SECO HELICAL SN8-13 UNCOMPROMISED PERFORMANCE AND LOWER COST PER EDGE Keep up with customer demand for lower part prices. The Seco Helical SN8-13 features double-sided helix inserts with eight cutting edges that significantly lower cost per edge to boost slotting, side milling and circular rough milling efficiency. Built for difficult applications involving ISO P, M, K and S materials, the cutters offer application-specific sub-family designs featuring left or right-hand helixes, half or full effective teeth options, two front insert and many radii choices for long tool life and maximum chip evacuation. Reliable and user-friendly, the Helical SN8-13 also eliminates incorrect indexing of front and helix inserts, reducing operator error. POSITIONING HELICAL MILLING 2 cutting edges Turbo 06 (85) Turbo 10 (96/120) Turbo 12 (100/125) Turbo 16 (114/144) Turbo 18 (130/169) 4 cutting edges T4-08 (66) T4-12 (79) Combo 4/8 cutting edges SN8-13 (35/44) 12 16 20 25 32 40 50 63 80 100 DC Cost per edge index (direct pressed/ground) based on XOMX12 2022 F40 M list price Please note that the data shown is just an extract and more products are available. For more information please visit www.secotools.com.
CUSTOMER BENEFITS • High MRR for increased productivity • Exceptionally low cost per edge • Long tool life in P, M, K and S materials • Tackle difficult applications easily SECO HELICAL SN8-13 HELICAL SN8-13 – INSERT GEOMETRY CHOICE FLOW P M M12 1st choice K S IF RESULT IS NOT ACCEPTABLE (WEAR MODE*) *Chipping / vibration *Chip sticking P M14 K M ME10 S OK HELICAL SN8-13 – SUB FAMILY CHOICE FLOW M S Short/medium overhang and power OK P K Long overhang or limited power IF RESULT IS NOT ACCEPTABLE CONTACT SECO SUPPORT Stable workpiece Lifted workpiece Usual Fz / no chocs Aggressive Fz / chocs Ae < 30% x Dc Ae > 30% x Dc Please note that the data shown is just an extract and more products are available. For more information please visit www.secotools.com. OK R.82 Right Helix (SN/XO16) 1st choice R.82-H Right Helix (SN/AC15) R.81-K Left Helix (SN/AC15) K = Z R.81 Left Helix (SN/AC15) K = Z/2