Pramet Highlights brochure
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Highlights Indexable turning, milling and hole-making tools

More than 60 years of industrial experience Pramet has been engaged in the development, production and sales We regularly introduce modern, productive grades and coatings to of sintered carbide cutting tools since 1952. Our products are widely ensure our customers have access to the latest generation of tools. used in the general machining industry and we hold a particularly One example is our recent launch of UP!GRADE, a completely new strong position in the Railway and Metallurgy segments. program of milling, turning and drilling grades with PVD and MT-CVD coatings. Reliability and...

Cutting tools with LNGX 12 and LNGU 16 inserts Universal 90° cutter for a wide range of applications featuring indexable inserts LNGX 12 and LNGU 16 with 4 cutting edges. Features: Internal cooling system close to the cutting edges for easy Very good surface finish Compatible with a wide range of cutter bodies Robust screwsystem for secure clamping Multi-purpose cutter: surfacing, face milling and grooving Useful from roughing to finishing LNGX 12 inserts: supports helical interpolation, ramping and progressive plunging • A combination of wiper inserts, reduced power consumption and wide...

Cutting tools with ADMX 11 Universal 90° cutter for a wide range of applications featuring indexable inserts ADMX 11 and ADMX 16. Features: Advantages: • Highly positive geometry for lower machine power • High quality surface finish • Cutting edge shape means higher impact resistance and • Low cutting forces smooth machining • Wide area of application • Internal coolant supply • Good combination of performance • Axial underpinning of inserts in first line for helical cutters • Specially shaped groove for easy and fast chip removal

Cutting tools with HNGX 06 and HNGX 09 inserts 45° face milling cutter with indexable inserts HNGX 06 and HNGX 09. Features: Designed to generate improved surface finish High quality surface finish Inserts with 12 cutting edges Differential tooth pitch Wide area of application Internal coolant supply High tool accuracy Neutral design for left and right rotation Quiet running Unique insert geometry F, M, R for each particular operation (from finishing to roughing) Wiper inserts also available

Roughing tool with PNMx inserts This tool with PNMx inserts allows operators to utilize the full power of machines, as well as safely perform heavy roughing operations including full depth-of-cut machining. Features: • Patented SidelokTM technology only requires a large insert retention screw that remains in the body Insert edges are numbered for easy indexing Double-sided insert design with 10 cutting edges increases metal removal rates and production capacity when using lower horsepower machines No cool down period required before indexing, allowing for more machine uptime

Milling cutters for heavy roughing with SBMR and TBMR inserts This roughing cutter has a differential tooth pitch combined with positive insert geometry to allow for a smoother running tool. Features: Advantages: • Maximum depth of cut can reach up to ap = 18.0mm with • Stable machining TBMR inserts • Easy insert exchange • Differential tooth pitch • Energy savings • Lower cutting resistance • Safe and strong insert clamping • Positive cutting geometry

Cutting tools for high feed rough milling Versatile and multi-functional high feed roughing tool with 5 edge cutting inserts. Features: Milling cutters with a 19° entering angle enabling a maximum Reduction in machining time Reduced cutting edge cost Strong and stable PDxx 09 inserts with 5 cutting edges Long insert and shank service life A wide range of milling cutter diameters from 32.0 to Durable milling cutter shanks Wide area of application Also designed to perform ramping, helical interpolation or Excellent operating safety with high plunging operations stability during machining

High feed cutting tools High feed milling tools with ZD cutting inserts promote a stable and economical machining process in a wide range of engineering materials. Features: • Milling cutters with a maximum feed per tooth of 1.5 to 3.0mm Full periphery ground ZD inserts Wide range of milling cutter shank diameters from 16.0 to 80.0mm Highly robust milling cutters Versatile tool for most machined materials High feed per tooth promotes reduced machining time Excellent operating safety with high stability during machining

Shoulder and face milling tool for difficult to machine materials This cutter is designed for machining exotic materials such as titanium or high temperature alloys. Its SideLok clamping system allows for a higher number of teeth and increased material removal rates. Features: Square shoulder milling cutter for high Increased feed rates temperature alloys No need to remove screws from the body The close pitch means reduced machining time Wiper insert for better surface finish This milling tool will accommodate a wide range of insert radius sizes 0.4 to 6.0mm

Hole-making tools Standard assortment of indexable drills in both metric and fractional diameters. New UP!GRADE grades also available. Features: Size range from 15.0 up to 58.0mm diameter Internal coolant Strong cutting geometry for tough conditions and stable drilling Wide range of inserts for drilling Tough PVD grades for interrupted cuts and also for non-standard operations UP!GRADE grades support increased operating conditions Internal coolant promotes efficient chip forming and evacuation Stable cutting with reduced vibration

Chip breakers for negative and positive turning inserts Three chips breakers - RM, FM and FF - for negative as well as positive cutting inserts. Features: RM chip breaker is designed for roughing and semi-roughing operations FM geometry is designed for semi-roughing and finishing RM chip breaker: ideal for semi-roughing in steel, stainless steel and cast iron FM chip breaker: low cutting resistance and improved chip control. Versatile tool also suitable for boring The RM, FM and FF chip breakers for positive inserts differ FF chip breaker: very low cutting forces from the chip breakers for...