Equip your workshop with adaptive speed calculations, material optimization blueprints, and automated diagnostics. Built for precision engineers.
Calculate feed rates, spindle RPM, chip loads, and material removal rates mapped instantly to your material's physical properties. No guess-work, no broken cutters.
N10 S10000 M03 (Aluminum Profile)
N20 G00 X0.0 Y0.0 Z0.1
N30 G01 Z-0.25 F120.0
N40 G01 X4.0 F120.0Your 24/7 AI-powered co-pilot. Debug G-code syntax, translate coordinate planes across controller models, and identify machining warnings prior to execution.
Deconstruct complex variable equations, write macro loops, and command multi-axis coordinates frames using our tailored engineering curriculum.
Master variable scoping, custom G-code expressions, arithmetic math blocks, and conditional branching instructions directly on your controller.
#100 = 1.250 (Tool Diameter Offset)
#101 = 0.500 (Target Cut Depth)
IF [#100 GT 1.0] GOTO 105
N102 G01 Z-[#101] F40.0
...
N105 G01 Z-[#101 * 0.5] F20.0Upload setup specs, share finished part photos, and collaborate on tooling feeds with machining engineers worldwide. Keep your calibration precise.
Just completed a finish pass on some 6061 aerospace adaptors. High radial stepover with a 3-flute carbide mill. Checked the parameters on CNC Copilot: 12,000 RPM, 150 IPM, perfect mirror finish!
Anyone troubleshooting chatter on titanium finish passes? Getting tool deflection with a 1/2" extension.
> @cnc_copilot_bot suggested: Reduce axial depth of cut by 30%, utilize climb milling. Worked perfectly!