This leads to substantially longer tool life and a better machined surface finish. In the first stage ISCAR will provide the 3 and 4 mm insert widths in the C- and J-type chipformer configurations with neutral and angular frontal cutting edges. In order to facilitate our customers in selecting the correct grade for their applications, ISCAR has developed new coating processes for the new SUMO TEC grades which will feature different colors for easy identification. Offer Profile Upon close working collaboration with industry, we have developed industry-specific solutions to optimize productivity. ISCAR also offers grade IC, which covers the application range of M used for roughing and interrupted cut applications at medium to low cutting speeds. The efficient coolant supplied to the cutting zone decreases flank and cratering rates. Whether you are an automotive, aerospace, medical, die and mold, oil and gas equipment manufacturer or a general machining subcontractor, we have a solution to help you increase your throughput and resolve your machining challenges. 
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These materials tend to adhere to the cutting edge, causing built-up edge. This leads to substantially longer tool life and a better machined surface finish. The DGNC insert is the best solution for grooving and parting on high temperature alloys and on stainless steel.
Parting and grooving turning tools by iscar
ISCAR also offers grade IC, which covers the application range of M used for roughing and interrupted cut applications at medium to low cutting speeds.
In order to facilitate our customers in selecting the correct grade for their applications, ISCAR has developed new coating processes for the new SUMO TEC grades which will feature different colors for easy identification.
The CNMX inserts were designed for heavy machining applications. As a result of the increasing popularity of Turn-Mill machining centers, ISCAR has decided to expand the range of exchangeable head tools. Offer Profile Upon close working collaboration with industry, we have developed industry-specific solutions to optimize productivity. The new DGNC inserts are an ideal solution, as they have a coolant hole through the insert with an cataloguw near the cutting edge.
Catalog End Mill Merk Iscar
The new DGNC inserts were designed for parting and grooving on stainless steel and high temperature alloys. IC MM20 A cobalt enriched outer layer substrate, with MT TiCN and alpha Al2O3 coating with a special post coating treatment, provides substantially improved tool life, and excellent edge performance and repeatability.
The insert's corner has a wiper configuration which produces high surface finish even at high feed conditions, which in many occasions can eliminate a finishing cut. This phenomenon can be reduced or even eliminated, by efficient cooling of the cutting edge.
Parting & Grooving
Whether you are an automotive, aerospace, medical, die and mold, oil and gas equipment manufacturer or a general machining subcontractor, we have a solution to help you increase your throughput and resolve your machining challenges. Materials such as titanium, inconel, or austenitic stainless steel tend to strain hardening during the cutting process and they form long catalogje tangled chips.
They have an internal cooling system directed to the frontal cutting edge, which increases tool life in deep grooving applications. We understand the unique requirements of many industries and continually improve and introduce new ideas.
Applications Turning stainless steel at medium-to-high cutting speeds under stable or slightly unstable conditions. When machining stainless steel or high temperature alloys, the temperature near the cutting edge becomes very high.
Heavy Duty Grooving System New line for deep heavy grooving with a unique frontal locking mechanism. In the first stage ISCAR will provide the 3 and 4 mm insert widths in the C- and J-type chipformer configurations with neutral and angular frontal cutting edges.
Iscar cutting tools catalogue pdf
They can be mounted on any standard toolholder that carries standard CNMG inserts, but the seat has to be replaced with a special seat: The new insert has a very positive radial, helical cutting edge and a positive rake angle - a combination which substantially reduces the cutting forces.
The coolant reaches the cutting edge and the insert body is internally cooled. The efficient coolant supplied to the cutting zone decreases flank and cratering rates. In grooving and parting applications, there is a problem that the chip prevents the coolant from reaching the cutting edge.
The insert features a coolant hole that passes through the insert, cataloogue an outlet near the cutting edge.
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