Eliminate chatter vibrations to prevent wear and save on tooling costs. Produce quality parts with optimal surface finish and dimensional accuracy.
Using Artificial Intelligence (AI), we have transformed years of research into an optimized milling software service for all regardless of the scale of operation or expertise. We are creating a future where every manufacturer and machine operator can elevate quality, productivity, and sustainability.
Our storyEliminate chatter vibrations to maximize productivity and improve the quality of the surface finish with Productive Machines stability map. Stop iterative process and expensive prove-outs and make the best part, faster, right first time.
Find out moreGet the optimal feed rate and spindle speed for your machine settings on our web apps
Our TapStarter launch bundle includes tap testing hardware kit and software that collects and analyses FRF data to gain insights into your machine dynamics.
Inspect the health of your spindle to extend tool life and prevent downtime (requires FRF data)
Apply optimal feed rates to optimize the cutting forces of your machining process to increase speed.
Apply optimal Feed Rates and Spindle Speeds to achieve the fastest chatter-free results (requires FRF data).
Full automated software service for toolpath
optimisation of chatter-free milling processes.
Optimizing your toolpaths with Productive Machines can lead to
Productive Machines Launches Cloud-based App for CNC Machining Optimization that prevents chatter vibrations and provides engineers with a simple-to-use solution to select optimum, stable spindle speeds ...
ReadThe Spindle Speed Calculator app helps engineers to select the right set of parameters for profiling providing spindle speed and depth of cut combinations to achieve stable milling processes.
ReadThe tap test is one of the oldest tools in the box for assessing the quality and integrity of machines, materials, components and structures. It relies on simple physics: the kinetic impulse of a hammer strike dissipated as ...
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