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| SPECIFICATIONS | BXW6036B | BXW6036A | BXW6136 |
|---|---|---|---|
| Spindle Taper | ISO50 (H) | ISO50 (H) | ISO40 (V) |
| Distance from Spindle to Table (mm) | 0 – 400 | 0 – 400 | 30 – 510 |
| Spindle Speed Range (rpm) | 60 – 1700 | 60 – 1700 | 60 – 1700 |
| Table Size (mm) | 1250 × 360 | 1370 / 1250 × 360 | 1000 × 360 |
| Table Travel (X / Y / Z) mm | 1000 / 320 / 450 | 650 / 320 / 400 | 1000 / 300 / 320 |
| Rapid Feed (X / Y) mm/min | 1080 | 1080 | 1320 |
| Rapid Feed (Z) mm/min | 540 | 540 | 1200 |
| Main Motor Power | 4 kW | 4 kW | 4 kW |
| Max Workpiece Weight (kg) | 400 | 400 | — |
| T-Slots (No. / Width / Distance) | 3 / 18 mm / 80 mm | 3 / 18 mm / 80 mm | 3 / 18 mm / 70 mm |
| Overall Dimensions (L × W × H) mm | 2220 × 1730 × 1880 | 1850 × 1730 × 1880 | — |
| Net / Gross Weight (kg) | 2500 / 2600 | 2100 / 2300 | 2650 / 2500 |
A universal milling machine is a versatile machine tool used for milling, drilling, slotting, and cutting operations on various materials such as metals, plastics, and alloys. It is similar to a horizontal milling machine but includes a swiveling table that can be rotated at different angles. This feature allows the machine to perform complex operations like angular, helical, and spiral milling, making it suitable for both general and specialized machining work.
Spindle: A rotating shaft that holds and drives the cutting tool.
Overarm: A horizontal support that holds the arbor and increases machine rigidity.
Arbor: A shaft attached to the spindle that supports milling cutters.
Swiveling Table: A table that can be rotated to different angles for angular and helical milling operations.
Column: The main vertical structure that supports the spindle and other machine parts.
Knee: A vertically adjustable component that moves the table up or down to control depth of cut.
Saddle: Located between the knee and table, allowing longitudinal movement.
Control Panel: Used to control spindle speed, feed rate, and machine operations.
Power Feed: An automatic mechanism that moves the table along different axes for smooth machining.
The workpiece is securely clamped on the swiveling table using vises or fixtures. The required cutter is mounted on the arbor, and suitable spindle speed and feed rate are selected. During operation, the cutter rotates while the table moves the workpiece against it. Material is removed gradually to obtain the desired shape or surface. The swiveling table enables machining of angular and helical surfaces with high accuracy.
• Gear cutting operations
• Angular and helical milling
• Tool and die manufacturing
• General machining of slots, keyways, and flat surfaces
• Training and educational purposes
• High versatility in machining operations
• Accurate and precise machining
• Flexibility due to swiveling table
• Suitable for complex and angular components
• Efficient for small and medium-scale production