[Dry Goods] Detailed Interpretation of Flourish Legend CNC Machining Center Program G Code and M Code Interpretation.

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[Dry goods] Detailed interpretation of Flourish legend custom CNC machining center program G code and M code interpretation.
CNC program G code	paraphrase	Auxiliary code M function	paraphrase
GOO	point positioning	M00	program stop
GO1	linear interpolation	M01	plan to stop
GO2	Clockwise circular interpolation	M02	end of program
GO3	Counterclockwise circular interpolation	M03	Spindle rotates clockwise
GO4	pause	M04	Spindle rotates counterclockwise
GO5	Not specify	M05	spindle stop
GO6	Parabolic interpolation	M06	Automatic tool change
GO7	Not specify	M07	No. 2 coolant on
GO8	accelerate	M08	No. 1 coolant on
GO9	slow down	M09	coolant off
GO10	data settings	M10	to clamp
GO11	Data setting cancel	M11	release
GO17	X, Y plane selection	M13	Spindle clockwise, cutting fluid on
GO18	Z, X plane selection	M14	Spindle clockwise, cutting fluid on
GO19	YZ plane selection	M15	move fast, positive
GO20	Imperial	M16	move fast, negative
GO21	Metric	M19	Spindle o rientation stop
GO22	Stroke check switch open	M30	program ends and returns
GO23	Stroke check switch off	M31	interlock bypass
GO25	Spindle speed fluctuation check ON	M36	Feed range 1/2
GO26	Spindle speed fluctuation check off	M37	Feed range 1/2
GO27	Reference point return check	M38	Spindle speed 1/2
GO28	Reference point return	M39	Spindle speed 1/2
GO31	skip function	M40	Available for gear shifting
GO33	Equal pitch thread cutting	M41	Available for gear shifting
GO34	Increased pitch thread cutting	M42	Available for gear shifting
GO35	Reduced pitch thread cutting	M43	Available for gear shifting
GO40	Tool compensation/offset logout	M44	Available for gear shifting
GO41	Tool compensation, on the left side of the workpiece	M45	Available for gear shifting
GO42	Tool compensation, on the right side of the workpiece	M48	deregister M49
GO43	The tool compensation value is added to the given coordinate value	M49	Return to specified speed or feed rate
GO44	The tool compensation value is subtracted from the given coordinate value	M50	No. 3 cutting fluid
GO45~G051	Tool offset (+,- or 0) compensation	M51	No. 4 cutting fluid
GO49	Tool length compensation cancel	M52	automatic door open
GO52	Local Coordinate System Settings	M53	automatic door closing
GO53	Linear displacement logout	M55	Tool linear displacement to vertex 1/2
GO54	First workpiece coordinate system setting	M56	Tool linear displacement to vertex 1/2
GO55	Second workpiece coordinate system setting	M60	Replace workpiece
GO56	The third workpiece coordinate system setting	M61	The linear displacement of the workpiece reaches the predetermined 1/2
GO57	Fourth workpiece coordinate system setting	M62	The linear displacement of the workpiece reaches the predetermined 1/2
GO58	Fifth workpiece coordinate system setting	M71	Workpiece angular displacement, position 1/2
GO59	Sixth workpiece coordinate system setting	M72	Workpiece angular displacement, position 1/2
GO60	Accurate positioning (fine)	M74	Error detection is turned on
GO61	Accurate positioning (medium)	M75	error detection off
GO62	Quick positioning (coarse)	M98	subroutine call
GO65	macro call	M99	Subroutine call returns
GO66	Macro program call mode	M20~29	never specify
GO67	Macro program call cancel	M12, M17~18, M32~35, M46~47, M54, M57~59, M63~70, M73, M76~97	Not specify
GO68	Tool Offset (Inner Corner)
GO69	Tool Offset (External Corner)
GO73	High speed deep hole drilling cycle
GO74	Left-handed tapping cycle
GO76	Fine boring cycle
GO80	canned loop logout
GO81	drilling cycle
GO82	drilling cycle
GO83	Deep Hole Drilling Cycle
GO84	Tapping cycle
GO85	Fine boring cycle
GO86	Boring cycle
GO87	Back boring cycle
GO89	Boring cycle
GO90	Absolute coordinate input
GO91	Incremental coordinate input
GO92	Workpiece coordinate origin setting
GO93	Time countdown, feed rate mm/min
GO94	feed per minute
GO95	Spindle feed per revolution (mm)
GO96	Spindle constant linear speed (m/min)
GO97	Spindle RPM
G36~G39	never specify
G12~G16, G24, G29~30, G32, G63~G64, G70~G72, G75, G77~G79, G88, G98~G99	Not specify

Emily

Hi, I'm Emily. With a background in technical writing and years of experience working alongside our shop floor team, I bridge the gap between complex manufacturing processes and the people who need to understand them. I believe that good content in manufacturing isn't about jargon—it's about clarity, honesty, and helping you make better decisions for your projects. When I'm not working with our production team or answering customer questions, you'll probably find me hiking or with my nose in a book. Got a question about your next project? Reach out—I'm here to help.

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