EZARC Japanese Tooth Oscillating Saw Blade, 5 PCS Arc Edge Oscillating Multitool Blades Clean Cut for Wood, Plastic

Japanese Tooth Oscillating Saw Blades, 5-Piece Short Arc-Edge Wood Cutting Set – EZARC 801612

2-11/16 inch / Extra Long Set 10pcs
$74.97
Sale price  $74.97 Regular price 
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EZARC Japanese Tooth Oscillating Saw Blade, 5 PCS Arc Edge Oscillating Multitool Blades Clean Cut for Wood, Plastic

Japanese Tooth Oscillating Saw Blades, 5-Piece Short Arc-Edge Wood Cutting Set – EZARC 801612

$74.97
Sale price  $74.97 Regular price 
Size
Style

Japanese tooth oscillating saw blades combine a curved cutting edge with triple-ground teeth for clean woodworking cuts and less vibration. This five-piece EZARC 801612 short-blade set uses chromium vanadium steel and a double-row tooth layout to reduce jamming during plunge, recess and flush-cut work in wood or plastic.

The universal interface fits many oscillating tools from Fein, Ryobi, Milwaukee, Rockwell, Black+Decker, Porter-Cable and Craftsman. It is not compatible with the Starlock interface. The compact five-blade pack suits installers, cabinet work and repairs where a controlled cut surface matters, while the included adapter directions support the listed quick-change tool setup.

Specifications

  • Brand: EZARC
  • Model: 801612
  • Quantity: 5 blades
  • Style: Short
  • Material: Chromium vanadium steel
  • Color: Black
  • Edge: Curved arc design
  • Teeth: Triple-ground, double-row Japanese teeth
  • Applications: Wood and plastic
  • Interface: Universal oscillating-tool interface
  • Limitation: Not compatible with Starlock
  • Set weight: 120 g

Frequently Asked Questions

What materials can the EZARC 801612 blades cut?

The five short blades are intended for clean cutting in wood and plastic.

Do these blades fit Starlock tools?

No. The EZARC Japanese tooth blades are not compatible with the Starlock interface.

What does the curved edge change during a cut?

The arc edge maintains useful cutting angles through oscillation and is designed to reduce vibration for greater stability.

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