AFRA Drill Press, 13MM 550W, 440~2580rpm, 13mm Chuck, Mechanical Speed Adjustment, Powerful Induction Motor, Rack & Pinion For Accurate Table Height Adjustments, AFT-13-550DPRD, 1-Year Warranty

AFRA Drill Press, 13MM 550W, 440~2580rpm, 13mm Chuck, Mechanical Speed Adjustment, Powerful Induction Motor, Rack & Pinion For Accurate Table Height Adjustments, AFT-13-550DPRD, 1-Year Warranty BENCH DRILL AFT-13-550DPRD Specifications Rated Input Power Rated Voltage Rated Frequency Speed Range Max Chuck Capacity Spindle Travel Machine Height Net Weight Gross Weight Dimension Features S1 550W 230-240V~ 50Hz 440~2580rpm 13mm 60mm 870mm 27kg 29kg 705 x 485x260 1.Mechanical speed adjustment 2.Adjust the speed as needed with a simplemove of the lever and receive the same power and torque through the entire speed range. Powerful induction motor. Rack&pinion for accurate table height adjustments. “For optimal safety and performance, please read the user manual thoroughly before using this device” • Drill press with a powerful S1 550W induction motor for efficient drilling operations. • Mechanical speed adjustment feature allows for easy and precise speed control within the range of 440 to 2580 revolutions per minute (rpm). • 13mm chuck capacity accommodates various drill bit sizes for versatile drilling applications. • Spindle travel of 60mm enables drilling at different depths with accuracy and ease. • Rack and pinion mechanism for precise and reliable adjustments of the table height, ensuring optimal drilling alignment. • Sturdy construction with a machine height of 870mm for stability and durability during use. • Comes with a 1-year warranty, providing assurance of quality and reliability. • Net weight of 27kg and gross weight of 29kg for stability and portability. • Compact dimensions of 705 x 485 x 260mm make it suitable for use in workshops or garages with limited space. • Compact dimensions of 705 x 485 x 260mm make it suitable for use in workshops or garages with limited space. • Equipped with a user manual for ensuring optimal safety and performance.