Makita – DFR552Z – 18V LXT AUTO FEED SCREWDRIVER

Original price was: $634.80.Current price is: $599.00. incl GST

Buy Two Skins and Get a FREE 18V LXT 5.0Ah Battery! Valid from 1/04/25 to 31/05/25. T&C’s apply

2 in stock (can be backordered)

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Makita – DFR552Z – 18V LXT AUTO FEED SCREWDRIVER

 

The Makita 18V LXT® Brushless 4,500 RPM Autofeed Screwdriver (DFR552Z) offers a powerful, cordless solution for various fastening applications. With a compact design, high capacity, and advanced technology, this tool is ideal for professional use in demanding environments.

Key Features

  • Brushless Motor: Delivers superior fastening speed (0-4,500 RPM) and efficiently matches torque and RPM to the application demands.
  • High Capacity: Can drive up to 2,670 screws with Push Drive™ Mode on and 960 screws with Push Drive™ Mode off using a fully charged 18V LXT® 5.0Ah battery (sold separately).
  • Push Drive™ Technology: Allows the tool to stay in lock-on mode, starting the motor only when the fastener engages, resulting in longer run time and reduced motor noise.
  • XPT (Extreme Protection Technology): Protects internal components from dust and water ingress, ensuring durability and longer life even in harsh commercial jobsite conditions.
  • Autofeed Housing: Designed with a screwless one-touch hook for effortless attachment and removal.

Applications

  • Fiber cement
  • Drywall
  • Decking
  • Timber framing
  • Steel framing

Specifications

  • Motor Type: Brushless
  • Max Speed: 0-4,500 RPM
  • Capacity: Up to 2,670 screws with Push Drive™ Mode on, 960 screws with Push Drive™ Mode off (with 18V LXT® 5.0Ah battery)
  • Protection: XPT (Extreme Protection Technology)
  • Autofeed Technology: Push Drive™ Technology
  • Battery Compatibility: 18V LXT® (battery sold separately)
  • Weight: Lightweight and compact design

Note: The DFR552Z is designed for professionals requiring a durable and efficient tool for various fastening tasks, providing long run times, high performance, and superior protection in tough jobsite conditions.