Best Part. Faster. First time.
Autonomous optimization for complex parts to prevent chatter vibrations. Obtain new operations with optimized spindle speeds and feed rates.
(Powered from Siemens NX CAM)
Sold per machine toolMachine settings optimization for simple cuts to avoid chatter vibrations and respect constraints of machining set-ups. This package includes software, hardware and training
(Independent of CAM)
£9750 for the first year, Subsequent years £5k per year.
Optimize your CAM toolpath automatically prior to manufacturing,
no expertise is required.
You can maximise the potential of your CNC machines and increase your productivity by applying optimal spindle speeds and feeds across the whole toolpath, customised to your unique machine setup.
How do we do that? We combine machining dynamics modelling and
cutting forces to prevent chatter. Available as a plug-in to
Siemens NX. Mastercam integration coming soon.
Our SenseNC Finesse solution autonomously
creates new operations with
optimal feeds and speeds to avoid chatter
vibrations for complex toolpaths in milling operations.
Eliminate harmful chatter vibrations for complex milling
toolpaths,
reduce the number of iterations on machine tools.
Enhancing Manufacturing Efficiency: Feed Rate and Spindle Speed Optimization for NMIS
Read Case StudyWe provide the necessary hardware, software, and training to perform a tap test and use the results to optimise the machine settings for simple cuts in CNC milling.
By using tap testing, you can determine the natural
frequencies of machines; the result is known as the frequency
response function (FRF) and it is unique to each machine tool
assembly.
Our software stores the results of tap tests (FRFs) in a
structured library for future access and uses them as input to
our optimizers to determine stable regions.
TapStarter finds the
best spindle speed and depth of cut
combination
for chatter free milling. We optimize feed rates based
on torque/power capacities of machines and cutting force
constraints.
Eliminate harmful chatter vibrations (simple machining
operations)
FICEP: Noise Reduction and Productivity Enhancement
Read Case StudyTo predict and identify the stability of machining operations against chatter vibration before cutting any metal
To assess the process transferability between the machine tools in the shop floor
To support the machine tool acceptance tests
Identify safe spindle speeds for machining by combining an
understanding of the behaviour of the installed cutting tool and
tap testing.