Universal Cylindrical Grinding Machine M1432B
Main Configuration
Price & Terms
Specifications
Basic feauturies
Capability
Grinding stone
Working table
Headstock
Tailstock
Engines and power supply
Spindle for internal grinding
Accuracy
Overall dimensions and weight
Peripherals
Digital Readout Unit (DRO)
Equipment
Description
Key Features of the M1432B Cylindrical Grinding Machine
Purpose and Scope of Application
The machine is designed for high-precision external and internal grinding of cylindrical, tapered, and face surfaces of parts made from hardened and unhardened steels, cast iron, and non-ferrous alloys. It is widely used in tool rooms, repair shops, and for the manufacturing and restoration of shafts, axles, bushings, rings, and other precision components.
High Precision and Structural Rigidity
The bed guideways feature a "dovetail" design and have undergone high-precision manual scraping. This ensures exceptional stability, system rigidity, and high machining accuracy (achieving a surface roughness of up to Ra 0.32 µm).Wide Technological Capabilities
The machine is equipped with a special internal grinding attachment featuring a high-speed spindle, enabling high-quality machining of internal holes with diameters ranging from 30 to 100 mm.Flexibility of Settings
The headstock can be rotated for grinding tapered surfaces, and the worktable also features an adjustable swivel angle for precise customization to a specific workpiece.Variety of Configurations for Different Tasks
The machine is available in several modifications with different distances between centers (1000, 1500, 2000, and 3000 mm). This allows users to select the optimal equipment for specific workpiece dimensions, supporting a maximum external grinding diameter of up to 320 mm and a center height of 180 mm.Ease of Use and Operational Safety
A classic, intuitive control system ensures safe operation. Depending on the configuration, manual, semi-automatic, or hydraulic control of the table's longitudinal feed is available, significantly enhancing operational efficiency.