Miniature Tight Space Countersink Cage

Brown Aviation Tool | Miniature Tight Space Countersink Cage | BAT-CC362 | Miniature Tight Space Countersink Cage

The Brown Aviation Tool Miniature Tight Space Countersink Cage is a must-have tool for any job that requires countersinking in tight spaces. This cage has a 1/4-28 threaded shank for use with a threaded drill motor, and it accepts threaded countersink cutters up to 1/2" in diameter. The cage is rated at 3,000 RPM and is only 1.65" long, making it the perfect tool for getting into those hard-to-reach places.

Key Features

  • 1/4-28 threaded shank for use with a threaded drill motor
  • Accepts threaded countersink cutters up to 1/2" in diameter
  • Rated at 3,000 RPM
  • Only 1.65" long

Applications

The Brown Aviation Tool Miniature Tight Space Countersink Cage is ideal for use in tight spaces, such as:

  • Aircraft maintenance
  • Marine applications
  • Automotive repair
  • Industrial maintenance

Benefits

The Brown Aviation Tool Miniature Tight Space Countersink Cage offers a number of benefits, including:

  • Increased productivity: The cage allows you to quickly and easily countersink in tight spaces, which can save you time and money.
  • Improved accuracy: The cage helps to ensure that you get a precise countersink, which can improve the overall quality of your work.
  • Reduced risk of damage: The cage helps to protect your drill motor and countersink cutters from damage, which can save you money in the long run.

If you need a tool that can help you get the job done quickly, accurately, and safely, then the Brown Aviation Tool Miniature Tight Space Countersink Cage is the perfect choice for you.

To learn more about the Brown Aviation Tool Miniature Tight Space Countersink Cage, please visit our website or contact us today.

  • Model: 117673
  • Manufacturers Part #: BAT-CC362
  • Manufactured by: Brown Aviation Tool
  • Also Known As: BATCC362

Only 5 left in stock - order soon

$39.74

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This product was added to our catalog on Monday 27 December, 2010.