The Basics of 5-Axis Machining
44.2 هزار بار بازدید -
3 سال پیش
-
In this video, we talk
In this video, we talk about the two additional axes in 5-axis machining and how dynamic work offsets (DWO) can simplify the setup of multiaxis jobs.
5-Axis machines completely revolutionized the machining industry by increasing the complexity of movements both the workpiece and the cutting tool can move through, relative to each other. This was made possible by adding two axes - the B and C axes - to the traditional X, Y, and Z axes.
Unlike the X, Y, and Z axes, which are linear, the B and C are rotational and typically move the workpiece around a linear axis.
In particular, the B-axis rotates around the Y-axis while C-axis rotates around the Z-axis
And while this axis addition might sound pretty simple, the possibilities that were opened when this new technique was introduced (back in the 50s, surprisingly prior to numerical control) were industry-changing.
5-Axis machining, however, can be tricky. One particular thing to consider is how the planes, and consequently the tool positioning, change as the workpiece shifts.
In the video, Jay shows how to use dynamic work offsets (DWO) to bring the tool to its new location once the workpiece is shifted.
Did you find this video useful? Leave a comment below and don’t forget to subscribe.
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This video is part of our new video series: ” LEARNING FROM THE PROS”!
We are collaborating with educators from the most advanced technical schools around the country to provide you with tips and tricks, educational videos, and machining technology insights that will help you become a better machinist and learn something new about our beloved metalworking trade.
This project is part of the Meridian Community College's program.
To learn more about the precision machining engineering technology program at Meridian Community College and their Gene Haas Advanced Manufacturing Center visit https://meridiancc.edu/programs/caree...
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Practical Machinist is the largest and most engaged metalworking community across the web. With more than 160,000 registered members and 300,000+ social media followers, Practical Machinist is the easiest way to learn new techniques, get answers quickly, and discuss common challenges with your peers. Visit Practical Machinist today to join the community and start connecting with your peers.
Become a Practical Machinist member (https://www.practicalmachinist.com/)
Like us on Facebook (Facebook: PracticalMachinist)
Follow us on Instagram (Instagram: practicalmachinist)
Follow us on Twitter (Twitter: prac_machinist)
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#CNCmachining #5axismachinig #DWO
5-Axis machines completely revolutionized the machining industry by increasing the complexity of movements both the workpiece and the cutting tool can move through, relative to each other. This was made possible by adding two axes - the B and C axes - to the traditional X, Y, and Z axes.
Unlike the X, Y, and Z axes, which are linear, the B and C are rotational and typically move the workpiece around a linear axis.
In particular, the B-axis rotates around the Y-axis while C-axis rotates around the Z-axis
And while this axis addition might sound pretty simple, the possibilities that were opened when this new technique was introduced (back in the 50s, surprisingly prior to numerical control) were industry-changing.
5-Axis machining, however, can be tricky. One particular thing to consider is how the planes, and consequently the tool positioning, change as the workpiece shifts.
In the video, Jay shows how to use dynamic work offsets (DWO) to bring the tool to its new location once the workpiece is shifted.
Did you find this video useful? Leave a comment below and don’t forget to subscribe.
~~~~~~~~~~~~~~~~~~~~~~~~~~~~
This video is part of our new video series: ” LEARNING FROM THE PROS”!
We are collaborating with educators from the most advanced technical schools around the country to provide you with tips and tricks, educational videos, and machining technology insights that will help you become a better machinist and learn something new about our beloved metalworking trade.
This project is part of the Meridian Community College's program.
To learn more about the precision machining engineering technology program at Meridian Community College and their Gene Haas Advanced Manufacturing Center visit https://meridiancc.edu/programs/caree...
~~~~~~~~~~~~~~~~~~~~~~~~~~~~
Practical Machinist is the largest and most engaged metalworking community across the web. With more than 160,000 registered members and 300,000+ social media followers, Practical Machinist is the easiest way to learn new techniques, get answers quickly, and discuss common challenges with your peers. Visit Practical Machinist today to join the community and start connecting with your peers.
Become a Practical Machinist member (https://www.practicalmachinist.com/)
Like us on Facebook (Facebook: PracticalMachinist)
Follow us on Instagram (Instagram: practicalmachinist)
Follow us on Twitter (Twitter: prac_machinist)
Connect with us on LinkedIn (LinkedIn: practical-machinist)
#CNCmachining #5axismachinig #DWO
3 سال پیش
در تاریخ 1399/12/15 منتشر شده
است.
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