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DYNAMIC 12 Pc Mandrels Set | 7/16' (1.1 cm) Head | 1/8' (0.3 cm) Shank | 2' (5.1 cm) Length | Ideal for Rubber/Felt Tips | Cone & Bullet Shape Compatibility | Steel Construction

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$7.61

$ 3 .99 $3.99

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  • PREMIUM CONSTRUCTION: Each mandrel is crafted from durable steel and features a screw-threaded tip, ensuring a tight fit and prolonged tool life.
  • COMPREHENSIVE SET: The package comprises 12 steel mandrels, collectively weighing 1.3 ounces (36.9 grams), providing ample tools for sustained operations.
  • STANDARDIZED DIMENSIONS: At 2" (5.1 cm) in length, these mandrels are equipped with a universal 1/8" (0.3 cm) shank, ensuring compatibility with a variety of rotary tools.
  • OPTIMAL FOR SPECIFIC SHAPES: Especially tailored for rubber or felt tips, these mandrels excel when paired with cone or bullet-shaped heads, maximizing efficiency.
  • SECURE & USER-FRIENDLY: With an easy screw mechanism, these mandrels ensure your tools stay attached during intensive use, promoting safety and reliability.


DYNAMIC 12 Piece 7/16" (1.1 cm) Head Rubber Mandrels Set (TJ57-0032-12-86) – precision tools tailor-made for perfectionists. These compact mandrels, with their ideal size and form, are indispensable for professionals using specific rotary tool accessories like rubber polishers and felt buffers. Especially compatible with cone and bullet-shaped heads, they simplify the tool-changing process. Simply screw them into the accessory head of your choice and proceed with your buffing or polishing tasks. Constructed from resilient steel, each mandrel boasts a screw-threaded tip, ensuring a secure fit during operations. Within each package, you'll find 12 such meticulously crafted pieces that collectively weigh 1.3 ounces (36.9 grams). Each mandrel spans a length of 2" (5.1 cm) and is equipped with a standardized 1/8" (0.3 cm) shank. Beyond their technical specifics, these mandrels promise ease of use, swiftly screwing into the base of accessories and remaining firmly in place during operation, reducing tool downtime and enhancing workflow efficiency.