SECO TOOLS AB SE-737 82 FAGERSTA, SWEDEN TEL. +46 223 400 00 WWW.SECOTOOLS.COM 02897553, ST20136412 GB, © SECO TOOLS AB, 2013. All rights reserved. Technical specifications are subject to change without notice. Printed by Elanders 2013

* SMG = Seco Material Group 1

Turning – Cutting data Cutting speed vc (m/min) In this section a recommended cutting speed is indicated under specied conditions and a selected SMG (ver.1) Use the tables beginning on page 273 to classify the workpiece material into a SMG. In order to increase the accuracy towards the actual cutting conditions and requirements of the applications the recommendation is to use Secolor Turning Calculator available on www.secotools.com kar (r) = cutting edge angle (°) r = nose radius (mm) ap = depth of cut (mm) f = feed rate (mm/rev) Tool life = 15 min

Turning – Cutting data Tool life = 15 min CVD coated grades TH1500 f (mm/rev) SMG 7

Turning – Cutting data CNMG120408-MF2 PVD coated grades TH1000 f (mm/rev) SMG 7 CVD coated grades TM4000 f (mm/rev) SMG 8 9 10 11 PVD coated grades CP500 f (mm/rev) SMG 8 9 10 11 PVD coated grades CP500 f (mm/rev) SMG 8 9 10 11

Turning – Cutting data CNMG160612-M5 uncoated grades HX f (mm/rev) 0,10 145 130 110 90 uncoated grades KX f (mm/rev) SMG 16 17 18

Turning – Cutting data CNMG120408-MF1 uncoated grades 883 f (mm/rev) SMG 19 20 21 22 Note: We recommend to use the Secolor Turning Calculator, see www.secotools.com, using accurate workpiece material classication, SMG (ver.1)

Turning – JetstreamTooling® Finishing inducer Roughing inducer The mounted Jetstream Tooling® Finishing Inducer gives a universally applicable coolant jet, which provides a well positioned coolant wedge from nishing to medium-roughing applications. As accessories there are Jetstream Tooling® Roughing Inducers available for easy exchange providing a more boosted coolant wedge for clearer roughing applications or for cases demanding more space for the chip ow. Changing the insert Simply loosen both locking screws, and rotate the inducer clear of the insert. Check the conditions of the tool, screws...

Turning – Secomax, Ceramics Introduction Secomax ceramics include a range of products developed to meet the manufacturing industries ever increasing demands on productivity and product performance. The inserts are die-pressed and sintered by a HIP process using very ne and pure raw materials with ne microstructure to reach excellent material properties. All surfaces are then ground ensuring a product with superior dimensions and tolerances. This comes together in a product with outstanding features: – high thermal shock resistance – optimised fracture toughness – excellent wear resistance – high...

Turning – Secomax, Ceramics Geometry recommendations Strong cutting edge geometries are always preferred. • Negative cutting geometry • Chamfered cutting edge • Large nose radius Edge preparation, chamfer size and angle S CS100 is a Sialon type ceramic grade for rough machining of nickel based superalloys High resistance against notch wear Superior edge strength Solid insert Cutting data recommendations The following are recommended cutting data start values Speed (m/min) Feed (mm/rev)

Turning – Secomax, Ceramics Troubleshooting Problem Possible cause Suggested actions Flank wear Excessive feed rate and cutting speed Reduce cutting speed Use larger corner radius Use high wear-resistant grade Crater wear Excessive cutting speed Reduce cutting speed Use smaller lead angle Check edge geometry Thermal cracking Severe cycle of heating & cooling during cutting Excessive feed rate and cutting speed Reduce cutting speed Reduce feed rate Change to dry machining Notch wear Excessive feed rate and cutting depth Reduce cutting depth Reduce feed rate Increase coolant supply Edge aking Excessive...

Turning –Toolholders, ext., JetstreamTooling®, Seco-Capto™ Toolholders for inserts CNGA, CNGG, CNMA, CNMG and CNMM C.-PCLNR/L...JETL For insert programme, see page(s) 30-37 o˚= Rake angle, s˚= Inclination angle Right-hand version shown kar (r) = 95° Dimensions in mm Capto size Spare Parts, Parts included in delivery Toolholder/ Insert dimension C.-PCLNR C.-PCLNL Please check availability in current price and stock-list Finishing inducer Roughing inducer

Turning –Toolholders, ext., JetstreamTooling®, Seco-Capto™ Toolholders for inserts DNGA, DNGG, DNMA, DNMG, DNMM and DNMX C.-PDJNR/L...JETL For insert programme, see page(s) 41-47 o˚= Rake angle, s˚= Inclination angle Right-hand version shown kar (r) = 93° Dimensions in mm Capto size Spare Parts, Parts included in delivery Toolholder/ Insert dimension C.-PDJNR C.-PDJNL Please check availability in current price and stock-list Finishing inducer Roughing inducer

Turning –Toolholders, ext., JetstreamTooling®, Seco-Capto™ Toolholders for inserts SNGA, SNMA, SNMG and SNMM C.-PSSNR/L...JETL For insert programme, see page(s) 56-60 o˚= Rake angle, s˚= Inclination angle Right-hand version shown kar (r) = 45° Dimensions in mm Capto size Spare Parts, Parts included in delivery Lever Toolholder/ Insert dimension Please check availability in current price and stock-list Finishing inducer Roughing inducer

Turning –Toolholders, ext., JetstreamTooling®, Seco-Capto™ Toolholders for inserts TNGA, TNMA, TNMG, TNMM and TNMX C.-PTJNR/L...JETL For insert programme, see page(s) 68-73 o˚= Rake angle, s˚= Inclination angle Right-hand version shown kar (r) = 93° Dimensions in mm Capto size Spare Parts, Parts included in delivery Toolholder/ Insert dimension C.-PTJNR C.-PTJNL Please check availability in current price and stock-list Finishing inducer

Turning –Toolholders, ext., JetstreamTooling®, Seco-Capto™ Toolholders for inserts VNGA, VNGG and VNMG C.-PVJNR/L...JETL For insert programme, see page(s) 78-79 o˚= Rake angle, s˚= Inclination angle Right-hand version shown kar (r) = 93° Dimensions in mm Capto size Spare Parts, Parts included in delivery Toolholder/ Insert dimension Finishing inducer Please check availability in current price and stock-list