Haas G112/G113: XY to XC for live tool
Converts XY Cartesian programming to XC interpolation for live tool on lathe.
For reference only: syntax changes with the control, the post-processor and the machine parameters. Check the official manual and run a simulation before cutting. Legal notice.
- Family
- Haas manufacturer
- Machine
- Turning, Mill-turn
- Risk
- High
- Example
- G112 / G113
G112 / G113Machine: Turning, Mill-turnRisk: HighManufacturer: Haas
Haas · Fanuc
- Haas: Functional equivalent to polar interpolation; check C axis, live tool and plane.
- Fanuc: Common Fanuc equivalence: G12.1/G13.1.
Other codes in Haas manufacturer
Frequently Asked Questions (FAQ)
What does Haas G112/G113 mean in a CNC program?
Converts XY Cartesian programming to XC interpolation for live tool on lathe. In the catalogue it appears as "XY to XC for live tool", within the Haas manufacturer family.
Can you give me an example of Haas G112/G113?
G112 / G113 — Converts XY Cartesian programming to XC interpolation for live tool on lathe.
Which machines use Haas G112/G113?
Haas G112/G113 is used in: Turning, Mill-turn.
What should you watch out for with Haas G112/G113?
High risk: a mistake here can cause a crash, a broken tool or an out-of-tolerance part. Simulate the program and dry-run it before cutting.
Related tools
CNC G-code Simulator
CNC IDE: editing with G/M tooltips, line inspector, conversion between controls and 2D/3D toolpath.
CNC Alarms Guide
CNC Alarms and Solutions Guide. Enter the error code or symptom to find the cause and how to repair it at the machine.
Calculate cycle time
Estimate CNC turning and milling cycle time from G-code. Calculate parts per hour with a breakdown of cutting, rapids, canned cycles and tool changes.