About SASS Vertical Jig Boring Machine
To convince and fulfill the diverse requirements of our prestigious clients, we are engrossed in offering an excellent quality Vertical Jig Boring Machine. It is manufactured using top grade materials and advanced technology under the guidance of our team. It is used to accurately enlarge existing holes and make their diameters highly accurate. This is used for holes that need to have diameter and total run out controlled to a high degree. To fulfill the changing requirements of our customers, we offer this Vertical Jig Boring Machine at market leading prices.
Features:
- Easy to operate
- Provides non-interrupted performance for long time
- Strong construction
- Make - SASS (Italy)
- Spindle Diameter - 85 mm
- Table Size - 1000 mm x 1000 mm
- Distance between Columns - 1700 mm
- X Travel - 1000 mm
- Y Travel - 1000 mm
- Z Travel - 1000 mm
- Spindle Feed - 370 mm
- RPM - 32 to 1485 rpm
- Drilling cut feed - 0.09 mm to 1.5 mm
- Weight - 7.5 Tons (approx)
- - complete NEW electricals with all components of L&T
- - machine is in excellent condition , all functions can be tested under power.
- - Electric Manuals available with machine.
- The panel has been designed for automatic working of X-Axis (Table) & Y-Axis DC motors. The machine can even automatically drill holes of required depth along any axis.
- This machine can work as a Plano Miller, Drilling Machine, Boring Machine & Grinding machine.
Exceptional Precision for Demanding ApplicationsEngineered for high-accuracy boring and drilling, the SASS Vertical Jig Boring Machine features fine and coarse adjustable feed, enabling precise control over cutting operations. The machines robust design and stable structure permit reliable machining of intricate parts, making it suitable for tool rooms, manufacturing plants, and engineering workshops.
Versatile Machining CapabilityWith a spacious table and substantial travel distances on X, Y, and Z axes, this machine efficiently handles various complex tasks. Its manual mechanical controls provide tactile feedback and adjustability, allowing operators to perform both delicate and heavy-duty operations as required for specialized projects.
FAQs of SASS Vertical Jig Boring Machine:
Q: How does the SASS Vertical Jig Boring Machine ensure high-precision machining?
A: This machine combines a rigid structure, vertical spindle movement, and adjustable fine/coarse feeds to achieve meticulous accuracy during drilling and boring processes, supporting critical manufacturing needs.
Q: What types of materials and components can be processed using this machine?
A: The SASS Vertical Jig Boring Machine is designed to process a variety of metals and hard materials, making it suitable for producing high-precision components such as machine parts, fixtures, molds, and dies.
Q: When is manual mechanical control beneficial during machining tasks?
A: Manual controls allow experienced operators to fine-tune machining operations, which is especially beneficial for custom or complex jobs requiring precise handling and adaptability without relying on automation.
Q: Where can this vertical jig boring machine be installed for optimal use?
A: It is ideal for installation in industrial settings such as tool rooms, production facilities, and engineering workshops where high-precision machining is a regular requirement.
Q: What is the process for adjusting feed and spindle speed on this machine?
A: Operators can manually select between fine and coarse feed settings and adjust the spindle speed within a range of 50 to 1600 RPM, using mechanical controls for optimal machining quality and efficiency.
Q: How does the machines robust construction benefit long-term usage?
A: The sturdy build and reliable components reduce vibration, maintain alignment, and resist wear, ensuring sustained accuracy and extended service life even under demanding production conditions.
Q: What are the advantages of using this machine for high-precision applications?
A: Its vertical spindle, substantial table capacity, and versatile control options enable precision in intricate machining tasks, leading to better part quality, reduced errors, and improved overall productivity.