Multi-format cNC output
Generate controller-ready output across commonly used industrial standards.
- ESSI (legacy)
- ISO/EIA G-Code
- DSTV (NC1) for profile / beam processing
Industrial postprocessing engineered for stable execution in shipyards and heavy fabrication: Convert Aveva (Tribon) nesting gen files and DXF files to multi-format output (ESSI, G-Code, DSTV/NC1), 5+ axis bevel logic; legacy migration and batch processing with automatic per-machine distribution.
SoftONE-CNC is an industrial postprocessing platform engineered for stable CNC execution—especially where bevel, legacy formats and mixed machine fleets are involved.
Generate controller-ready output across commonly used industrial standards.
Process input originating from complex shipbuilding environments and translate it into stable machine-level NC output.
Kinematics-aware output for bevel edge preparation: V/K/Y—including controller adaptation for production reliability.
Generate bevel toolpaths aligned with machine kinematics and controller limitations.
Standardize postprocessing logic across CNC fleets to reduce shop-floor exceptions and manual rework.
Modernize legacy production pipelines without disrupting operations—through controlled conversion and validation of NC output.
Reverse engineering and conversion from legacy ESSI to modern machine-level output (including bevel where required).
Generate DSTV (NC1) programs for profile/beam processing—supporting automated and robotic production environments.
SoftONE-CNC supports batch processing triggered by a manual operator action (button) or automtically, robot software —generating NC automatically and distributing outputs per CNC machine.
Batch processing is initiated manually or by robot software then runs through the configured postprocessing rules automatically.
Generated programs are routed to dedicated output folders per CNC machine—supporting unattended or robot-assisted production environments.
A practical UI designed for production environments: batch selection, controller-ready output, and visual verification of toolpaths and generated NC.
Typical shipyard and heavy-fabrication CNC ecosystems supported through tailored postprocessors.
Share sample input and your machine list—we’ll define validation rules and deliver stable, production-ready outputs.
Format translation → bevel logic → controller constraints → output distribution per machine → production validation.