Zenesis

ZENESIS™ MITER BLADE BRIDGE SAW BLADE

SKU: ZMI20V10T1612T

In stock

PRODUCT DETAILS +

Product Features: ZENESIS™ MITER BLADE BRIDGE SAW BLADE

Engineered for miter and straight cuts on natural and engineered stone
10mm segments prevent flexing at the weld and ensure straight cuts
Strong, heavy-duty silent core minimizes flex and core failure
High-quality metal matrix and patterned diamond ensure long blade life
Produces chip-free, razor-sharp cuts with invisible seams
Ideal for precise miter cuts without blade switching
Wet use only for optimal performance and longevity

Part No.: ZMI20V10T1412T
• Diameter: 14″
• Segment: 10mm
• Arbor Size: 60/50mm

Part No.: ZMI20V10T1612T
• Diameter: 16″
• Segment: 10mm
• Arbor Size: 60/50mm

Free Shipping (Ground shipping to lower 48)

$355.16

SIZE:16"

Variant

Quantity:

Pickup available at DDT Livonia, Warehouse Usually ready in 24 hours

DDT Livonia, Warehouse

Pickup available, usually ready in 24 hours

31575 Glendale St
Livonia MI 48150
United States

+13136546148

Looking for our local store?

Detroit Diamond Tools (Located inside of Strictly Kitchen + Bath)

Phone Number

+1 (313) 654-6148

Email

[email protected]

Map Street

31575 Glendale St
Livonia, MI 48150, USA

Store Hours

Mon-Fri: 9 AM – 5 PM

The ZENESIS™ MITER blade is specifically designed to deal with the added side stress put on blades when miter cutting. Most mega segment (over 20mm) blades are designed only for straight cutting. The added downward pressure put on these blades while miter cutting can cause flexing at the weld and premature tension loss in the core. Our 10mm segments do not flex at the weld which makes it the straightest cutting miter blade on the market.

Highest quality metal matrix and pattern diamond technology give long life to the shorter segment making it ideal for both miter and straight cuts. No more need to change blades to get accurate razor sharp miters! The segments are precisely brazed onto a extra heavy duty silent core to prevent flexing in the core and premature core failure.