Esko Kongsberg Bit-Mus06-4012-50c1 G42460824 Coating C1 Cka Carbide Tool
Esko Kongsberg BIT-MUS06-4012-50C1 (G42460824) is a premium, specialized variant of the standard 4.0 mm multi-purpose milling bit, featuring a proprietary physical coating (C1 / CKA). This specialty solid tungsten carbide tool is optimized for high-power milling heads on Kongsberg digital flatbed cu…
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Esko Kongsberg Bit-Mus06-4012-50c1 G42460824 Coating C1 Cka Carbide Tool
The C1 / CKA Coating Advantage
The "C1" (also referred to by tooling suppliers as CKA) designates a specialized tribological nanocomposite coating. It transforms the behavior of the raw tungsten carbide base:
Heat Barrier: It acts as a thermal shield, forcing the intense friction heat generated during high-speed milling into the flying chips rather than transferring it into the tool core.
Extreme Hardness: It increases the surface hardness of the cutting edges well beyond raw carbide, dramatically reducing mechanical wear.
Anti-Seize Lubricity: The coating possesses an exceptionally low coefficient of friction. This creates a "slick" surface that prevents gummy or melting materials from sticking to the flute.
Tool Architecture
Substrate: Sub-micron grain solid tungsten carbide.
Geometry: Single-flute (Z1) right-hand spiral up-cut with a 30° helix angle.
Dimensions: 6 mm shank, 4 mm cutting diameter, 12 mm cutting depth, and 50 mm overall length.
Why Use Coated vs. Uncoated Carbide?
You should explicitly choose the C1/CKA coated tool over the standard uncoated version for two specific production bottlenecks:
Aluminum and ACM (Dibond) Milling: Uncoated carbide can cause hot aluminum to weld itself directly into the flute groove. This causes instant bit breakage. The C1 coating eliminates this chip-welding phenomenon.
Abrasive Edge Wear: When cutting dense glass-filled plastics, carbon fiber layers, or thick MDF, abrasive fibers dull raw carbide quickly. The C1 coating preserves the razor edge up to 3 to 5 times longer.
Production Guidelines
Chip Load: Ensure your feed rates are fast enough to produce actual chips rather than fine dust. Fine dust creates friction, which prematurely degrades even coated tools.
Up-Cut Action: This tool pulls chips aggressively upward. Ensure your vacuum hold-down system is strong or use proper clamping on flexible sheet goods.
MAISI Knives manufactures and supplies a full line of both STANDARD and CUSTOM leather cutting knives and blades. All of our standard leather cutting knives are manufactured to exceed the exact OEM standards.
If you have more questions to know ,please contact us .
Shenzhen Maisi Blades Co., Ltd.
Email: info@maisi-blades.com 798090832@qq.com
qq: 798090832
WeChat: 15983853385
The "C1" (also referred to by tooling suppliers as CKA) designates a specialized tribological nanocomposite coating. It transforms the behavior of the raw tungsten carbide base:
Heat Barrier: It acts as a thermal shield, forcing the intense friction heat generated during high-speed milling into the flying chips rather than transferring it into the tool core.
Extreme Hardness: It increases the surface hardness of the cutting edges well beyond raw carbide, dramatically reducing mechanical wear.
Anti-Seize Lubricity: The coating possesses an exceptionally low coefficient of friction. This creates a "slick" surface that prevents gummy or melting materials from sticking to the flute.
Tool Architecture
Substrate: Sub-micron grain solid tungsten carbide.
Geometry: Single-flute (Z1) right-hand spiral up-cut with a 30° helix angle.
Dimensions: 6 mm shank, 4 mm cutting diameter, 12 mm cutting depth, and 50 mm overall length.
Why Use Coated vs. Uncoated Carbide?
You should explicitly choose the C1/CKA coated tool over the standard uncoated version for two specific production bottlenecks:
Aluminum and ACM (Dibond) Milling: Uncoated carbide can cause hot aluminum to weld itself directly into the flute groove. This causes instant bit breakage. The C1 coating eliminates this chip-welding phenomenon.
Abrasive Edge Wear: When cutting dense glass-filled plastics, carbon fiber layers, or thick MDF, abrasive fibers dull raw carbide quickly. The C1 coating preserves the razor edge up to 3 to 5 times longer.
Production Guidelines
Chip Load: Ensure your feed rates are fast enough to produce actual chips rather than fine dust. Fine dust creates friction, which prematurely degrades even coated tools.
Up-Cut Action: This tool pulls chips aggressively upward. Ensure your vacuum hold-down system is strong or use proper clamping on flexible sheet goods.
MAISI Knives manufactures and supplies a full line of both STANDARD and CUSTOM leather cutting knives and blades. All of our standard leather cutting knives are manufactured to exceed the exact OEM standards.
If you have more questions to know ,please contact us .
Shenzhen Maisi Blades Co., Ltd.
Email: info@maisi-blades.com 798090832@qq.com
qq: 798090832
WeChat: 15983853385
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