DYNAMILL G5 Compact gantry 5-axis high-speed machining center

COMPACT DESIGN / Maximum precision with top dynamics thanks to extraordinarily stable gantry design ROLLER RECIRCULATING UNITS AND AXES GUIDEWAYS – BOSCH REXROTH The Dynamill G5 is the most suitable solution for 5-axis machining in one single set up. The proven machine impresses with its high preprocessing performance and excellent finishing properties with high surface quality and precision. The portal design ensures excellent rigidity and stability combined with high dynamics. CONTROL / Heidenhain TNC 640 HSCI or Sinumerik ONE DIRECT DRIVE 5-AXIS MILLING HEADS BY MECOF DESIGN / Milling / Drilling...

/ High dynamics and accuracy by means of direct drive milling heads / Large working area – small installation surface / Simple foundation design / Machine ready for Industry 4.0 / 15° undercut on universal milling head with high-speed spindle / Direct drive technology on all milling heads with high-speed spindle SUCTION SYSTEM EASILY ACCESSIBLE WORK AREA Dust and fumes can be easily conveyed by Mecof suction system integrated in the fork type milling head. Wide sliding doors on the machine front side for easy loading and unloading of large workpieces. / Automatic tool changer up to 200 tools...

REMOTE ACCESS WITH THE EMCO MECOF VIEWER APP TECHNICAL DATA Linear axes Universal milling head with automatic millesimal positioning and high-speed spindle TWT Fork type milling head with high-speed spindle SP21 Cross axis travel in Y A/C-axes rotation speed Vertical axis travel in Z Repeatability accuracy Positioning accuracy Through the implementation of smart sensors in the machine cabinets and the development of a dedicated software, Mecof created a mobile phone application that can support machine operators in identifying any problem to the electric and electronic components. Linear accuracy...

OVERALL DIMENSIONS & WORKI

EMCO GmbH / Salzburger Str. 80 / 5400 Hallein-Taxach / Austria / T +43 6245 891-0 / F +43 6245 86965 / [email protected] www.emco-world.com EN9062 . 03/23 . Technical modifications reserved. Errors and omissions excepted. beyond standard