Product category:
Deburring, de-flashing and fettling
News Release from: ATI Industrial Automation | Subject: Deburring and finishing tool
Edited by the Manufacturingtalk Editorial
Team on 02 March 2007
Deburring and finishing tool 'floats'
A deburring and finishing tool has a 'floating' motor and spindle arrangement that provides the finishing tip's axial compliance to perform consistently on irregular part patterns.
VersaFinish, an axially-compliant finishing tool ideally suited for robotic and automated material finishing operations on aluminum, plastics, steel, etc, is available from ATI Industrial Automation, Apex, North Carolina, USA The robust, low-speed, high-torque finishing tool has a unique 'floating' motor and spindle arrangement that provides the finishing tip's axial compliance to perform consistently on irregular part patterns
This article was originally published on Manufacturingtalk on 24 Feb 2004 at 8.00am (UK)
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The VersaFinish, mounted to a robot or CNC machine, has a vane-type air motor with gear reduction providing a long service life with exceptional power.
Remotely-adjusted air pressure controls and maintains the constant axial force on the floating spindle allowing users to compensate for deviations in the part's profile.
The rotating spindle is equipped with a 3/8-inch chuck to hold a variety of finishing devices, including abrasive and wire brushes, sanding disks, polishing points and chamfering tools, among others.
The motor maintains a working spindle speed of 2600 rpm and the compliance force is 3.2-16.7 pounds at air supply pressure of 5-60 lb/in2.
The entire tool weighs only 7.25 lb and requires 390W of power at working speed.
The axial motion of the spindle allows for fast and simple programming in robotic applications.
Optional sensing devices are available to detect the spindle speed and forward and retracted spindle positions.
All units have a forward sensor that detects the tools engagement with the workpiece.
Robotic finishing using ATI's VersaFinish is an excellent solution for the most challenging jobs.
The compliance built into the tool inherently provides the needed answers to work-piece tolerances and robot inaccuracies that have plagued other robotic techniques.
VersaFinish permits robots to succeed by giving manufacturers more choices in finding solutions for their specific edge finishing needs.
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