About Bergonzi FS1000 45 mm Capacity Radial Drilling Machine
Make - Bergonzi (Italy)
Model - FS 1000
Drilling Capacity - 45 mm
Spindle Diameter - 70 mm
Arm Length - 1075 mm
Spindle Speeds - 60 rpm to 1350 rpm
Spindle Taper - MT 4
Spindle Feed Travel - 220 mm
Spindle Feed Travel Rates - 0.06 mm/rev to 0.22 mm/rev
Vertical Travel of Arm - 490 mm
Table Size - 760 mm x 500 mm
Clamping Type - Manual
- Complete with Vice, Angle Plate, & Coolant Pump.
- Machine is in excellent working condition.
Video of The Machine -
https://youtu.be/nZh2Pe4QvZQ?feature=shared
Exceptional Precision and DurabilityThe FS1000 is meticulously crafted from cast iron and steel for maximum durability. Its gear-driven spindle and heavy-duty structure provide high precision during drilling, making it ideal for demanding industrial tasks. The adjustable arm and solid base plate ensure consistent results and stability, even with large workpieces.
User-Friendly Operation and VersatilityDesigned for ease of use, the FS1000 integrates manual and motorized clamping, eight selectable spindle speeds, and an adjustable arm, allowing operators to tailor the drilling process to specific requirements. Its semi-automatic system offers a practical balance between manual control and automation, suitable for varied workshop environments.
Wide Application RangeWith a generous arm length of 1000 mm and a maximum drilling diameter of 45 mm, the FS1000 is suited for a wide array of metal drilling operations. Whether used in factories, tool rooms, or workshops, the machine accommodates large or complex workpieces, improving throughput and operational efficiency in industrial settings.
FAQs of Bergonzi FS1000 45 mm Capacity Radial Drilling Machine:
Q: How do I operate the Bergonzi FS1000 Radial Drilling Machine safely?
A: Start by securing your workpiece on the base plate (1200 x 800 mm) and ensure proper clamping, using either the manual or motorized options. Select the desired spindle speed from eight available settings (75 to 2040 rpm), and adjust the arm for the required drilling radius. Always wear safety gear and follow manufacturer guidelines to maintain safe operation.
Q: What materials can I drill with the FS1000 machine?
A: This machine is engineered for high-precision drilling on metal materials, including cast iron and steel. Its robust construction allows efficient processing of these metals, making it optimal for use in workshops, factories, and tool rooms involved in metalworking.
Q: When is the Bergonzi FS1000 most beneficial to use?
A: The FS1000 is most effective for heavy-duty drilling operations where precision and reliability are crucial. It excels during high-volume production runs or when working with large, complex workpieces that demand stable clamping and an adjustable arm for tailored positioning.
Q: Where is the Bergonzi FS1000 manufactured and supported?
A: This machine is proudly manufactured in Italy by Bergonzi, ensuring European quality standards. Support is available from authorized exporters, importers, manufacturers, suppliers, and traders specializing in industrial machinery.
Q: What is the process for adjusting the drilling arm and spindle?
A: To adjust the arm, use the control mechanism to set the required position within a drilling radius of 350 mm to 1000 mm. The spindle can be altered for speed using manual controls, while spindle travel is 270 mm, accommodating various depths and diameters to suit different job requirements.
Q: How does the FS1000 contribute to workshop productivity?
A: Its semi-automatic features, adjustable arm, and eight spindle speed options allow operators to efficiently handle diverse drilling tasks. The solid construction and motorized lifting enhance throughput, minimize downtime, and ensure consistent, high-quality results in demanding work environments.
Q: What are the energy requirements and benefits of the FS1000?
A: The machine operates at 415 V with a power rating of 3 kW and frequency of 50 Hz, powered by a 3 HP motor. Its efficient design delivers reliable performance and low noise, supporting long-term operation with reduced energy consumption and minimal interruptions.