Cutting Tools

Ionbond™ 42 Cutting Tools

Tetrabond Drill

Technical data

Material Cr + CrN + a-C:H:W + a-C:H
Technology PVD Sputtering
Thickness range [µm] 2 - 4 μm
Microhardness, HV 2800
Friction vs. Steel (dry) 0.15
Service Temperature 300°C
Process Temperature 250°C
Color Dark-grey
Cutting Tools
Aurora X Plus Composition CT

AuroraX Plus

AuroraX Plus is the new addition to Ionbond’s Premium Plus coatings with advanced arc technology. AuroraX Plus has been developed primarily for machining difficult-to-machine materials such as titanium alloys, nickel-based alloys, hard materials and stainless steel. When machining these demanding materials, the cutting tool is subjected to extensive wear under severe operating conditions ranging from high temperatures to heavy mechanical loads.

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Cutting Tools
Hardcut Microsection

Hardcut™

Engineered for high speed machining of hard materials at minimum or zero lubrication conditions.

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Cutting Tools
Hardcut milling cutter

Hardcut™ Plus

Hardcut™ Plus, a TiSiN based multi-layer coating, has been developed for high speed end-milling and gear hobbing of the hardest and toughest materials including exotic nickel and titanium alloys under low lubrication and dry conditions.

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Cutting Tools
Crosscut Microsection

Crosscut™

AlCrN coating for milling and gear cutting for substantial decrease of internal stress and withstanding high cutting temperatures

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Cutting Tools
Crosscut Plus Microsection

Crosscut™ Plus

Most versatile coating for wet and dry machining at medium to high speeds in milling, drilling and gear hobbing operations

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Cutting Tools
Maximizer Microsection

Maximizer

TiAIN coating for coping with relatively high impact fatigue and shear stress

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Cutting Tools
Maximizer Plus Group

Maximizer Plus

TiAlN coating for milling and drilling of low to high tensile strength

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Cutting Tools
Tetrabond Drill

Tetrabond™ Cutting Tools

DLC coating for complex tool geometries and a broad range of carbides

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Cutting Tools
Tetrabond Plus - Rainbow

Tetrabond™ Plus

Smooth ta-C coating for machining non-ferrous metals

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Cutting Tools
Optimizer Plus visual transparent

Optimizer™ Plus

Optimizer™ Plus is the latest premium coating of the Ionbond plus-family. At the top of our product line, and in addition to Crosscut™ Plus, this new AlCrN based coating is the optimal coating for wet and dry machining at medium to high speeds for milling, hobbing and bevel cutting operations with temperatures reaching up to 1080°C.

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Cutting Tools
Multipurpose Drill

Ionbond™ 01 Cutting Tools

Ionbond™ 01 TiN multi-purpose coating

Ionbond™ 01 is a multi-purpose coating suited for low and medium cutting speeds.

Variety of standard cutting applications

Ionbond™ 01 TiN is a cost-effective solution designed for HSS tools in a variety of general machining conditions where high-end solutions are not required. Typical applications include drilling, milling and turning of mild steels at cutting speeds below 100 m/min.

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Cutting Tools
Ionbond CVD 08

Ionbond™ CVD 08

Ionbond™ CVD 08 TiBN is a special multi-layer coating applied on tools  used in high-volume machining. Applied by means of the CVD coating procedure, it exhibits a particular hardness and wear resistance due to Bor in TiBN.
In addition, Ionbond™ CVD 08 TiBN features a particularly low coefficient of friction, which facilitates chip flowl when machining stainless steels.

The combination of κ-Al2O3 and TiBN delivers an extremely high hot-hardness and a very low thermal conductivity, which significantly increases the tool’s lifetime. TiN, as a top layer, protects the hard TiBN coating from breakage during the cutting start-up phase.

Ionbond™ CVD 08 TiBN is applied at ca. 1000°C and is suited for cemented carbide cutting inserts exclusively.

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Cutting Tools
Ionbond CVD Inserts group transp

Ionbond™ CVD 10 Cutting Tools

Ionbond™ CVD 10 TiN-TiCN-TiN

Ionbond™ CVD 10 is a classic CVD coating for high-volume milling  of steels at moderate cutting speeds. Due to TiCN, the coating composition exhibits an exceptionally  good  wear-resistance. In addition, the very  hard coating is, thanks to its TiN finish, very well suited for machining of aluminum.

TiN as a base layer provides exceptional adhesion between the substrate and TiCN as the functional layer and serves as wear indicator. As a top layer, TiN optimizes friction-caused wear and the running-in behavior of the tool, due to its low coefficient of friction.

Ionbond™ CVD 10 is applied at ca. 1000°C and is suited for cemented carbidecutting inserts exclusively.

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Cutting Tools
Ionbond CVD Inserts group transp

Ionbond™ CVD 13 Cutting Tools

Ionbond™ CVD 13 TiCN-TiC-TiN

Ionbond™ CVD 13 is a multipurpose CVD coating for high-volume  machining  of metals, especially steels. Its primary feature is the ideal combination of wear resistance and toughness.

The combination of TiC and TiCN results in an exceptional rupture strength of the cutting edges at low to medium cutting speeds. TiN as a surface layer optimizes friction-caused wear and the running-in behavior of the tool, due to its low coefficient of friction.

Ionbond™ CVD 13 is applied by means of CVD at ca. 1000 °C and is suited for cemented carbide cutting inserts as well as for high-alloyed, secondary hardened tool steels.

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Cutting Tools
Csm Coating Services f85b3bdb5a

Ionbond™ CVD 29 Cutting Tools

Ionbond™ CVD 29

Ionbond™ CVD 29 is exceptionally well-suited for high-volume machining of cast iron and cast steel at medium to high cutting speeds and high temperatures due to the thermo-dynamically stable structure of its ceramic content.

The αAl2O3 layer, as a functional layer, not only exhibits an exceptional hot-hardness, it also features a very low thermal conductivity, which significantly increases tool lifetime. TiN, as a surface layer, protects the  hard ceramic αAl2O3 layer from wear damage during the cutting start-up phase.

Ionbond™ CVD 29 is applied at ca. 1000°C by means of CVD and is suited for cemented carbide cutting inserts.

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Cutting Tools
Ionbond CVD 29 tool Kopie

Ionbond™ CVD 29 HSA Plus

Ionbond™ CVD 29 HSA Plus is exceptionally well-suited for high-volume machining of cast iron and cast steel at medium to high cutting speeds and high temperatures due to the thermo-dynamically stable structure of its ceramic content.

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