Brand: Milwaukee
Reference: 49560012
Hole Dozer bimetallic crown of 16, 19, 22, 25, 32, 35, 43, 51, 65, 67, 79, 83 and 102 mm, from the Milwaukee brand. State-of-the-art design for maximum productivity.
• State-of-the-art design for maximum productivity
• Tooth Design - Variable 4∕6 TPI design with
A positive angle of 10° offers the following advantages: Cut more
Fast and aggressive. Improved heat dissipation during cutting
It ensures that the teeth stay sharp longer. throats
Deeper and more curved, they allow better evacuation and prevent
clogging and overheating. The specially shaped angle of the
Teeth tend to snag less on thin materials. Teeth
They are arranged alternately to minimize jams and
Friction. Requires less feed pressure – Achieved
Thanks to the combination of the aggressive geometry of the teeth and the
Good chip evacuation, which allows less force to be applied during
drilling
• Crown Body - The steel body is 1.27mm thick and
It is rigid to retain its shape, but it also has some elasticity.
Effective cutting depth of 41mm
• Diagonal grooves help remove debris
• State-of-the-art design for maximum productivity
• Tooth Design - Variable 4∕6 TPI design with
A positive angle of 10° offers the following advantages: Cut more
Fast and aggressive. Improved heat dissipation during cutting
It ensures that the teeth stay sharp longer. throats
Deeper and more curved, they allow better evacuation and prevent
clogging and overheating. The specially shaped angle of the
Teeth tend to snag less on thin materials. Teeth
They are arranged alternately to minimize jams and
Friction. Requires less feed pressure – Achieved
Thanks to the combination of the aggressive geometry of the teeth and the
Good chip evacuation, which allows less force to be applied during
drilling
• Crown Body - The steel body is 1.27mm thick and
It is rigid to retain its shape, but it also has some elasticity.
Effective cutting depth of 41mm
• Diagonal grooves help remove debris
• State-of-the-art design for maximum productivity
• Tooth Design - Variable 4∕6 TPI design with
A positive angle of 10° offers the following advantages: Cut more
Fast and aggressive. Improved heat dissipation during cutting
It ensures that the teeth stay sharp longer. throats
Deeper and more curved, they allow better evacuation and prevent
clogging and overheating. The specially shaped angle of the
Teeth tend to snag less on thin materials. Teeth
They are arranged alternately to minimize jams and
Friction. Requires less feed pressure – Achieved
Thanks to the combination of the aggressive geometry of the teeth and the
Good chip evacuation, which allows less force to be applied during
drilling
• Crown Body - The steel body is 1.27mm thick and
It is rigid to retain its shape, but it also has some elasticity.
Effective cutting depth of 41mm
• Diagonal grooves help remove debris
• State-of-the-art design for maximum productivity
• Tooth Design - Variable 4∕6 TPI design with
A positive angle of 10° offers the following advantages: Cut more
Fast and aggressive. Improved heat dissipation during cutting
It ensures that the teeth stay sharp longer. throats
Deeper and more curved, they allow better evacuation and prevent
clogging and overheating. The specially shaped angle of the
Teeth tend to snag less on thin materials. Teeth
They are arranged alternately to minimize jams and
Friction. Requires less feed pressure – Achieved
Thanks to the combination of the aggressive geometry of the teeth and the
Good chip evacuation, which allows less force to be applied during
drilling
• Crown Body - The steel body is 1.27mm thick and
It is rigid to retain its shape, but it also has some elasticity.
Effective cutting depth of 41mm
• Diagonal grooves help remove debris
• State-of-the-art design for maximum productivity
• Tooth Design - Variable 4∕6 TPI design with
A positive angle of 10° offers the following advantages: Cut more
Fast and aggressive. Improved heat dissipation during cutting
It ensures that the teeth stay sharp longer. throats
Deeper and more curved, they allow better evacuation and prevent
clogging and overheating. The specially shaped angle of the
Teeth tend to snag less on thin materials. Teeth
They are arranged alternately to minimize jams and
Friction. Requires less feed pressure – Achieved
Thanks to the combination of the aggressive geometry of the teeth and the
Good chip evacuation, which allows less force to be applied during
drilling
• Crown Body - The steel body is 1.27mm thick and
It is rigid to retain its shape, but it also has some elasticity.
Effective cutting depth of 41mm
• Diagonal grooves help remove debris
• State-of-the-art design for maximum productivity
• Tooth Design - Variable 4∕6 TPI design with
A positive angle of 10° offers the following advantages: Cut more
Fast and aggressive. Improved heat dissipation during cutting
It ensures that the teeth stay sharp longer. throats
Deeper and more curved, they allow better evacuation and prevent
clogging and overheating. The specially shaped angle of the
Teeth tend to snag less on thin materials. Teeth
They are arranged alternately to minimize jams and
Friction. Requires less feed pressure – Achieved
Thanks to the combination of the aggressive geometry of the teeth and the
Good chip evacuation, which allows less force to be applied during
drilling
• Crown Body - The steel body is 1.27mm thick and
It is rigid to retain its shape, but it also has some elasticity.
