2
Advanced CNC Milling Programme A four-day course exploiting the use of CAD/CAM for 3D CNC milling processes. Explore advanced cutting strategies employed by CAM systems. This is a practical “hands on” course with machining & computer activities. Course aims This course enables the candidate to gain an understanding of the principles employed in 3D CNC milling techniques using CAD/ CAM software: Milling for mould tools 3-axis milling Milling Mould 5-Axis for multi- axis milling The process for milling complex surfaces The process for programming a mill-turn part You will gain an understanding of different cutting strategies used in the latest CAM software suites. Who should attend The course is aimed at candidates who have a good basic understanding of CNC milling operations and a basic understanding of CAD packages. Candidates will also have knowledge of G-coding and programming using Canned Cycles, they should have the desire to up-skill and expand their present abilities to meet future demands. Course cost £500 Engineering the Next Generation GS025 E I E D For further information please contact: Katie Hemingway T: 0114 222 9958 E: [email protected] W: www.amrctraining.co.uk

Advanced CNC Milling Programme - AMRC Training … Training Leaflets/CNC...course with machining & computer activities. Course aims This course enables the candidate to gain an understanding

Embed Size (px)

Citation preview

Page 1: Advanced CNC Milling Programme - AMRC Training … Training Leaflets/CNC...course with machining & computer activities. Course aims This course enables the candidate to gain an understanding

Advanced CNC Milling ProgrammeA four-day course exploiting the use of CAD/CAM for 3D CNC milling processes. Explore advanced cutting strategies employed by CAM systems. This is a practical “hands on” course with machining & computer activities.

Course aimsThis course enables the candidate to gain an understanding of the principles employed in 3D CNC milling techniques using CAD/CAM software:

• Milling for mould tools 3-axis milling

• Milling Mould 5-Axis for multi-axis milling

• The process for milling complex surfaces

• The process for programming a mill-turn part

You will gain an understanding of different cutting strategies used in the latest CAM software suites.

Who should attend The course is aimed at candidates who have a good basic understanding of CNC milling operations and a basic understanding of CAD packages.

Candidates will also have knowledge of G-coding and programming using Canned Cycles, they should have the desire to up-skill and expand their present abilities to meet future demands.

Course cost £500

GS025

Engineering the Next Generation

GS029GS025

EUROPEAN UNIONInvesting in Your FutureEuropean RegionalDevelopment Fund 2007-13

For further information please contact:

Katie Hemingway

T: 0114 222 9958 E: [email protected]: www.amrctraining.co.uk

Page 2: Advanced CNC Milling Programme - AMRC Training … Training Leaflets/CNC...course with machining & computer activities. Course aims This course enables the candidate to gain an understanding

Day one • Techniques for roughing and re-roughing

• Finishing on walls

• Finishing on circular areas

• Finishing with parallel passes

• Re-machining with separate strategies for horizontal and vertical

corners

• Re-machining along edges

Day two • How to create Free-Form features for 5-axis milling operations

• Composite 5-axis milling based on parallel planes

• Composite 5-axis milling based on a progressive offset of the part

boundary

• How to create ruled features for swarf milling operations

• Swarf milling on an impeller

Day three• The process for milling curved surfaces

• How to create 3-axis roughing operations using check, part, and

stock surfaces

• How to save simulation stock to external files

• Adaptive one-pass facing

• How to create 5-axis finishing operations

Day four • Set up machine for 5-axis use

• Tool setting

• Work setting

• Machine proving programs

Programme delivery• 4-Day programme

• Classroom & workshop based

• Practical based programme

Engineering the Next Generation