Graphtec CB09UB 0.9mm Super Steel Blade
Graphtec
- Code:
- CB09UB
Availability: |
In Stock |
Description
Description
Graphtec 0.9mm Super Steel Blade
The Graphtec CB09UB Blade is the go-to and most popular replacement 0.9mm blade for Graphtec users and provides greater longevity of blade life over the CB09-E Blade.
The CB09UB is constructed from Graphtec’s Supersteel material and generates a crisp and clean cut on media such as Vinyl for sign writing.
The CB09UB Blade is compatible with both new and old Graphtec blade holders, please see the compatible blade holder section below to assist in your required blade selection.
Key Features |
Blade Type: High Durability |
Blade Material: Super Steel |
Cutting Angle: 45º |
Blade Diameter: 0.9mm |
Max Material Thickness: 0.25mm |
Made In Japan |
All Blades Sold Individually |
Approx. Max Lifespan: 10,000m |
Important: Approximate Maximum Lifespan of blades is based on kiss cutting of adhesive vinyl and is an approximation ONLY. Lifespan data does not account for die cutting of paper or cardstock to which expected lifespan may be significantly reduced. |
Compatible Blade Holder |
PHP33-CB09N-HS: Please choose blade option without spring as these blade holders are pre-sprung. (This blade holder has a blue cap at the bottom where the blade protrudes from and a black blade length adjuster at the top) |
PHP32-CB09N-HS: |
Graphtec Best Suitable Materials |
Self-Adhesive Marking Film |
Vinyl (Fluorescent | Reflective) |
Thin Sheet |
Related Items
Replacing Cutting Plotter Blades
All of the blades that we supply for our range of Graphtec cutting plotters are 100% genuine and precision manufactured by Graphtec using their highly durable Super Steel material.
Unless otherwise specified at the time of purchase, all Graphtec cutting plotters are supplied with a CB09UB Blade in the included accessory pack.
As a general rule, 0.9mm blades are predominantly designed to be used with thinner, more flexibly materials typically in a kiss cutting applications. 1.5mm blades are used for thicker more rigid type materials and are widely used in die cutting applications.
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