Calculating Force for Woodworking Router Projects

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SUMMARY

The discussion focuses on calculating the force required to operate woodworking routers through various materials. Key calculations involve determining cutting force, feed speeds, and power consumption, which can be derived from basic machining theory. Participants suggest treating the operation as a milling process to obtain more generalized formulas applicable across different routers. Reference to basic machining theory textbooks is recommended for comprehensive understanding.

PREREQUISITES
  • Basic machining theory
  • Understanding of cutting force calculations
  • Knowledge of feed speeds in machining
  • Familiarity with power consumption metrics in woodworking tools
NEXT STEPS
  • Research cutting force calculations in milling operations
  • Explore feed speed optimization techniques for woodworking routers
  • Study power consumption metrics for various woodworking tools
  • Review basic machining theory textbooks for foundational knowledge
USEFUL FOR

Woodworkers, mechanical engineers, and anyone involved in optimizing router performance and efficiency in woodworking projects.

jwest22
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hi, I have this problem that I have no idea how to solve, I’m trying to do some calculations for a project, so, does anyone have any ideas what calculations you might use to work out what force is required to push a wood working router through material, I want to apply these calculations to many different routers so I suppose the wattage or rpm isn’t important?

Any suggestions, thanks
 
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I have some great lecture notes on this topic, but haven't got them to hand. Pick up any basic machining theory textbook and this will define all the info you need, such as how to calculate cutting force, feed speeds, power consumed etc. If you treat this as a milling operation (rather than routing wood) then you'll get more general cases.
 

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