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The High-Performance Quadro 15 Plus Drill Reamer geometry was developed to optimize performance and tool life in steel and cast iron applications.

The Asycut drill reamer is a 3-margin asymmetrical geometry for use in magnesium, aluminum, steel, and stainless steel.

Fullcut Mill FCM Type has a positive high rake cutting edge for both radial and axial directions to achieve smooth and quiet end milling.

Touch-screen technology allows you to easily access and operate all of the SPERONI software features without using the keyboard or mouse.

Fullcut Mill FCR Type is an indexable insert end mill offering supreme cutting performance for your most demanding milling applications.

NEW BABY NUT has a 45˚ trapezoidal thread that offers less friction and better alignment to the center when clamping a collet.

The MEGA Wrench offers firm and easy tightening using a one-way clutch system with a roller bearing and ratchet function.

Collet Ejectors can quickly and easily insert/remove small sizes of New Baby Collets from MEGA Nuts & New Baby Nuts.

Perfect Seal Collets (PSC) allow for coolant through the cutting tool. They can be used with MEGA Double Power Chucks, Hydraulic Chucks, and New Hi-Power Milling Chucks.

OCA Collets allow for coolant through the cutting tool. They can be used with MEGA Double Power Chucks (MEGA-D) and New Hi-Power Milling Chucks (HMC).

The NEW HI-POWER MILLING CHUCK is a heavy-duty milling chuck featuring a thick-walled body and boasting high gripping force, rigidity, and stable performance.

The Spicut drill geometry is an excellent low-cost solution for challenging applications in non-ferrous, long chipping materials such as aluminum.

The geometry of High-Performance Phoenix drills was developed for maximum performance and high ROI in most common and exotic materials.

The BF-CUTTER was exclusively designed for back spot facing of capped bolt holes, sizes M6-M16, or 1/4"-5/8.

Micro pilot drill geometries with 1-2xD flute length, large point angle, and positive diametrical tolerance allow them to optimize the guidance of a succeeding drill.