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FOCUS Laser/plasma cutting P. 36 SPECIAL FEATURE Additive Manufacturing P. 65 EM - Interview Kel Kearns Site Plant Manager, Sanand Vehicle Assembly & Engine Plant, Ford Motor Company (p. 26) Also available in China, Taiwan, Singapore, Malaysia, Thailand & Hong Kong A framework for enhancing reliability AEROSPACE MANUFACTURING TRANSFER SYSTEMS EFFICIENT MANUFACTURING www.efficientmanufacturing.in VOL 06 | AUG 2015

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Over the last few years, a new breed of global consumer has emerged that is more diverse, demanding and connected than ever before, thereby raising product quality and service delivery expectations to unprecedented levels. Serving these customers is perhaps the greatest opportunity for growth many global companies will have for a generation. In response to this changing trend, manufacturing has gone global. Production facilities and supply chain networks are now distributed across the world. Leading manufacturing firms are racing to standardise and harmonise their processes and systems on a global scale in an effort to ensure the right products are delivered on-time, on-quality, and on-volume. Companies now understand that they will not succeed if they are not competitive with the level of quality, innovation, efficiency, safety and environmental stewardship delivered within both their home country and in the various countries where they operate.

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  • FOCUS Laser/plasma cutting P. 36

    SPECIAL FEATURE Additive Manufacturing P. 65EM - InterviewKel KearnsSite Plant Manager, Sanand Vehicle Assembly & Engine Plant, Ford Motor Company (p. 26)

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    A framework for enhancing reliabilityA framework for enhancing A framework for enhancing A framework for enhancing A framework for enhancing A framework for enhancing A framework for enhancing A framework for enhancing AerospAce mAnufActuring trAnsfer systems

    EFF IC IENT MANUFACTURING

    www.efficientmanufacturing.in

    VOL 06 | AUG 2015

  • ED ITOR IALED ITOR IAL

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    ED ITOR IALED ITOR IAL

    Over the last few years, a new breed of global consumer has emerged that is more diverse, demanding and connected than ever before, thereby raising product quality and service delivery expectations to unprecedented levels. Serving these customers is perhaps the greatest opportunity for growth many global companies will have for a generation. In response to this changing trend, manufacturing has gone global. Production facilities and supply chain networks are now distributed across the world. Leading manufacturing firms are racing to standardise and harmonise their processes and systems on a global scale in an effort to ensure the right products are delivered on-time, on-quality, and on-volume.

    Companies now understand that they will not succeed if they are not competitive with the level of quality, innovation, efficiency, safety and environmental stewardship delivered within both their home country and in the various countries where they operate. The first step to accomplish this goal is selecting the right business partners with the track record of successful global deployments. The next step is to actually implement a system capable of delivering visibility, control and synchronisation of your business processes to attain operational collaboration for manufacturing excellence on a global scale.

    In case of aerospace industry too, the ability to collaborate remotely has significantly increased the globalisation of aerospace supply chains. With this, the amount of manufacturing and maintenance outsourcing is estimated to have reached to about 80% of the airplane. This crucial need for outsourcing calls for having systems in place to manage the entire complex process of manufacturing transfer. The Cover Story in this issue addresses the technicalities of this topic, not just relevant to aerospace industry but other manufacturing sectors as well.Happy reading!

    Shekhar Jitkar Publisher & Chief [email protected]

    The need for outsourcingCompanies now understand that they will not succeed if they are not competitive with the level of quality, innovation, efficiency, safety and environmental stewardship delivered within both their home country and in the various countries where they operate

    EDITORIAL ADVISORY BOARD

    Sonali KulkarniPresident & CEOFanuc India

    Dr Wilfried AulburManaging PartnerRoland Berger Strategy Consultant

    Vivek SharmaManaging DirectorYamazaki Mazak India

    N K DhandCMDMicromatic Grinding Technologies

    Dr K Subramanian President, STIMS Institute, USATraining Advisor, IMTMA

    S RavishankarManaging DirectorWalter Tools India

    Raghavendra RaoVice PresidentManufacturing & Process ConsultingFrost & Sullivan

    Dr P N RaoProfessor of Manufacturing TechnologyDepartment of TechnologyUniversity of Northern Iowa, USA

    Satish GodboleVice President, Motion Control DivSiemens Ltd

    Vineet SethManaging DirectorIndia & Middle EastDelcam Plc

    Overseas Partner:

    China, Taiwan, Hong Kong & South-East Asia

    7EM | A u g 2015

  • 44

    AUTOM AT IO N & C ON TROL | APPL I CAT I ON

    EM | A ug 2015

    Quantum leap in micromachiningWith the 701S machining centre, Willemin-Macodel has introduced a quantum leap in the machining of small parts by fully exploiting the dynamics and rigidity of the delta kinematic for the first time. This was achieved through the reduction of moved masses and by leveraging powerful PC-based CNC technology from Beckhoff.

    The Delmont, Switzerland-based Willemin-Macodel company specialises in machines for small part machining. The systems are used in the watch making industry, medical technology and the aerospace industry, among others. Denis Jeannerat, Technical Director, explains, Our core competency is in high-precision machines for full-process machining. Because fixing small workpieces has always represented a challenge, the same machine now performs all machining steps without the traditional division of processes into turning, milling and grinding. The machine also takes care of the parts handling, i.e. the careful insertion

    and removal of the workpieces. A prime example of this is the 701S machining centre, which was introduced at the EMO 2013 trade fair.

    A simple idea revolutionises micromachining

    On the face of it, the idea behind the new machine sounds simple: The 701S micromachining centre features a delta robot that has been inverted placed upside down, so to speak. This robot moves the workpiece a task usually handled by the tool carriage. Denis Jeannerat explains the thinking behind

    Ajey PhatakMarketing Manager,Beckhoff Automation,[email protected]

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