SPECIFICATIONS

 

Blade Material: Other

 

Blade Type: Multifunctional Saw Blade

Brand Name: Toorise

Certification: CE

Hign-concerned Chemical: None

Model Number: 200038561

Number of Pcs: 10 Pcs

Origin: Mainland China

Use: Home DIY

Detailed description:
Product Name: Japanese Tooth Oscillating Saw Blades
Material: High Carbon Steel
Color: Black
Size: tooth width: 31MM, 34MM
Cutting depth: 40MM, 68MM

Parts List:
5×34mm Arc-Shaped Japanese Precision Tooth Saw Blades 5×31mm Arc-Shaped Super Long Japanese Precision Tooth Saw Blades 3×Different Spacers
OR
8×34mm Arc-Shaped Japanese Precision Tooth Saw Blades 3×Different Spacers
OR
8×31mm Arc-Shaped Super Long Japanese Precision Tooth Saw Blades 3×Different Spacers

Highlight description:
[Triple Ground Japanese Teeth] With curved design and special smooth cutting benefits of triple-ground Japanese teeth, the saw blades provide clean surface for woodworking projects. 

[Curved Edge Design] Our oscillating multitool blade adopts curved edge, which can make sure the good cutting angle during the entire oscillation, improving efficiency and accuracy. The design can reduce vibration and increases stability in use.

[Compatibility] Our oscillating saw blades with universal interface system are compatible with most brands of rotary tools on the market. Note: Not recommended for many brands star lock interface systems.

[High Speed Cutting] Double rows of Japanese saw tooth reduce paper jams and can get fast cutting. This oscillating saw blades set can achieve high speed cutting. 

[Wide Application] Our oscillating saw blades are suitable for cutting wood and plastic. The hard-tooth blades are suitable for plunge cutting wood like installing ventilation grills, cutting grooves in furniture parts like connecting electrical outlets, flush cutting wooden parts like tenon, mortise. 

Notes:
1.There may be slight differences between the picture and the actual color of the commodity. We will try our best to show you the exact color.
2.Please allow slight dimension difference due to manual measurement.