The Construction Plane determines the direction and position of the X, Y & Z axis The foundation stone to good Advanced Milling work depends on the ability of the user to control the CPL and the Z-Level. CAD entities not only need to be correctly created but, they must also be aligned in the orientation that a machine tool will address them in. Typically produce components on a Tombstone set-upĬreate CNC Programs for Rotary axis machining centresĪDM1.3 Fundamentals for Design in Advanced Milling To be able to machine with a Primary, Secondary or indeed Rotary axis, one must appreciate that the CAD geometry needs to be positioned and orientated in the correct position. Positional control Primary and Secondary axis of a machine Tool (A & B axis) Advanced Milling is perceived as the ability to: Typically, on the machine tool, the index will be performed by an A° or B° letter address within the code. It is generally used in exercises and offers further advice.ĪDM1.2 What is Advanced Milling Advanced Mill – also referred to as Multiplane Milling - allows you to rotate the machine tool axis so that you can perform milling operations on various faces in the same Manufacture session. It contains information that you must not ignore. It is generally used in exercises and contains a question for you to consider. It directs you to another part of the user guide. It contains useful or additional information. Keys on the keyboard are represented as bold lettering. For example: Enter the value in the Offset field. For example: Select the Open option from the File menu.įield names are represented as bold text. EPF You cannot generate CNC programs whilst running Student Edition mode Right-hand mouse click over the EdgeCLS and select ‘Run Student Edition’ĪDM1.1 Conventions used in this guide To enable you to use the information in this guide effectively, you need to understand the conventions used in the guide to represent different types of information.īuttons on the screen are represented as bold lettering with initial capitals. This feature runs for 999 days and will allow you save files. Student Edition mode allows you to experience all available licences in EdgeCAM. If you find this to be the case, run EdgeCAM in Student Edition mode. If you do not posses a Solid Machinist licence you will be unable to execute the lesson. Licensing Requirements Some of the exercises use Solid parts (X_T Files). It is assumed that delegates wishing to attempt such exercises will have already received the appropriate Solid Machinist training. Certain elements of the course use Solids based files. You must be conversant with CAD and CAM principals found in EdgeCAM and to that ends you should have attended an approved Pathtrace Training Course.
Edgecam reference guide windows#
Knowledge of other Windows based CAD/CAM applications, would be beneficial.
Edgecam reference guide Pc#
Pre-requisites This lesson assumes that you are familiar with a PC and the Windows operating system. Use the right-hand column to tick off those topics you have completed. Rotary Machining Exercise 16 – Rotary Machining Design Exercise 17 – Rotary Text Design Exercise 18 – Machining Rotary Components Exercise 19 – Machining Rotary Text Exercise 20 – Unwrapping Solid Parts Intelli Drill Exercise 13 – Multi Level Drill Cycle Exercise 14 – Multiplane Machining Exercise 15 – Tombstone Machining Set-Up Exercise 15a – Tombstone Machining Extended Offsets Machining with the Advanced Production Licence Exercise 10 – Inserting Multiple Components Exercise 11- Merge Sequences Exercise 12 – Rationalise Command Machining Multiple Components Exercise 9 – Insert Component Command Manipulating Views Exercise 8 – Enhanced Mouse Controls Manipulating Views Exercise 5 – Clipping Views Exercise 6– Tracking Clipped Views Exercise 6a – Tabbed Views Layer ControlĪdvanced CPL Creation Exercise 7 – CPL’s from geometry Tabbed Views Exercise 4 – Creating Tabbed Views ADM1 EdgeCAM – Advanced Milling Objectives The aim of this lesson is to teach you the basics you need to know to use EdgeCAM to design and manufacture components.įundamentals for Design in Advanced Milling Exercise 1 – Introduction to CPL’s and Z-Levels Exercise 2 – Working with Z-Levels Exercise 3 – Creating and Editing CPL’s for Solid Parts Exercise 3a – Creating CPL’s for Wireframe Parts