3 axis trimming and drilling with bridge-cut system Le Creno is recognized for the design and manufacturing of specific machines. The Creno AERO is a turnkey device, reliable and efficient ensuring productivity and high machining quality. World leader, the Creno Aero Machine automates the sheet trimming process with a very high level of productivity and quality. This is made possible because of our R&D team who developed the principle of the “bridge-cut” more than ten years ago. From your 2D CAD files, the machine generates the optimal nesting, in order to minimized scrap. Then the trimming is automatically performed along with the drilling of a stack of aluminum sheets up over 12 mm (0,47”). The automatic tool changer, the efficient dust extraction system and the « Bridge-cut » system offer a full automation of the operations. ABOUT LE CRENEAU INDUSTRIEL Le Créneau Industriel has 40 years of experience in the development of innovative machining solutions, providing our customers worldwide, especially in the aerospace industry, state-of-the art machines and process. This is made possible through an ambitious R&D development program, with a dedicated in house R&D team and numerous partnerships. Le Créneau Industriel is dedicated to provide local support to customers with technical teams in Europe, USA and Asia. LE CRENEAU INDUSTRIEL 10, rue du Pré Paillard - 74940 Annecy-le-Vieux - France | Tel : +33 (0)4 50 64 03 85 | Fax : +33 (0)4 50 64 02 28 www.creneau.fr - creneau@cr

Creno AERO 3 axis trimming and drilling with bridge-cut system Spindle • Power = 20 KW • Speed = 24 000 tr.min-1 • Taper = HSK E50 Axis strokes Moving table: • X = 3 700 mm (145,66") • Y = 1 500 mm (59,05") • Z = 300 mm (11,81") Material • Aluminum multi sheet up to 12 mm (0,47") • Titanium and steel in single sheet from 0.3 to 2.5 mm (0,01" to 0,09") Tool changer • 16 storage positions • Tool length = up to 150 mm (5,90") • Maximum tool diameter = 50 mm (1,96") Machining type • Trimming • Drilling • Surfacing Axis speed • X = 20 m.min-1 • Y = 20 m.min-1 • Z = 15 m.min-1 For more information...