Technical Machining Strategy Part 1: What are machining strategies and why should you care?

What are milling strategies and why should you care about them?

Milling is used widely in the manufacturing industry for finishing complex workpieces and its optimization is key to achieve higher productivity, lower production costs, higher and more consistent quality, higher process reliability, and more. So then, how to select the most suited milling strategy to achieve all the above goals? Adequate models describing machining processes both technological and economical are an absolute must-have!

In the next two Getting Technical sessions on Milling Strategies, we provide production executives and senior machining experts the evidence-based data and practices, to select the milling strategies they should apply to innovate and grow their global machining production technology and organization.

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Why geometry is the undisputed champion of efficient machining? fhjofmdltd1v98apmrb4u43v5m

Tool life maximisation through smart tool life cycle management qob54ttllh18n81ic2safrq94k

Thermo dynamical considerations on machining j0hua4m00d5gj0j2mh5ps8qa0n

The fascinating tale of microseconds and micrometres, and machining quality g33qe7hdq11rhd0kdbetrapv3u

Technical Machining Strategy Part 2 f55b78aij97aha85iesmu1490k

Reducing the climate impact of manufacturing utilizing life cycle analysis fk693ki7jd5dlbb6v1gmojs75i

Part 2 - What you don't know about tool holders could hurt your manufacturing! f72utalvq152he1ev5frq9av73

Part 2 - Take full profit of advanced cutting materials tfg8f669312f1cue7rvtpu1b13

Part 2 - Structural analysis of tool deterioration: strategies for optimal machining performance brtdaqnp395ub94ohjs3g9874t

Part 1 - What you don't know about tool holders could hurt your manufacturing! f72utalvq152he1ev5frq9av73

Part 1 - Structural analysis of tool deterioration: strategies for optimal machining performance brtdaqnp395ub94ohjs3g9874t

Milling Cutter positioning. What it is? And why is it so important? f55b78aij97aha85iesmu1490k

Machining mastery explored: Model-based machining advancements e3h31a9dtl021e4pm14cgmep6n

Machining Economics part 2 fss4ub4bld53deb8ub9qr0293c

Machining Economics part 1 f55b78aij97aha85iesmu1490k

Is average chip thickness an outdated concept? 6io2vpqdel0792a6jho7abf71m

Compensation Techniques For Smart And Sustainable Machining n53k5sp38h3q7dqdohc3k1d77g