Deburring Devices
Deburring devices are end of arm tools that remove burrs, sharp edges, or fins off of the metal parts you need for your production process. Deburring increases the precision and quality of the part being ground down or filed.
Deburring devices can be programmed to apply the correct amount and type of pressure in each area of a specific part. A typical deburring device used by your robot can spin between 18,000 - 25,000 RPM, which will be more than enough to eliminate any loose metal your parts may be carrying.
These devices help to drastically improve your end product by removing imperfections and ensuring the quality of each part.
Select some deburring devices to aid in your automation project. Each device below is manufactured by our member companies using the most precise technology and high-quality materials available. Browse below to find the right deburring devices for you.
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Automated Assembly Lines
TA Systems is a Leader in Assembly Line Automation and Test Systems for the automotive industry. We are committed to providing a full vertical manufacturing footprint including design and manufacturing expertise in custom systems such as Fixed Automation, Programmable Automation, Flexible Automation and support services. At TA Systems, we are dedicated to providing customers with best-in-class Safety, Functionality, Machine Life Extension, Low Maintenance, Shorter
End of Arm Tooling
End Of Arm Tool (EOAT) Totally Automated Systems brings a high level of expertise in the design and manufacturing of End Of Arm Tool (EOAT) for customers in the Automotive Industry.
Gear Shift Assembly Encapsulation Cell
This work cell was initially designed to run 4 parts, and since then 4 more parts have been added in accordance with design changes that occurred in subsequent model years on this product line.
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Press Tending Machine for Injection Molded Metal Stamping
This turnkey press tending machine combines insert injection molding with automated gate trimming and visual parts inspection.
Quarter Window Encapsulation Assembly Cell
Hil-Man Automation was commissioned to design, build, and integrate an encapsulation work cell into an existing Honda CRV Rear Quarter Window line that would process 2 sets of windows at a time.
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Side Window Primer Application and Inspection Cell
这种启动细胞成为了一种universal because it can run nearly any variety of side window model, as long as the overall glass size is similar to those shown, or smaller.
