Name: 7Pcs Boring Tool 18mm Round Shank Indexable Cemented Carbide Turning Bar Holder Set F1 18 for Boring Machines and Lathes
Brand: WSJKASJW
SKU: 8I2608242TZXL7GI
Price: 49.31 USD
Availability: InStock

7Pcs Boring Tool 18mm Round Shank Indexable Cemented Carbide Turning Bar Holder Set F1 18 for Boring Machines and Lathes

$49.31 $127.19

[ROUND HANDLE DESIGN] These boring tools feature a round shank design, allowing for easy adjustment of positive or negative rake angles.
[CEMENTED CARBIDE MATERIAL] Made from high-quality cemented carbide, these tools offer exceptional hardness, wear resistance, and cutting performance.
[INDEXABLE DESIGN] With an indexable design, these tools can be flipped over for continued use without the need to remove them from the chuck or tool holder.
[VARIOUS SPECIFICATIONS] This kit includes 7 boring tools of different sizes, making them suitable for a wide range of turning operations.
[VERSATILE TURNING OPERATIONS] Ideal for turning inner holes, reaming, and profiling, these tools are designed to work seamlessly with boring machines and lathes.

Spec:
Item Type: Boring Tool
Material: Cemented carbide
Model: F1-18
Wood Block Material: Pine
Uses: Used for turning inner holes, reaming, profiling, etc.
Applicable Scene: Cooperate with semi finishing machining of boring machine and lathe

Round Shank Diameter B Size: Approx. C Size: Approx. D Size: Approx. Blade Type Wrench Specification Screw Specification
18mm / 0.7in 80mm / 3.1in 35mm / 1.4in 10mm / 0.4in TCMT09 T8 M2.5 x 6
18mm / 0.7in 120mm / 4.7in 75mm / 3in 16mm / 0.6in TCMT11 T8 M2.5 x 6
18mm / 0.7in 80mm / 3.1in 40mm / 1.6in 10mm / 0.4in CCMT06 T8 M2.5 x 6
18mm / 0.7in 90mm / 3.5in 50mm / 2in 10mm / 0.4in CCMT06 T8 M2.5 x 6
18mm / 0.7in 90mm / 3.5in 50mm / 2in 16mm / 0.6in CCMT09 T15 M4 x 8
18mm / 0.7in 115mm / 4.5in 80mm / 3.1in 20mm / 0.8in TCMT11 T8 M2.5 x 6
18mm / 0.7in 115mm / 4.5in 65mm / 2.6in 28mm / 1.1in TCMT11 T8 M2.5 x 6

Package List：
7 x Boring Tool1 x Wood Block

Note：
Cemented carbide boring tools are prone to brittle cracks and breakage under excessive force or certain specific local stresses, and have incisive edges, resulting in uneven toolpaths and textures during