Thread Cutting on CNC: G32, G33, G76 Explained with Real Code Thread cutting is a fundamental turning operation in CNC machining. Depending on machine and control, threads can be cut using simple threading (G32, G33) or automatic multi-pass cycles (G76). ...
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Category: G-Code & M-Code Reference
Explore the complete list of G-codes and M-codes used in CNC machining. Understand commands, syntax, and machine responses with real-world examples and explanations.
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CNC Drilling Cycles (G81–G89): Complete Guide with Real G-Code Examples
cnccodeCNC Drilling Cycles (G81–G89): Complete Guide with Real G-Code Examples Canned drilling cycles simplify repetitive hole-making operations. Instead of writing multiple lines of G-code, you can program drilling, pecking, tapping, and boring with a single block. This guide covers G81–G89 ...
Cutter Compensation (G41/G42): Programming with Left/Right Tool Offsets
cnccodeCutter Compensation (G41/G42): Programming with Left/Right Tool Offsets Cutter Compensation (CRC) allows the CNC control to adjust toolpath based on tool diameter, ensuring correct part geometry even if the tool size changes. This guide covers G41 (left comp), G42 (right ...
Spindle Speed Control (G96/G97): Constant Surface Speed & Safe RPM Programming
cnccodeSpindle Speed Control (G96/G97): Constant Surface Speed & Safe RPM Programming Spindle control is one of the most important aspects of CNC programming, especially in turning. Using G96 (CSS) and G97 (fixed RPM) correctly improves tool life, surface finish, and ...
CNC Feedrate Control & Override: Maximizing Efficiency Without Breaking Tools
cnccodeCNC Feedrate Control & Override: Maximizing Efficiency Without Breaking Tools Feedrate control is one of the most powerful tools a CNC programmer has to balance cycle time, tool life, and surface finish. This guide covers F codes, G93 inverse time ...
Lookahead Buffers & CNC Motion Control: Getting the Most Out of High-Speed Code
cnccodeLookahead Buffers & CNC Motion Control: Getting the Most Out of High-Speed Code Modern CNC machines have powerful motion controllers that can “see ahead” into your G-code and plan smooth, continuous motion. This feature — called lookahead — is critical ...
High-Speed Machining (HSM) with G05.1: AI Contour Control for Mold & Die Work
cnccodeHigh-Speed Machining (HSM) with G05.1: AI Contour Control for Mold & Die Work High-Speed Machining (HSM) is essential for mold & die, aerospace, and medical part production where surface finish and accuracy are critical. G05.1 (AI Contour Control) and similar ...
Dynamic Work Offsets (G54.4) and Tool Center Point Control (G43.4): Automating Multi-Axis Setup
cnccodeDynamic Work Offsets (G54.4) and Tool Center Point Control (G43.4): Automating Multi-Axis Setup For 4- and 5-axis CNC machining, Dynamic Work Offsets (DWO) and Tool Center Point Control (TCP) are essential features that eliminate the need for manual trigonometric calculations ...
High-Precision Coordinate Rotation (G68/G69): Programming at Any Angle
cnccodeHigh-Precision Coordinate Rotation (G68/G69): Programming at Any Angle Coordinate rotation using G68/G69 allows CNC programmers to machine features at arbitrary angles without manually calculating rotated coordinates. This guide covers G68 (rotation ON) and G69 (rotation OFF) with real-world examples for ...
Polar Coordinate Interpolation (G12.1): Milling Circular Features with Rotary Axis
cnccodePolar Coordinate Interpolation (G12.1): Milling Circular Features with Rotary Axis Polar Coordinate Interpolation (G12.1) is a powerful but underused G-code that allows programming linear moves in X/C coordinates — perfect for milling bolt circles, keyways, or slots on cylindrical parts ...