Arc Groove + Bolt Circle, Rectangular Pocket, Circular Pocket, 2-mm Chamfer
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This video demonstrates selected machining steps from Task 10 of the Christiani exercise collection “CNC Milling Technology according to PAL2020”. We illustrate these steps using the 3D simulation of our CNC software SYMplus™. This is not the complete solution to the task, but an explanation of key PAL G-codes.
What to expect in the video:
✅ Outer contour with RN transitions (G41, G1, G2)
✅ Circular pocket/rectangular pocket (G73, G72)
✅ Milling an arc groove (G75)
✅ Drilling & threading (G81–G84)
✅ 2 mm Chamfer
Who is this video for?
Perfect for CNC programmers, machinists, and instructors looking to improve their PAL G-code programming skills for CNC Milling.
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Do you have any questions?
Our experts are at your disposal. We look forward to your inquiry!
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Grooving, Thread Relief + Cutting (2-Sided CNC Turning)
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In this video, we guide you step by step through Task 12 from the Christiani task collection “CNC Turning Technology according to PAL2020”. Thanks to our 3D simulation in SYMplus™, everything is explained clearly and understandably.
What to expect in the video:
✅ Two-sided CNC machining (facing, roughing, finishing)
✅ Internal machining using the radial grooving cycle G86 (internal groove)
✅ Thread relief with the cycle G85 at the thread start and end
✅ Thread cutting with the threading cycle G31
Who is this video for?
Perfect for CNC programmers, machinists, and instructors looking to improve their PAL G-code programming skills for CNC Turning.
Subscribe to our channel to not miss out on more tutorials and tips:
Do you have any questions?
Our experts are at your disposal. We look forward to your inquiry!
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In this video, we guide you step by step through Task 12 from the Christiani task collection "CNC Milling Technology according to PAL2020". Thanks to our 3D simulation in SYMplus™, everything is…
Contours, Pockets & Slots in One Program (Learn CNC Milling)
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In this video, we guide you step by step through Task 12 from the Christiani task collection “CNC Milling Technology according to PAL2020”. Thanks to our 3D simulation in SYMplus™, everything is explained clearly and understandably.
What to expect in the video:
✅ Milling outer contour & step (G41, G46, G1, G2, RN)
✅ Circular and rectangular pockets—roughing & finishing (G73, G72, H4)
✅ Using subprograms & reusing contours (G22, G23)
✅ Slotting & drilling operations (G74, G81–G82)
Who is this video for?
Perfect for CNC programmers, machinists, and instructors looking to improve their PAL G-code programming skills for CNC Milling.
Subscribe to our channel to not miss out on more tutorials and tips:
Do you have any questions?
Our experts are at your disposal. We look forward to your inquiry!
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Why is stock left when facing with constant surface speed?
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In this video, we guide you step by step through Task 10 from the Christiani task collection “CNC Turning Technology according to PAL2020”. Thanks to our 3D simulation in SYMplus™, everything is explained clearly and understandably.
What to expect in the video:
✅ Why a remaining core is left in the center during facing
✅ Core hole drilling with G84 and thread cutting with G31
✅ Contour machining with G81 and call-up via G22
✅ Grooving cycles G86 (radial) and G88 (axial)
Who is this video for?
Perfect for CNC programmers, machinists, and instructors looking to improve their PAL G-code programming skills for CNC Turning.
Subscribe to our channel to not miss out on more tutorials and tips:
Do you have any questions?
Our experts are at your disposal. We look forward to your inquiry!
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Cutter Radius Compensation G41 G46 – Chamfer vs. Fillet, Circular Arcs I/J & R (Video)
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In this video, we guide you step by step through Task 14 from the Christiani task collection “CNC Milling Technology according to PAL2020”. Thanks to our 3D simulation in SYMplus™, everything is explained clearly and understandably.
What to expect in the video:
✅ Cutter radius compensation & tangential approach (G41 G46)
✅ Difference: Chamfer (RN–) vs. Fillet (RN+)
✅ Circular arcs with I/J or radius
✅ 3 rectangular pockets on a partial circle
Who is this video for?
Perfect for CNC programmers, machinists, and instructors looking to improve their PAL G-code programming skills for CNC Milling.
