My Tool, My Coating by Platit AG

SWITZERLAND

INFO & SERVICE

LITERATURE [1] Compendium 2016 – 57th edition

Platit AG, CH-Selzach [2] T. Cselle a.o.: Series 11 equipment

with four coating generations, Werkzeugtechnik, No. 134, 8/2013, pp.36-43 [3] M. Jilek, a.o.: Super hard nano-

composite coatings, Pure Appl. Chemn, vol 74, No.3, 2002. pp.475481 [4] T. Cselle, a.o.: New QuadCoatings for Milling Werkzeugtechnik, No.150b, 10/2015, pp. 40-45 [5] A. Lümkemann, a.o.: Dedicated

PVD Coatings for High-Performance Gear Hobbing, ICMCTF, GP11, San Diego, 2016 [6] F. Barthelmä, a.o.: Oxinitridische

und nanoskalige PVD-Hartstoffschichten erhöhen Leistung beim Titanfräsen - VDI-Z, 1/2014, pp.54-57 [7] M. Morstein, a.o.: Toughness- Enhanced Coatings for Demanding High-Performance Tools. ICMCTF, B5-1-5, San Diego/USA 2016 [8] M. Jilek jun., a.o.: High-Rate Deposition by Central Cylindrical DC Magnetron Sputtering. ICMCTF, San Diego/USA, 2014 [9] T. Cselle, a.o.: Turbos for the flag-

ship Pi411. Werkzeugtechnik, Nr. 155, August/2016

7 Typical pre-set parameters at coating of solid carbide end mills (© Platit)

Outlook More and more tool manufacturers and grinders (already over ~1000 today) avoid dependence on contract coating by integrating their own coating system into their manufacturing process [15]. For this, they need the following WW flexible coating systems with various technologies (ARC, high-performance sputtering and PECVD) WW open-source technologies in order to stay up to date in all areas (coating,

cleaning, cutting edge preparation and decoating). With the help of the integrated systems, they will be capable of setting up the right parameters (coating thicknesses, cutting edges, etc.) for all types of tools minimizing delivery times and operations expenses and offering their own brands as dedicated coatings [16], [17]. W

Transl ated by Pl ati t AG

[10] M. Jilek, sen.: The cylindrical

cathode for deposition of layers by PVD method, Patent application, PV 2015-837, 27.11.2015, Prag, 2015 [11] M. Jilek sen.: Method of deposition of boron based wear resistant layers. Patent application, PV 2016-61, 5.2.2017, Prag, 2016 [12] B. Wittel, a.o.: Productive decoat-

ing of PVD coatings WB Werkstatt und Betrieb 9/2014, München, pp 70−72 [13] J. Habermeier, a.o.: Heraus-

forderungen bei der mechanischen Bearbeitung von Turbinengehäusen in der Großserie. Workshop Schwer zerspanbare Werkstoffe in der industriellen Praxis. Nürtingen, Carl Hanser Verlag, März 2014 [14] A. Lümkemann, a.o.: Edge prepa-

ration and coatings, 13th Surface conference, Chemnitz, 3/2012 [15] T. Cselle, a.o.: Do It Yourself is in-

Trend, Swiss Quality Production, Hanser, 2015, pp.27-29

INFO & SERVICE

LITERATURE [16] T. Schär, a.o.: Cr-based Coatings for Fine Blanking - ICMTCF, BP-4001, San Diego, 2016 [17] Hobohm, M.: Der Verdoppler –

Hochgeschwindigkeitsbohrer für die Gussbearbeitung.WB Werkstatt und Betrieb 12/2014, Hanser, pp. 36−38 3. [18] T. Cselle: Coatings for Cutting of High Performance Materials Adaptive and Smart Manufacturing, Conference for the 200th anniversary of the Technical University Vienna, 9/2016, pp. 197-201

WB Werkstatt + Betrieb 11/2016