A milling strategy provides a scenario for a milling application. The strategy defines the milling cutter, the cutting data, and the recommended trajectories for the milling cutter.
But milling strategies are a typical chicken-or-egg dilemma. Which one leads the other two? Is the tool path the driver and milling cutter type, and feeds and speeds should be adapted? Or is the milling cutter type the driving choice? Or the feeds and speeds? Or all 3 at the same time? Or none of the 3?
With this second sessions on Milling Strategies, we want to provide production executives and senior machining experts the evidence-based data and practices to select the technological milling strategies they should apply to innovate and grow their global machining production technology and organization.
WATCH THE RECORDING ON YOUTUBE
Machining Economics part 2
Getting Technical
Why geometry is the undisputed champion of efficient machining?
Tool life maximisation through smart tool life cycle management
Thermo dynamical considerations on machining
The fascinating tale of microseconds and micrometres, and machining quality
Technical Machining Strategy Part 1
Reducing the climate impact of manufacturing utilizing life cycle analysis
Part 2 - What you don't know about tool holders could hurt your manufacturing!
Part 2 - Take full profit of advanced cutting materials
Part 2 - Structural analysis of tool deterioration: strategies for optimal machining performance
Part 1 - What you don't know about tool holders could hurt your manufacturing!
Part 1 - Structural analysis of tool deterioration: strategies for optimal machining performance
Milling Cutter positioning. What it is? And why is it so important?
Machining mastery explored: Model-based machining advancements
Machining Economics part 1
Is average chip thickness an outdated concept?
Compensation Techniques For Smart And Sustainable Machining