Product Description
| Usage/Application |
Industrial
|
| Automation Grade |
Automatic
|
| Material |
Mild Steel
|
| Brand |
SISL
|
| Max Boring Depth |
405mm
|
| Weight |
2200kg
|
| Power Source |
Electric
|
| Motor Power |
2HP
|
| Voltage |
240V
|
| Boring Capacity |
250mm
|
| Size |
2050x1450 x2370 mm
|
This machine is used for fine boring of auto components normally welded sheet metal assemblies where high accuracy is required after welding
- This machine consists of two boring heads in front of each other which are driven by 2hp induction Motors each
- Feed of head achieved through hydraulic cylinders with micro adjustment .
- Inbuilt Automatic self lubrication system
- Proper clamping of component is attained through highly rigid hydraulic clamps
Engineered for Precision BoringThis fine boring machine is designed to deliver superior accuracy and surface finish in automotive and industrial component production. With a capacity ranging from 32 mm to 200 mm boring diameters and a maximum spindle speed of 1200 RPM, it combines flexibility with robust performance, supported by both 3-jaw and 4-jaw optional chucks.
Advanced Features for Consistent QualityEquipped with a centralized lubrication system and a reliable coolant mechanism, the machine maintains optimal operating conditions during prolonged use. Stepwise multiple feed rates and fine adjustment controls enable users to tailor the machining process to specific material properties and design requirements.
FAQs of Fine Boring Machine:
Q: How does the fine boring machine achieve high precision and surface finish?
A: The machine utilizes manual fine adjustment controls and multiple stepwise feed rates, coupled with a sturdy spindle supported by a MT5 taper, to minimize vibration and deflection during boring. The integrated coolant and centralized lubrication systems further ensure smooth cutting and enhanced surface finishes, achieving up to Ra 0.4 m.
Q: What materials can be processed with this fine boring machine?
A: This machine is capable of processing a range of workpiece materials, including cast iron and alloy steels, which makes it suitable for a variety of industrial and automotive applications.
Q: When is the use of the coolant and lubrication system recommended?
A: The coolant and centralized lubrication systems should be engaged during all machining operations to maintain optimal tool life and surface finish, especially when working with harder materials or longer production runs.
Q: Where can this machine be used effectively?
A: The fine boring machine is ideal for precision engineering workshops, automotive manufacturing units, and general industrial facilities where close-tolerance boring and consistent quality are required.
Q: What are the benefits of the optional 3-jaw and 4-jaw chucks?
A: The optional 3-jaw and 4-jaw chucks offer versatility in clamping different shapes and sizes of components, improving operational flexibility and enabling users to work with a variety of workpiece geometries.
Q: How is the boring process controlled?
A: The machine operates in a semi-automatic mode with manual intervention for fine adjustments. Operators can regulate feed rates, spindle speed, and table traverse to ensure precise and controlled boring operations.