damping cast iron structure that minimizes deflection during operation, ensuring high-precision grinding of large, heavy parts. Its advanced features, such as variable spindle speed and centralized lubrication, support consistent and accurate results.
Q: What types of internal grinding tasks can this machine handle?
A: This universal model is engineered for precision internal grinding of heavy and oversized components, accommodating internal bores as small as approximately 30 mm and providing a maximum swing diameter of 584 mm (23 inches). It suits industries such as automotive, aerospace, and heavy machinery.
Q: When should I use the hydraulic versus the manual feed or chuck options?
A: Hydraulic feed and chuck are ideal for repetitive, high-volume or heavy workloads requiring steady force and reduced operator fatigue. Manual options allow for more operator control during small-batch jobs or intricate workpieces needing special attention.
Q: Where is the Kikinda 584 mm Grinding Machine commonly supplied or used?
A: This industrial grinder is widely utilized by exporters, importers, manufacturers, suppliers, and traders in India. Its heavy-duty nature makes it suitable for workshops and factories engaged in fabricating or repairing large mechanical and engineering components.
Q: What is the process for maintaining the machine's performance?
A: The machine features a centralized automatic lubrication system to ensure all moving parts are properly oiled, reducing downtime and wear. Regular checks on the coolant system and mechanical alignments further sustain optimal performance.
Q: How does the integrated coolant system benefit the grinding operation?
A: The integrated coolant system efficiently manages heat generation during the grinding process, preventing workpiece distortion, enhancing surface finish, and extending both tool and machine life.