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With 20 years experience in the cutting tools industry, Dedalus Consulting's intelligence coverage offers the most comprehensive data and analysis available. This intelligence dataset focuses on the global market for indexable inserts which represents the majority of demand within the cutting tool industry.

Each of the three variants of cutter body provide greater resistance to abrasion and corrosion with enhanced chip evacuation through internal coolant feed. Short Type ‘E’ is available from 10mm to 25mm diameter and has between two and seven insert pockets. Short Type ‘EL’ in diameters between 10mm and 20mm has between two and four teeth and Shell Type ‘F’ has outside diameters between 32mm with eight teeth to 63mm with 14 teeth.

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ANT Industries, a leading manufacturer of aero engine and gas turbine components in Atherstone, Warwickshire, has announced a significant milestone in its commitment to quality and excellence.

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Meanwhile, ACM200 is coated with ‘Super FF’ to provide high orders of wear resistance when machining PH stainless steels and ACM300 should be the first choice with its ‘Super ZX’ coating when highly balanced wear and fracture resistance is required on materials such as stainless steel.

The seven grades: ACP100, 200 and 300, ACK200 and 300 and ACM 200 and 300 can cut to depths up to 5mm. ACP100 has the latest ultra-smooth Sumitomo ‘FF’ chemical vapour deposition (CVD) coating giving excellent wear and thermal resistance for high speed and light cutting of steel. ACP200 uses Sumitomo’s ‘Super ZX’ physical vapour deposition (PVD) coating on a tough carbide substrate enabling milling to be maintained at rates up to 1.5 times faster than conventional inserts. This also has the added benefit of high wear resistance. ACP 300 too has ‘Super ZX’ coating and is designed for use under more arduous roughing applications.

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The ACK200 geometry with its ‘Super FF’ CVD coating is for use in more general machining tasks involving grey and ductile cast irons and when milling the same materials and heavy interrupted cuts are involved, the ACK300, which is coated with Sumitomo’s ‘Super ZX’, provides a solution able to generate even greater levels of productivity.

The indexable inserts dataset provides quantitative data and qualitative analysis on the global market by country, end-user industry, tool type, workpiece material, grade, and competitors.

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The new inserts bring processing benefits with the ability to maintain high levels or surface finish and each insert has a high rake with a curved wave form to the cutting edge. With a greater width to the insert this creates a more stable seating to support the cutting action.

ACP100 has the latest ultra-smooth Sumitomo ‘FF’ chemical vapour deposition (CVD) coating giving excellent wear and thermal resistance for high speed and light cutting of steel. ACP200 uses Sumitomo’s ‘Super ZX’ physical vapour deposition (PVD) coating on a tough carbide substrate enabling milling to be maintained at rates up to 1.5 times faster than conventional inserts.

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The Indexable Inserts Published Research Report is divided into sections according to product type. Each section contains data and analysis based market criteria, such as global demand by country, market/technology overview, end-user industry demand, application, product subtypes, and competitive environment.

The new inserts bring processing benefits with the ability to maintain high levels or surface finish and each insert has a high rake with a curved wave form to the cutting edge. With a greater width to the insert this creates a more stable seating to support the cutting action. The seven grades: ACP100, 200 and 300, ACK200 and 300 and ACM 200 and 300 can cut to depths up to 5mm. ACP100 has the latest ultra-smooth Sumitomo ‘FF’ chemical vapour deposition (CVD) coating giving excellent wear and thermal resistance for high speed and light cutting of steel. ACP200 uses Sumitomo’s ‘Super ZX’ physical vapour deposition (PVD) coating on a tough carbide substrate enabling milling to be maintained at rates up to 1.5 times faster than conventional inserts. This also has the added benefit of high wear resistance. ACP 300 too has ‘Super ZX’ coating and is designed for use under more arduous roughing applications. The AXMT inserts extend the range of Sumitomo’s successful WEX Wave Mill Series of milling cutter bodies by introducing the WEX Type 1000 for 90° shoulder milling applications that also enable pocketing, helical boring, slotting, shoulder milling and ramping cycles to be carried out with the same tool. The three highly stable cutter body designs incorporate Short Type ‘E’ ‘EL’ and Shell Type ‘F’ which uses a smaller Sumitomo AXMT06 insert that has a high rake ‘wave’ style precision cutting edge. Inserts can be specified from seven substrates ACP, ACK and ACM and three chip breaker geometries –L with 25°, -G with 20° and higher edge strength –H which has 5°. Each is segregated to maximise performance when used respectively on high speed/light cutting, general purpose or roughing applications Each of the three variants of cutter body provide greater resistance to abrasion and corrosion with enhanced chip evacuation through internal coolant feed. Short Type ‘E’ is available from 10mm to 25mm diameter and has between two and seven insert pockets. Short Type ‘EL’ in diameters between 10mm and 20mm has between two and four teeth and Shell Type ‘F’ has outside diameters between 32mm with eight teeth to 63mm with 14 teeth. ACP100 has the latest ultra-smooth Sumitomo ‘FF’ chemical vapour deposition (CVD) coating giving excellent wear and thermal resistance for high speed and light cutting of steel. ACP200 uses Sumitomo’s ‘Super ZX’ physical vapour deposition (PVD) coating on a tough carbide substrate enabling milling to be maintained at rates up to 1.5 times faster than conventional inserts. The ACK200 geometry with its ‘Super FF’ CVD coating is for use in more general machining tasks involving grey and ductile cast irons and when milling the same materials and heavy interrupted cuts are involved, the ACK300, which is coated with Sumitomo’s ‘Super ZX’, provides a solution able to generate even greater levels of productivity. Meanwhile, ACM200 is coated with ‘Super FF’ to provide high orders of wear resistance when machining PH stainless steels and ACM300 should be the first choice with its ‘Super ZX’ coating when highly balanced wear and fracture resistance is required on materials such as stainless steel. www.sumitomotool.com

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The AXMT inserts extend the range of Sumitomo’s successful WEX Wave Mill Series of milling cutter bodies by introducing the WEX Type 1000 for 90° shoulder milling applications that also enable pocketing, helical boring, slotting, shoulder milling and ramping cycles to be carried out with the same tool.

The three highly stable cutter body designs incorporate Short Type ‘E’ ‘EL’ and Shell Type ‘F’ which uses a smaller Sumitomo AXMT06 insert that has a high rake ‘wave’ style precision cutting edge. Inserts can be specified from seven substrates ACP, ACK and ACM and three chip breaker geometries –L with 25°, -G with 20° and higher edge strength –H which has 5°. Each is segregated to maximise performance when used respectively on high speed/light cutting, general purpose or roughing applications

The following categories present how the data was developed, organized and is presented. Breaking the data into specific categories is essential to analyze and draw meaningful insights. The breakdowns are designed to highlight key patterns and trends in the data, as well as to facilitate comparisons between different groups or segments.