New End Mills Products

Endmills and Milling Cutters cut variety of materials.

Consisting of heat- and wear-resistant nanotechnology coated grades, WEX indexable insert endmills and shoulder milling cutters feature wave-shaped cutting edges that generate low cutting forces. CVD and PVD insert grades are available to offer extended tool life in steel and cast iron applications. WEX Series comes in Super ZX coated ACP100, ACP200, and ACP300 for steels and ACK100, ACK200, and...

End Mills

End Mills target challenging cutting applications.

Produced from sub-micro grain carbide, End Mills include Hard Cut, which can handle material ranging from construction steels and tool steels to cast iron; S-Hard-Cut for milling hardened steels and cast irons; and N-Cut, which cuts everything from construction, alloyed, tool, and hardened steels to aluminum, alloys, and synthetics. Tools offer cutting diameters from 3/32 to 1 in. and also come...

End Mills

Inserts are suited for high-speed aluminum machining.

Offered with corner radius choices from 0.8-6.4 mm, Mill1 Max tooling includes end mills, shell mills, and integral shank (monoblock) toolholders. All monoblocks come balanced to specification of G2.5 at 10,000 rpm, and face topography delivers chip control at reduced cutting forces. Products produce true 90Ã-

End Mills

Drill Point End Mills are manufactured from carbide.

Solid carbide Drill-Mills, offered in 2- and 4-flute configurations, are designed with 90Ã-

Design Guide: Heat Sinks for High-Power Applications

Without appropriate thermal management, electronic components will degrade over time, causing problems ranging from minor errors to critical failures.

End Mills

Inserts machine gummy, non-ferrous, and steel materials.

ValTURN(TM) Turning System tools include 3 top form geometries: M8, R4, and C2. Double-sided inserts of ANSI Negative type geometry come in various shapes and thickness, offering 98 specific performance options. Used in continuous and interrupted cuts, M8 suits medium machining applications. Heavy-duty R4 is designed for roughing of steels and cast irons, while positive cutting land on C2 ensures...

End Mills

Utility Cutters utilize square shoulder insert edges.

Utility Cutters maximize effects of APET and XPET Inserts by utilizing areas not typically used in 90Ã-

End Mills

Milling Cutters machine high-temperature alloys.

Available in face and end-mill configurations, ValMILL(TM) V590 provides square, 90Ã-

End Mills

Solid Carbide End Mills feature TiAlN coating.

Maestro(TM) Metal Removal brand end mills utilize flute design that provides chatter-free milling in ferrous workpiece applications. Able to work with steels, stainless steels, cast iron, and high-temperature alloys, product has TiAlN coating that protects tool surface, even after 2,000 in. milled. End mills, available in inch and metric sizes, are offered in regular lengths or long shank style....

End Mills

Metric End Mills cut medium and hard materials.

Available in 2, 3, and 4-flute designs, solid-carbide AECM Series features AlTiN coating and is engineered with corner radii ranging from 0.1-1.5 mm as sizes increase. Cutter diameters range from 1-12.0 mm with tolerance of +0.000/-0.014 mm up to +0.000/-0.043 mm, depending on size. Shank diameters range from 4-12 mm and are held within -0.0025 to -0.008 mm. TIR maximum is 0.012 mm.

End Mills

End Mills suit multi-function machining.

Solid carbide, Multi-Axis Series MA allows ultra-aggressive feed rates on most ferrous materials. Featuring neck-relieved design, tools are suited for deep pocket milling operations, as well as ramping, pocketing, slotting, and 3D contouring. They help reduce need for preparatory operations such as pre-drilling.

5 and 13 Micron Resolve Columns with Greater Bed Stability

Jordi Labs provides materials solutions that set the standard for innovation and quality. Our line of GPC and GFC columns are on the cutting edge of precision manufacturing and a result of our uncompromising commitment to quality and customer service. See our video to learn more.