Wiki to help you retrieve all the information to create NC resources.
From standard NC milling machine, accessories with kinematic, NC assemblies
to more advanced Angular NC assembly, multi-spindle milling machine
| Item# | Page Title | Description |
| 1 | 100 NC assemblies in mm and inch for demonstration | Cutting tool samples |
| 2 | Resources definition : Which ports for which resources ? (summary) | According to the resource type, you have to define mandatory ports (axis systems), this wiki is summarizing which one to create |
| 3 | How to use Bookmarks in DELMIA Machining applications | Bookmarks can be created to manage tool holders and assemblies. This wiki is explaining how this is working. |
| 4 | Machine kinematics creation with new display command and invert axis | Very nice display to create new machine or new accessories |
| 5 | How to create lathe turret with Y 45deg ? | Methodology to create and simulate turret with XYZ orthogonal motion with non orthogonal joints |
| 6 | How to create NC assembly for milling with user rep | Methodology to create milling cutting tools with a user representation |
| 7 | How to create a brush of Cleaner type | Explanation on how to change the type as 'cleaner' if you don't want to do material removal. |
| 8 | How to create lathe assembly with User rep | Methodology to create lathe cutting tools with a user representation |
| 9 | How to import ISO13399 tool/holder via Cutting Tool Builder - NTT role with .p21 or GTC files | With NTT role (Cutting Tool Technologist), it is possible to create automatically tools and holders in the 3DEXPERIENCE from external vendors website. |
| 10 | How to create Angular NC Assembly | Specific methodology to define the mount and base axis for angular NC Assemblies |
| 11 | How to create interchangeable head | Specific methodology to define interchangeable heads |
| 12 | How to create synchronized multi-spindle milling machine | Specific methodology to define synchronized multi-spindle milling machine |
| 13 | How to create a 3D Milling machine and auto-center vice with Equipment Design apps | Methodology to create a NC Milling machine and an accessory (auto-center vice) |
| 14 | How to put the 3D machine on the floor | Methodology to position the machine geometry on the floor before to create the resources. |
| 15 | How to create 3D milling machine with two tool change positions | Methodology to create several tool change positions on the 3D machine |
| 16 | How to create a 3D lathe machine with Equipment Design apps | Methodology to create a mill-turn machine. |
| 17 | How to merge accessory and machine kinematics | Highlight a new functionality enabling the merge of accessory and NC machine kinematic |
| 18 | How to use revisions to update or repair machine models | How you can use revisions for updating or repairing a machine model. |
| 19 | How to create a Manufacturing Cell with a Robot | Methodology to create and program a workcell to machine with a robot |
