Machining Technology Polygon Turning
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Machining technology Polygon Turning Establishing flats efficiently through polygon turning.

Cost efficient manufacturing on the lathe: Efficient Flats through Polygon Turning! When it comes to turned parts, particularly in the fittings and hydraulics industry, machining of flats is a timeconsuming process. This time factor is associated with a huge expense. Specializing in insertable form tool systems, Schwanog has designed an impressive solution which drastically reduces costs. Using the Schwanog polygon system, flats can be produced directly on the lathe using polygon cutters and elimi-nating the time-consuming milling process. Application: Using a polygon turning attachment or...

Production sequence Plunging (radial) procedure Tool and part rotate in the same direction. Cutting edge Start position (tool engagement) tool starts Flat is being produced. Tool disengages. Longitudinal (axial) turning (Plunge turning also possible) Visit our website at www.schwanog.com and watch the 3D animation for polygon turning. Take this opportunity and use our capability to lower your part costs and thus increasing your profitability. We are looking forward to show you how, just call or email us your application along with part drawing.

Insertable tooling systems. Recommended cutting speeds and feeds Amplification ratio 2:1 Vc total = Vc tool + Vc component main spindle d width across flats · main spindle Free cutting steel Plunging Cutting speed 700 600 400 Vc total in m/min. Feed rate in mm/rev 0,08 0,05 0,03 Longitudinal Turning Cutting speed 1100 900 550 Vc total in m/min. Feed rate in mm/rev 0,15 0,1 0,05 ID Whirling (Thread mills) Thread milling Polygon turning Form drilling Shave Tools Rotary transfer machines Selector system Schwanog LLC 1630 Todd Farm Drive · Elgin, IL 60123 Phone: 847- 289 -10 55 · Fax: 847- 289...