Sandvik Coromant Ibérica, S.A. - Brocas especiales
Sandvik Coromant CoroDrill 860
Hard metal drills: it can be applied to a wide range of tasks from boring holes
Cutting tools and tool holder Sandvik Coromant systems specialist launches fastest carbide bit of the market, CoroDrill 860.
Available in lengths 3-8 x standard D, this high performance bit apply to a wide range of tasks of boring holes to optimize cost reductions through hole in steel parts. For example, apart from the conventional drilling, and drilling in block, CoroDrill 860 pays very well into the chamfered holes and transverse holes and holes drilling through inclined or convex/concave surfaces. Excellent control of removal of chips is shown to use high cutting data on materials of chip short and long, allowing the bit to provide homogeneously drilling without problems at high work rates to increase both the quality of the hole and the life of the tool.
The secret of this concept of economic and competitive drilling is a completely new geometry combined with an output channel chips offered an optimized cutting to an incidence of chips effective, especially at higher speeds of cutting edge. An additional advantage is that less force cutting offered by this bit causes fewer problems faced with weak attachments or thin-walled components.
Available in lengths 3-8 x standard D, this high performance bit apply to a wide range of tasks of boring holes to optimize cost reductions through hole in steel parts. For example, apart from the conventional drilling, and drilling in block, CoroDrill 860 pays very well into the chamfered holes and transverse holes and holes drilling through inclined or convex/concave surfaces. Excellent control of removal of chips is shown to use high cutting data on materials of chip short and long, allowing the bit to provide homogeneously drilling without problems at high work rates to increase both the quality of the hole and the life of the tool.
The secret of this concept of economic and competitive drilling is a completely new geometry combined with an output channel chips offered an optimized cutting to an incidence of chips effective, especially at higher speeds of cutting edge. An additional advantage is that less force cutting offered by this bit causes fewer problems faced with weak attachments or thin-walled components.