Subscribe to our channel to not miss out on more tutorials and tips:
Do you have any questions?
Our experts are at your disposal. We look forward to your inquiry!
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How Roughing, Finishing, Radius Compensation, Undercut & Threading Work Together (Video)
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In this video, we guide you step by step through Task 9 from the Christiani task collection “CNC Turning Technology according to PAL2020”. Thanks to our 3D simulation in SYMplus™, everything is explained clearly and understandably.
What to expect in the video:
✅ How roughing and finishing work with G81 and G23
✅ Why radius compensation (G42) is important for upward and downward contours
✅ What the thread undercut is for – and what happens if it’s missing
✅ What the grooving cycle G86 does with parameter H14
Who is this video for?
Perfect for CNC programmers, machinists, and instructors looking to improve their PAL G-code programming skills for CNC turning.
Subscribe to our channel to not miss out on more tutorials and tips:
Do you have any questions?
Our experts are at your disposal. We look forward to your inquiry!
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CNC Milled Part: Rectangular & Circular Pocket, Outer Contour and Holes (Video)
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In this video, we guide you step by step through Task 9 from the Christiani task collection “CNC Milling Technology according to PAL2020”. Thanks to our 3D simulation in SYMplus™, everything is explained clearly and understandably.
What to expect in the video:
✅ Milling the outer contour
✅ Circular and rectangular pocket using G73 and G72
✅ Centering, countersinking, and thread cutting
Who is this video for?
Perfect for CNC programmers, machinists, and instructors looking to improve their PAL G-code programming skills for CNC milling.
Subscribe to our channel to not miss out on more tutorials and tips:
Do you have any questions?
Our experts are at your disposal. We look forward to your inquiry!
This might also be of interest to you
In this video, we guide you step by step through Task 11 from the Christiani task collection "CNC Turning Technology according to PAL2020". Thanks to our 3D simulation in SYMplus™, everything is…
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External Thread with Cycle G31 – Turned Part with Spherical Shape G3 (Video)
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In this video, we guide you step by step through Task 11 from the Christiani task collection “CNC Turning Technology according to PAL2020”. Thanks to our 3D simulation in SYMplus™, everything is explained clearly and understandably.
What to expect in the video:
✅ How an external thread is created using G31
✅ Which parameters are important when using G31
✅ Why and how a workpiece is re-clamped for machining the second side
✅ How to program a spherical contour with G3
Who is this video for?
Perfect for CNC programmers, machinists, and instructors looking to improve their PAL G-code programming skills for CNC turning.
Subscribe to our channel to not miss out on more tutorials and tips:
Do you have any questions?
Our experts are at your disposal. We look forward to your inquiry!
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Radial Grooving (Internal) & Axial Face Grooving | G86 & G88 (Video)
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In this video, we guide you step by step through Task 8 from the Christiani task collection “CNC Turning Technology according to PAL2020”. Thanks to our 3D simulation in SYMplus™, everything is explained clearly and understandably.
What to expect in the video:
✅ Radial grooving inside using cycle G86
✅ Axial face grooving with G88
✅ Understanding parameters: LE, EP, AK, D
Who is this video for?
Perfect for CNC programmers, machinists, and instructors looking to improve their PAL G-code programming skills for CNC turning.
Subscribe to our channel to not miss out on more tutorials and tips:
Do you have any questions?
Our experts are at your disposal. We look forward to your inquiry!
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Milling Text and Numbers with G1, G2, G3: G-Code (PAL) Basics (Video)
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In this video, we guide you step by step through Task 1 from the Christiani task collection “CNC Milling Technology according to PAL2020”. Thanks to our 3D simulation in SYMplus™, everything is explained clearly and understandably.
What to expect in the video:
✅ Milling text and numbers using:
✅ G1 (straight line)
✅ G2 (circular arc clockwise)
✅ G3 (circular arc counterclockwise)
Who is this video for?
Perfect for CNC programmers, machinists, and instructors looking to improve their PAL G-code programming skills for CNC milling.
Subscribe to our channel to not miss out on more tutorials and tips:
Do you have any questions?
Our experts are at your disposal. We look forward to your inquiry!
This might also be of interest to you
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