CrazyMill / CrazyDrill Hexalobe
Saving time while increasing
precision and quality
Shorter machining time* -
up to 50% faster
- Drilling and chamfering in one step (save one operation for chamfering)
- Short cycle time for milling thanks to high removal rate (ap and ae), i.e. high-angle milling with helical interpolation
For example: milling in Titanium, version 3.5 x d, p = 0.4 x d (quality and cycle time depending on cutting parameter and machine conditions)
*Comparison based on drilling/milling tools available in the market for stainless steel and titanium and machining parameters recommended by manufacturers.
High degree of precision
- High degree of precision of profiles
- Thanks to robust carbide shank
- Thanks to new carbide with edge chipping resistance
- Very accurate perpendicularity
- Thanks to high stiffness of the tool
Excellent surface quality
- High quality of chamfer surface (lowest roughness)
- Excellent surface quality of hex lobular socket
- Thanks to axial removal rate and vibration free milling (robust carbide shank)
- Machining profile with minimal burrs - nearly burr free
Long tool life
and process accuracy
- Up to 3 times longer tool life*
- Thanks to good chip breaking when drilling
- Thanks to new heat- and wear-resistant coating
*Comparison based on drilling/milling tools available in the market for stainless steel and titanium and machining parameters recommended by manufacturers.
Low production costs
- Thanks to faster machining
- Thanks to longer tool life
- Thanks to combined drill: one single tool for pre-hole drilling, chamfering and deburring
Coordinated and complete milling and drilling program
- CrazyMill Hexalobe – the new endmill for „TORX®“ shapes (hex lobular socket)
- Milling with helical interpolation (with max. pitch 0.8 x d) i.e. side milling (with stepover max 0.5 x d)
- Three cutting geometries: for vibration free machining of Titanium or Stainless Steel or Cobalt Chrome
- For profiles from T4 – T30 (milling diameter from 0.2 to 1.0 mm, [.008“ - .039“])
- Two lengths: 3.5 x d and 5 x d
- Number of flutes:
- Diameter range 0.2 – 0.3 mm (.008“ - .012“): 3 flutes
- Diameter range 0.4 – 1.0 mm (.016“ - .039“): 4 flutes
- New carbide: special micro-grain carbide with high stiffness and edge chipping resistance, developed for high profile precision
- Chrome free coating to avoid a cross contamination on medical parts
- CrazyDrill Hexalobe – the new combined drill for „TORX®“ shapes (hex lobular socket)
- Pre-hole drilling and 120° chamfer in one single step
- Tip angle 140°
- Two cutting geometries: for machining of Titanium or Stainless Steel and Cobalt Chrome
- For profiles from T4 – T30 (drilling diameter from 0.9 to 3.8 mm, [.035“ - .150“])
- Chrome free coating to avoid cross contamination on medical parts
- Other dimensions available on request
- CrazyDrill Hexalobe Flat – the new flat drill for „TORX®“ shapes (hex lobular socket)
- Pre-hole drilling and 120° chamfer in one single step
- Tip angle 180°
- One cutting geometry: for machining of Titanium, Stainless Steel and Cobalt Chrome
- For profiles from T4 – T30 (drilling diameter from 0.9 to 3.8 mm, [.035“ - .150“])
- Chrome free coating to avoid cross contamination on medical parts
- Other dimensions available on request
Special characteristics
- New concept: drilling – chamfering – milling – deburring: four operations in three steps with two tools
- Highest efficiency and short machining time for Titanium, Stainless Steel and Cobalt Chrome
- Three specific geometries for the machining of Titanium, Stainless Steel and Cobalt Chrome: CrazyDrill Hexalobe Flat – one geometry; CrazyDrill Hexalobe – two geometries; CrazyMill Hexalobe – three geometries
- High-performance coating eXedur SNP, chrome free, heat and wear resistant prevent buildup of edges and guarantees optimum chip flushing
- Micro-grain carbide with high stiffness and edge chipping resistance
- Highest surface quality and profile matching
- Mikron Tool produces all tools with highest repeat precision. Hence the user will benefit from long term stable production conditions (stable process and machining precision)