Most of you have probably gotten into lean implementations. Lean is
basically about getting rid of waste—time, space, materials, and
expense—within your manufacturing setup. For instance, lean
manufacturing can lead to reducing inventory and reducing WIP, which is
a big deal. With 5-axis machining, you can elim
Most of you have probably gotten into lean implementations. Lean is
basically about getting rid of waste—time, space, materials, and
expense—within your manufacturing setup. For instance, lean
manufacturing can lead to reducing inventory and reducing WIP, which is
a big deal. With 5-axis machining, you can eliminate quite a bit of
WIP, thanks to the elimination of setups. Finished goods inventory
reduction is important because much of the manufacturing world wants
smaller quantities delivered on a specific date, so you really can’t
afford to invest in large volumes of inventory or overproduction.
You
have the ability to produce the parts your customers need when they
need them, so you can run your business with better cash flow.
Lean
principles can also lead to improved part handling in staging,
movement, counting, tracking, and expediting. Along with this, it can
help in removing some of the waste involved in the prove-out and
redundant inspection processes, thanks to the faster cycle times
associated with 5-axis.
If you put all these benefits in
front of you, it’s easy to see that most shops can benefit from a
5-axis machining setup to help their lean progress.