Imes icore Milling Tools/Burs
For each type of dental milling machine and material suitable tool
For each type of machine and every dental material specifically developed and tested milling tools with the best features. The router is the contact point between the dental milling machine and to be milled material and thus crucial. The interface characteristics of the cutter and the cutting speed of the machine must be precisely matched to achieve a high quality result. We have made it our task, with the tools to optimize them for the milling strategies in coordination so that you get the highest level of quality and quantity with your dental milling machine.
All cutters and grinders are available in 3mm and 6mm shank design.
We have expanded our already very extensive range of tools and offer immediately following dental milling tools:
The special coating and the abrasion geometries are designed for heavy-duty use in milling CoCr or titanium. The double back clearance of the tools simplifies chip discharge during the milling process, thus ensuring low temperature development. Thus the tools achieve the longest possible tool life.
The milling tools for CoCr and Ti are available in two lengths. The short version is suitable for processing of blanks of up to 15 mm height. The long version is suitable for blanks from 16 mm to 20 mm. In general, when machining hard materials, it is always recommended to use tools as short as possible to ensure optimum mechanical milling properties. Optimal tool life is achieved and optimal conditions for your dental milling machine.
The processing of CoCr takes place usually in dry machining; processing of titanium must take place in wet machining.
The dental milling tools for CoCr and titanium are available as radius end mills in two different lengths, in the increments of 3.0 mm, 2.0 mm, 1.0 mm, and 0.6 mm in diameter.
For the processing of complex structures, such as an abutment interface, milling tools with special geometries are also available.
For PMMA NANO-COMPOSITE / WAX
Tools for Wachs, plastics and PMMA Discs
When processing plastics such as PMMA or PEEK, suppression of heat generation during milling plays a crucial role. Processing these materials with standard cutting tools usually results in strong heating of the dental milling tools. The resulting melting of plastics has a detrimental effect on the surface quality and the fit of restorations. In addition, conventional tools have only a short service life.
The milling tools developed and offered by imes-icore have been optimized for the high demands posed by milling of plastics. The slide coating of the tools results in a simple chip removal. As a result, optimum surface quality is achieved at maximum life expectancy.
The milling tools for PMMA and wax are available in two different versions: as single-edged and double-edged tools.
The single-edged tools are generally very good for all plastics and waxes. The dental milling tools are indispensable especially for the processing of high-performance plastics, such as PEEK or LavaTM Ultimate. The double-edged tools are suitable for processing of standard PMMA and wax. The double-edged tools are also suitable for processing of zirconium dioxide, and are therefore universally applicable.
The milling tools for PMMA and wax are available as radius end mills in the increments of 2.5 mm, 1.0 mm, 0.6 mm, and 0.3 mm in diameter. They are suitable for processing of dental cad/cam blanks of up to 25 mm height.
For GLASS CERAMICS
The processing of glass ceramics differs essentially from the processing of all other customary materials in the dental field. When machining is a grinding process which is carried out under continuous cooling tool, not a milling process. One speaks therefore of grinding tools. The abrasive tools consist of the base body and the diamond coating. The diamond coating is applied in an electroplating process to the basic body. The adhesion of the diamond grain size plays a crucial role in the basic body.
Only through a high quality plating process, an optimal connection between the grit and the base body can be achieved. In addition, the process needs to ensure the best possible uniformity of the diamond surface. The homogeneity is critical for a high surface quality of the restorations and for optimum service life of the grinding tools during the grinding process. The abrasive dental tools of imes-icore remain dimensionally stable up to the end of its life. There is no reduction of the diameter of the tools, which saves a costly measurement of the tool geometries or a complex of the dressing tools. Thus, the abrasive tools of the imes-icore are simple to use and have the sophistication of the best possible life at an unbeatable price-performance ratio.
For ZR/AL – DIAMOND
The specially designed cut geometry of the dental milling tools ensure best milling results, even with very thin margins. In zirconium oxide cutters, a distinction is made between diamond-coated and not diamond-coated dental milling tools. The high-quality diamond cutters have extremely long service life thanks to the perfectly designed diamond coating. The lower-priced non-diamond-coated cutting tools have a shorter service life compared to diamond-coated cutting tools. Due to the slide coating, these tools are also suitable for processing PMMA and wax with your dental milling machine. The dental milling tools for zirconium dioxide are available as radius end mills in the increments of 2.5 mm, 1.0 mm, 0.6 mm, and 0.3 mm in diameter. They are suitable for processing of blanks of up to 25 mm height. For the processing of complex structures, such as an abutment interface, milling tools with special geometries are also available.
For UNIVERSAL USE
For the machining of complex structures such abutment interfaces, screw seats or Attachment connection points specific tool geometries are required. To example, to mill a screw channel with screw seat detail, so-called end mills are required.
As end mill is called milling tools that are flat on top and do not have a corner radius. To mill special abutment interface geometries, also tools with very small dimensions are often necessary. The tools offered by imes-icore have been developed according to the requirements of these complex geometries. The milling tools are universally suitable for all essential materials in the dental field, such as CoCr, titanium, or zirconia. The tools are available in diameters of 1.5 mm and 0.5 mm, respectively as radius cutters and the end mills.