2019
- Precision ground for high quality surface finish
- Very good chip formation
- Long tool life due to optimum geometry
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- For the die and mold industry
- Universally applicable tool systems
- High chip removal rates even with small diameters
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- High process reliability due to optimum carbide grade
- Shorter cycle time due to higher cutting parameters
- Better component qualities
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- For Swiss-type lathes
- Machining of stainless materials and titanium
- High process reliability
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- Compact design for Swiss-type lathes and universal use
- High accuracy indexability thanks to precision insert seat
- For different machining operations
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- Rounding of component edges and groove outer edges
- Burr-free cutting off
- Short chips
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- Precision ground indexable insert
- With six usable cutting edges
- High flexibility
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- Replacement for finishing operations
- Flatness and surface quality within nanometers
- Compliance with the tightest tolerances
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- High cutting parameters and shorter machining time
- Parting off large workpieces
- Excellent stability due to optimized machining concept
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- Precision sintered indexable insert
- Roughing geometry for high material removal rate
- Cost-effective use of the inserts
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- Profiled inserts according to customer requirements
- Reduction of machining time
- Interchangeable system in graduated form widths
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- Shorter machining times due to higher cutting depths
- High surface finish
- One tool for multiple applications
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- Unique solution for real-time tool monitoring of micro turning operations
- Information about the condition of the tool during machining
- Piezo sensor measures even the lowest cutting forces with high resolution
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- High productivity for internal and external gears
- Coordinated tool systems for different module sizes
- Variable cooling systems for maximum process reliability
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- Highly flexibility compared to solid carbide cutters
- Machining of bore diameters >8 mm
- Multiple grades available
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- Face clamping
- High retention force of the cutting insert
- High repeatability when changing inserts
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- World‘s only geometry just for titanium
- Long tool life due to optimum geometry
- Low built-up edge
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- Long tool life due to internal coolant supply
- Improved chip removal due to high coolant pressure
- Chipbreaking due to advanced chip geometries
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- Chip breaking, even in difficult to cut materials
- Optimum chip control with pitches from 0.5 to 2.5 mm
- Compatible with existing toolholder System Mini 108 and 114
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