Maximizer Plus
Advanced Arc Technology
Ionbond has developed a new series of premium cutting tool coatings using an advanced arc technology. The new process deposits the coatings at far higher energy levels than possible with conventional arc sources. The coatings have a significantly increased density, which leads to improved abrasion resistance and reduced tendency for chipping at the edge of the cutting tool. The coating has fewer growth defects resulting in a smoother surface, which can be further improved with the appropriate post treatment. The cutting performance is enhanced due to the highly controlled compositions and internal stress gradients. The coatings are suitable for HSS and tungsten carbide tools and show the increased performance in dry and wet machining.
Maximizer Plus
Maximizer Plus is a significantly improved TiAlN coating. It is ideal for milling and drilling of a broad range of low to high tensile strength and tool steels up to 50 HRC, cast irons and some stainless steels at moderate cutting speeds and temperatures below 850°C.


Technical data


AuroraX Plus


Hardcut™


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.


Crosscut™


Crosscut™ Plus


Maximizer


Tetrabond™


Tetrabond™ Plus


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.


Ionbond™ 01


Ionbond™ 42


Ionbond™ CVD 08


Ionbond™ CVD 10


Ionbond™ CVD 13


Ionbond™ CVD 29


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.