Smart Manufacturing Experience Page 1

Transcription

1 Adaptive Post-Processing Three manufacturing components working in a s ingle s tep Page 1

2 Presenter Jean-Nicolas RUBY 25+ years experience in CAD/CAM manufacturing Page 2

3 So many words! Machine learning Zero Paper Know-How Compatibility Digital Twins Supply Chain Design Changes Flexibility Artificial Intelligence IoP Sensors IoT Integration 3D Printing Cloud Optimization Interoperability CAD/ CAM Big Da ta Additive Manufacturing Lights -Off Manufacturing Digital Manufacturing Page 3

4 Smart Manufacturing - Definition According to the National Institute of Standards and Technology Smart Manufacturing are systems that are fully-integrated, collaborative manufacturing systems that respond in real time to meet changing demands and conditions in the factory, in the supply network, and in customer needs. Page 4

5 The Third indus trial revolution Page 5

6 Resources available today Skilled people: Classic Machinery: Additive and Hybrid Manufacturing Machines: Automation tools: Software: Page 6

7 How most companies use these tools Machining is planned for a pre-defined CNC machine CAD CAM MCD Simulation Errors! Machining Inspection Shipping Rigid, serial process If you need to change the target machine Page 7

8 Common MFG process issues: Difficulties to meet changes in: Factory conditions Supply network Customer needs CAM1 CAM2 Page 8

9 Back to Smart Manufacturing definition Smart Manufacturing are systems that are fully-integrated, collaborative manufacturing systems that respond in real time to meet changing demands and conditions in the factory, in the supply network, and in customer needs For manufacturers, suppliers, and contractors in the industrial/equipment industries, it translates to: Changing the target machine (type, location, equipment, ) at any time based on client and environment changes. Page 9

10 Different solutions are proposed to solve these problems Some companies offer you to use a single Vendor system from Software, Machines, automation etc Other ones say that big data analysis will help you in doing that Some automation companies claim that using same NC controller all across will solve the issues I propose you to Program for the PART Page 10

11 Programming for the PART Manufacturing the PART requires you to know about: Technical characteristics of material to process (Cut and/or Add material) Machine power available Material cutting conditions Programmer knows the possible depth of cut automation will optimize your feed rate Programmer chooses his cutting strategy Page 11

12 Programming for the PART You are now independent of machine context All optimization parameters are saved in your CAM file The toolpath is fixed relative to PART geometry; the Post manufacturing solution ADAPTs the program to the machine context Page 12

13 Meet changing demands and conditions Program for the PART using one or multiple CAD/CAM systems Use the same Post ADAPTIVE Solution to automatically ADAPT your programs to machine context Take advantage of Universal Holding Fixture systems to avoid creating rigid toolings again and again Use the ADAPTIVE Post & Simulation to select the best machine for your job context (location, machining time, availability) Page 13

14 Produce more with your existing equipment Now combine your existing: Various CAD/CAM/PLM systems CNC machines (classic and additive) Robots & UHF Riveting & special processes People knowhow With the ICAM Adaptive Post & Simulation solution access to manufacturing AGILITY and enter the 4 th Industrial revolution called Smart Manufacturing Page 14

15 Thank you You are welcome to contact me: Page 15