Effective cutting depth of 41mm
• Diagonal grooves help remove debris
• State-of-the-art design for maximum productivity
• Tooth Design - Variable 4∕6 TPI design with
A positive angle of 10° offers the following advantages: Cut more
Fast and aggressive. Improved heat dissipation during cutting
It ensures that the teeth stay sharp longer. throats
Deeper and more curved, they allow better evacuation and prevent
clogging and overheating. The specially shaped angle of the
Teeth tend to snag less on thin materials. Teeth
They are arranged alternately to minimize jams and
Friction. Requires less feed pressure – Achieved
Thanks to the combination of the aggressive geometry of the teeth and the
Good chip evacuation, which allows less force to be applied during
drilling
• Crown Body - The steel body is 1.27mm thick and
It is rigid to retain its shape, but it also has some elasticity.
Effective cutting depth of 41mm
• Diagonal grooves help remove debris
• State-of-the-art design for maximum productivity
• Tooth Design - Variable 4∕6 TPI design with
A positive angle of 10° offers the following advantages: Cut more
Fast and aggressive. Improved heat dissipation during cutting
It ensures that the teeth stay sharp longer. throats
Deeper and more curved, they allow better evacuation and prevent
clogging and overheating. The specially shaped angle of the
Teeth tend to snag less on thin materials. Teeth
They are arranged alternately to minimize jams and
Friction. Requires less feed pressure – Achieved
Thanks to the combination of the aggressive geometry of the teeth and the
Good chip evacuation, which allows less force to be applied during
drilling
• Crown Body - The steel body is 1.27mm thick and
It is rigid to retain its shape, but it also has some elasticity.
Effective cutting depth of 41mm
• Diagonal grooves help remove debris
• State-of-the-art design for maximum productivity
• Tooth Design - Variable 4∕6 TPI design with
A positive angle of 10° offers the following advantages: Cut more
Fast and aggressive. Improved heat dissipation during cutting
It ensures that the teeth stay sharp longer. throats
Deeper and more curved, they allow better evacuation and prevent
clogging and overheating. The specially shaped angle of the
Teeth tend to snag less on thin materials. Teeth
They are arranged alternately to minimize jams and
Friction. Requires less feed pressure – Achieved
Thanks to the combination of the aggressive geometry of the teeth and the
Good chip evacuation, which allows less force to be applied during
drilling
• Crown Body - The steel body is 1.27mm thick and
It is rigid to retain its shape, but it also has some elasticity.
Effective cutting depth of 41mm
• Diagonal grooves help remove debris
• State-of-the-art design for maximum productivity
• Tooth Design - Variable 4∕6 TPI design with
A positive angle of 10° offers the following advantages: Cut more
Fast and aggressive. Improved heat dissipation during cutting
It ensures that the teeth stay sharp longer. throats
Deeper and more curved, they allow better evacuation and prevent
clogging and overheating. The specially shaped angle of the
Teeth tend to snag less on thin materials. Teeth
They are arranged alternately to minimize jams and
Friction. Requires less feed pressure – Achieved
Thanks to the combination of the aggressive geometry of the teeth and the
Good chip evacuation, which allows less force to be applied during
drilling
• Crown Body - The steel body is 1.27mm thick and
It is rigid to retain its shape, but it also has some elasticity.
Effective cutting depth of 41mm
• Diagonal grooves help remove debris
• State-of-the-art design for maximum productivity
• Tooth Design - Variable 4∕6 TPI design with
A positive angle of 10° offers the following advantages: Cut more
Fast and aggressive. Improved heat dissipation during cutting
It ensures that the teeth stay sharp longer. throats
Deeper and more curved, they allow better evacuation and prevent
clogging and overheating. The specially shaped angle of the
Teeth tend to snag less on thin materials. Teeth
They are arranged alternately to minimize jams and
Friction. Requires less feed pressure – Achieved
Thanks to the combination of the aggressive geometry of the teeth and the
Good chip evacuation, which allows less force to be applied during
drilling
• Crown Body - The steel body is 1.27mm thick and
It is rigid to retain its shape, but it also has some elasticity.
Effective cutting depth of 41mm
• Diagonal grooves help remove debris
• State-of-the-art design for maximum productivity
• Tooth Design - Variable 4∕6 TPI design with
A positive angle of 10° offers the following advantages: Cut more
Fast and aggressive. Improved heat dissipation during cutting
It ensures that the teeth stay sharp longer. throats
Deeper and more curved, they allow better evacuation and prevent
clogging and overheating. The specially shaped angle of the
Teeth tend to snag less on thin materials. Teeth
They are arranged alternately to minimize jams and
Friction. Requires less feed pressure – Achieved
Thanks to the combination of the aggressive geometry of the teeth and the
Good chip evacuation, which allows less force to be applied during
drilling
• Crown Body - The steel body is 1.27mm thick and
It is rigid to retain its shape, but it also has some elasticity.
Effective cutting depth of 41mm
• Diagonal grooves help remove debris
• State-of-the-art design for maximum productivity
• Tooth Design - Variable 4∕6 TPI design with
A positive angle of 10° offers the following advantages: Cut more
Fast and aggressive. Improved heat dissipation during cutting
It ensures that the teeth stay sharp longer. throats
Deeper and more curved, they allow better evacuation and prevent
clogging and overheating. The specially shaped angle of the
Teeth tend to snag less on thin materials. Teeth
They are arranged alternately to minimize jams and
Friction. Requires less feed pressure – Achieved
Thanks to the combination of the aggressive geometry of the teeth and the
Good chip evacuation, which allows less force to be applied during
drilling
• Crown Body - The steel body is 1.27mm thick and
It is rigid to retain its shape, but it also has some elasticity.
Effective cutting depth of 41mm
• Diagonal grooves help remove debris
