About Multi Spindle Drilling And Multi Spindle Tapping Gang Machine
On common fabricated type of base frame there are two verticals of automatic drilling machine with multi spindle head and another pitch controlled tapping machine with multi spindle head. A single operator can operate this machine effectively and with fully comfort during operations. First, an operating crew can load component at drilling station and after completion of multiple drills in a single stroke the same component to be loaded at tapping station. During multi spindle tapping operation an operator can load another component at drilling station and follow continuously the same cycle of operations. Advantage of using such gang type multi spindles drill/tap machine is that saving in labor cost, multi holes can be drilled and tapped in a single stroke, high production and consistent quality delivery.
Customizable Spindle SolutionsChoose between 2, 3, or 4 spindles to suit your production demands, with adjustable spindle centers ensuring compatibility with various component layouts. The spindle travel of 100 mm is standard but can be tailored based on your requirements, making this machine adaptable for different applications.
Robust Construction and Reliable PerformanceThe machine's heavy-duty cast iron body and ground, hardened alloy steel main shafts deliver durability and minimal vibration, even during intensive operations. Step pulley drives provide variable spindle speeds, supporting a wide range of drilling and tapping specifications across metal, plastic, or alloy materials.
User-Friendly Operation and MaintenanceFeaturing manual X & Y axis table movement and optional centralized lubrication, this gang machine is designed for simple operation, flexible clamping with a T-Slot table, and easy tool changes. Safety features, including spindle guards and overload protection, enhance operational security for users.
FAQ's of Multi Spindle Drilling And Multi Spindle Tapping Gang Machine:
Q: How is the number of spindles on the machine determined or customized?
A: You can select from 2, 3, or 4 spindles based on your specific production needs. The machine is customizable, and our team will assist you in selecting the optimal spindle configuration for your components and workflow.
Q: What materials can be machined with the Multi Spindle Drilling and Tapping Machine?
A: This machine is suitable for a diverse range of materials including metals, plastics, and alloy parts. Its adjustable spindle speeds and robust build allow it to effectively process components made from steel, aluminum, brass, and other industrial materials.
Q: Where is the machine typically installed, and what is the installation process?
A: The machine is floor-mounted and comes with on-site installation and training support across India. Our experts will handle set-up, alignment, and basic training to ensure that your team is fully comfortable operating the equipment.
Q: What safety measures are incorporated in this machine?
A: Safety is prioritized with spindle guards and overload protection features. Operators are further protected by robust construction, while the T-Slot table allows secure clamping of workpieces to prevent movement during operation.
Q: What are the main benefits of using this gang drilling and tapping machine?
A: Key benefits include higher productivity through simultaneous multi-spindle operation, improved accuracy due to rigid construction, flexible setup with adjustable spindle centers, and reduced downtime thanks to easy tool change features. It is ideal for mass production.
Q: How is spindle speed adjusted, and what are the range and options available?
A: The spindle speed is adjusted using a step pulley system, offering variable speeds between 300 and 1800 RPM. This range provides flexibility for different drilling and tapping requirements.
Q: When should you opt for optional features like centralized lubrication or coolant system?
A: Optional features like a centralized lubrication system or a separate coolant tank with pump are beneficial in high-volume or continuous operation environments, helping to maintain machine performance, reduce wear, and extend component life.