The X-Slide Auto-Feed Attachment is a precision machine-tool accessory designed to provide automatic longitudinal feed movement along the X-axis during machining operations. It helps maintain a consistent feed rate, improves machining accuracy, and reduces manual operator effort.
- Precision-engineered X-Slide Auto-Feed Attachment
- Automatic X-axis feed movement
- Consistent and controlled feed rate
- Reduces manual operating effort
- Rigid and durable construction
- Smooth and stable slide movement
- Adjustable feed control (Model Dependent)
- Suitable for continuous machining operations
- Easy to operate and maintain
- Designed for improved machining productivity
- Automatic longitudinal feeding
- Milling operations
- Surface machining
- Slot milling
- Drilling operations
- Production machining
- Machine-tool automation
- General engineering applications
- Provides consistent automatic feed
- Improves machining accuracy and repeatability
- Reduces operator fatigue
- Helps achieve uniform surface finish
- Reduces manual feed errors
- Improves machining productivity
- Saves machining time
- Suitable for repetitive machining operations
| Name | X SLIDE AUTO-FEED ATTACHMENT |
| Product Type | X-Slide Auto-Feed Attachment |
| Feed Direction | X-Axis |
| Feed Rate | Model Dependent |
| Maximum Travel | Model Dependent |
| Drive Type | Motorized / Automatic (Model Dependent) |
| Motor Power | Model Dependent |
| Voltage | Model Dependent |
| Speed Control | Adjustable (Model Dependent) |
| Mounting | Model Dependent |
| Usage | Industrial & Workshop Applications |
| Approx weight | 4 |
The Banka X-Slide Auto-Feed Attachment is widely used for providing automatic and controlled X-axis movement during milling, surface machining, slotting, drilling, and other repetitive machining operations. It is an ideal machine accessory for milling machines, drilling machines, machine shops, production workshops, tool rooms, fabrication units, and precision engineering facilities, where consistent feed rate, improved accuracy, uniform surface finish, reduced operator effort, and increased machining productivity are essential.
