Limitless Optimization of Machine Tool Performance0 pages
Limitless Optimization of
Machine Tool Performance
Open architecture THINC system provides
upgradable tools to increase productivity
without costly CNC overhaul
®
Executive Summary
Capital investments on machine tools often come with some heavy
baggage. While short term gains are measurable and impactful, the
use of a proprietary control system may close the door for future
system improvements.
It is essential
to have the ability to
control and upgrade the
various inputs in order
to impact the overall
manufacturing or
cutting capabilities
of the machine.
The challenges of today's aerospace industry create a need for
smarter, more flexible solutions. Open architecture control systems
provide a platform for customization and ongoing upgrades that
provide users with the kind of controls they need to maximize lean
performance. This keeps the door open for continuous process
improvement, greatly increasing the lifetime return on investment.
Any machine tool can cut metal, but one of the keys to improving
the process is to capture and analyze the data associated with the
processing and cutting. The machine control plays a critical role in
being able to capture that data. A Windows®-based, openarchitecture system provides connectivity, traceability and
adaptability. This enables end users to continuously improve
processes, impart management control, reduce costs and improve
quality.
All machine controls allow you to operate the machine - turning,
cutting, drilling or milling - whatever the machine capabilities
might be. However, machine functionality provides only one part
of the production picture. To truly improve machine tool
performance, it is essential to have the ability to control and
upgrade the various inputs in order to impact the overall
manufacturing or cutting capabilities of the machine.
CONTROL
True Optimization Can Only Be Achieved When the End User Has
Control of Their Controls
THINC (THe Intelligent Numerical Control) is the aerospace industry's
first limitless control platform that grows with emerging technology even
after a machine is on the factory floor. Its true PC compatible
motherboard runs all aspects of the machine, including real-time motion
as well as all Windows applications. Because of its single processor design,
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