NCSIMUL
CAM Neutral offers advanced CNC simulation software that features a real CNC 'Digital Twin' for enhanced accuracy. With fast G-code verification and precise G-code simulation, our solutions ensure optimal performance. Additionally, we focus on machine tool optimization through tool length and toolpath optimization, enabling efficient lights-out manufacturing.
Why should you consider NCSIMUL?
Features at a glance
NCSIMUL Solutions is an advanced CNC simulation software that offers virtual simulation and verification for turning, milling (3–5 axis), multi-tasking, and more complex CNC machines. It ensures precise G-code verification, toolpath optimization, and collision-free simulation tailored to your machine’s exact setup, tools, and materials.
Guarantee safe, collision-free machining with our CNC simulation software. Prove out programs offline to eliminate downtime and avoid block-by-block testing. Optimize cutting conditions and chip flow while reducing air cutting and machining time. Run unattended to prevent costly tool or spindle damage. Automatic tool length optimization ensures correct stick-out and clearance, and you can measure and inspect parts to verify machined results against design geometry.
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NCSIMUL Player
Simulation viewer NC Player:
3D NC movies can be played and shared in the player - even on mobile devices. The digitisation of CNC production does not end at the factory gate: the NC films can also be shared with your suppliers, enabling networking of production beyond company boundaries. This integration is essential for effective CNC simulation software, enhancing G-code verification and facilitating machine tool optimization across all stages of the manufacturing process.
CAM to NCSIMUL interfaces
NCSIMUL CAD & CAM Interface delivers seamless data exchange between your CAD or CAM programming environment and the NCSIMUL platform, which specializes in CNC simulation software. By directly importing stock, fixtures, tool assemblies, and NC files, the setup data from your CAD/CAM systems eliminates the need for manual file conversion, significantly reducing programming errors. This integrated workflow ensures a fast and accurate simulation setup, allowing users to verify machining processes with G-code verification in just minutes, ultimately optimizing production efficiency. With automatic data translation and synchronization, our NCSIMUL interface effectively bridges the gap between CAM programming and real-world machining, saving time, enhancing reliability, and increasing shop floor productivity through machine tool optimization.
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NCSIMUL NCdoc
NCdoc – Automatic Technical Data for CNC Operations
NCdoc streamlines the creation and management of CNC technical documentation, ensuring reliable manufacturing and preventing misinterpretation. Utilizing advanced CNC simulation software, it integrates machining simulation, tool parameters, G-code verification, and a virtual machine environment for precise documentation.
Key Features:
Tool Sheets: tool characteristics, identifiers, components, settings, and 3D visuals.
Process Sheets: machining process details, clamp assembly, spindle speeds, feed rates, and tool compensation.
Instruction Sheets: customizable actions, machine stops, machining history, and operation checklists.
Control Sheets: dimensional checks including measurement type, location, nominal values, and tolerances.
With NCdoc, CNC teams gain efficient, accurate, and fully integrated technical documentation for every part and operation, enhancing machine tool optimization.
NCSIMUL Composites
NCSIMUL Machine Composites delivers highly realistic and efficient material lay-up simulation for advanced composite manufacturing, utilizing CNC simulation software to enhance the process. Supporting multiple production methods — from fiber placement (filaments or ribbons) to filament winding — it automatically gathers essential simulation data such as 3D geometry, cycle times, cutting conditions, and total fiber length, while ensuring G-code verification for accurate operations.
The software provides complete process control by accounting for the base material, previously applied layers, and roller positioning, which contributes to effective machine tool optimization.
Key capabilities include:
- Accurate, independent positioning of each fiber within a ribbon
- Individual fiber cutting control for precise lay-up management
- Advanced 3D visualization of the full component with layer-by-layer display options
- Detailed measurement tools for ply thickness, fiber angle, and spacing between ribbons
NCSIMUL Machine Composites helps manufacturers optimize quality, efficiency, and traceability across the entire composite lay-up process.