Blade tip enhanced-type tips for high-hardness materials are newly added to the product range of "Mirror Ball BNM/MBN Type" for high-precision mold finish machining[Features]· Reinforced blade tip type that brings out its best under harsh conditions such as long projection length machining, overlay machining, and multiple work material simultaneous cutting.· Features the new material "DH102", a combination of the new PVD coating "New DH (Dijet Hard) Coat" for high-hardness materials/high-speed machining and micro grain carbide for high-hardness materials.· The negative blade shape provides long service life even in high-speed machining of high-hardness materials exceeding 60 HRC.

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[Features]This cutter with a ball handle for three-dimensional profiling can be used for the rough machining of molds and machine parts.

Manufactured by Sumitomo Electric Hardmetal.The optimized shape and tough material provide both cutting performance and strength at a high level.

It is so shaped as to combine high stiffness and sharp cutting performance due to the negative blade shape and positive relief angle.

A general-purpose insert tip. [Work Material]Steel, stainless steel, cast iron, aluminum, cast iron (high-speed machining), hardening steel, aluminum (high-speed machining)

"Mirror Radius RNM/MRN" insert for high-speed high-efficiency machining of molds, usable for medium finishing to finishing and also supports high hardness materials.· [Features]· Uses new material "DH102," a combination of "New DH (Dijet Hard) Coating" (a new PVD coating for hardened materials and high speed machining) and a micrograin ultra-hard alloy for hardened materials to attain long-life use. JC8015 material is available for general steel, etc.· A positive blade shape is used, like the conventional HRM type, with low cutting resistance and favorable cutting quality.· Tools can be consolidated by using 1 holder and changing the insert, handling from rough machining to finishing of any work material.

[Features]· PR1535: Uses "MEGACOAT NANO", a special nano-laminated coating, to improve wear resistance and stability.· Compatible with milling of Ti alloy and precipitation hardened stainless steel.[Applications]· For Milling· PR1535: For milling of Ti alloy and precipitation hardened stainless steel

Curved cutting blade adopted to improve cutting edge strength and reduce cutting resistance. Achieves high quality machining in the finishing region with the high precision cutting blade.

[Applications]Can be used for machining a wide range of steel materials, such as steel, stainless steel, heat-resistant alloys, titanium alloys, and hardened materials.

[Features]· PR1535: Uses "MEGACOAT NANO", a special nano-laminated coating, to improve wear resistance and stability.· Compatible with milling of Ti alloy and precipitation hardened stainless steel.[Applications]· For Milling· PR1535: For milling of Ti alloy and precipitation hardened stainless steel

Combines sharpness and edge strength. Reduced cutting resistance realizes chip discharge amounts with lower required power

[Applications]It can be used for machining steel, cast iron, stainless steel, and difficult-to-cut materials. [Features]It is coated and uses a cermet material.

[Features]·Tip for end mills for shoulder milling that can be used for general purposes·Shape (Part number capital letter): A (85° parallelogram)·Relief angle: P (11°)·Number of Corners Available: 2·Compatible work material: Steel/Stainless steel/Cast iron·Materials: Carbide coat·Compatible holder: MKEM

[Features]The special nano-laminated coating improves abrasion resistance and stability and is compatible with roughing and semi-finishing of stainless steel and heat resistant alloys, and for the parting-off of stainless steel.

Widia PA105 Grade Milling Insert, M80651204MM is a premium quality product from Widia . Moglix is a well-known ecommerce platform for qualitative range of Turning Inserts. All Widia PA105 Grade Milling Insert, M80651204MM are manufactured by using quality assured material and advanced techniques, which make them up to the standard in this highly challenging field. The materials utilized to manufacture Widia PA105 Grade Milling Insert, M80651204MM, are sourced from the most reliable and official vendors, chosen after performing detailed market surveys. Widia products are widely acknowledged in the market for their high quality. We are dedicatedly involved in providing an excellent quality array of Widia Turning Inserts .

This cutter with a ball handle for three-dimensional profiling can be used for the rough machining of molds and machine parts.A long type for rough machining.[Applications]It is used for three-dimensional profiling rough machining.

Manufactured by Sumitomo Electric Hardmetal.The optimized shape and tough material provide both cutting performance and strength at a high level.

[Features]·Square insert for milling cutter·Usable number of cutting edges: 4 (PCD is 1)·Compatible Work Material: steel/stainless steel/cast iron/non-ferrous metal·Materials: Carbide, Carbide Coat, Cermet, PCD

[Specifications]·Shape: Other "Features of material"· PR1225 is a MEGACOAT with excellent abrasion resistance and heat resistance for a fine-grained carbide substrate.

Combines sharpness and edge strength. Reduced cutting resistance realizes chip discharge amounts with lower required power

[Features]·An insert for unique bodies with dual use of 2 differently shaped inserts. [Applications]·For general-purpose high-efficiency front face milling cutters.

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An insert for OSG-WALTER. The insert material and chip breaker shape can be selected according to the work material and machining mode.

[Features]· PR1535: Uses "MEGACOAT NANO", a special nano-laminated coating, to improve wear resistance and stability.· Compatible with milling of Ti alloy and precipitation hardened stainless steel.[Applications]· For Milling· PR1535: For milling of Ti alloy and precipitation hardened stainless steel

[Applications]Can be used for machining steel and stainless steel. [Features]Cermet, cemented carbide, and CVD coated materials are used.

Curved cutting blade adopted to improve cutting edge strength and reduce cutting resistance. Achieves high quality machining in the finishing region with the high precision cutting blade.

Curved cutting blade adopted to improve cutting edge strength and reduce cutting resistance. Achieves high quality machining in the finishing region with the high precision cutting blade.

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[Applications]It can be used for machining steel, cast iron, stainless steel, and difficult-to-cut materials. [Features]Cemented carbide, SUMIDIA, and CVD coated materials are used.

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