CAM-TOOL is a CAD/CAM system optimized for high-accuracy 3D machining, making it particularly well-suited for mold and die manufacturing and other applications where surface finish and geometric accuracy are critical. It is designed to improve overall lead time—not only machining time, but also downstream work such as polishing and fitting/spotting. By generating stable toolpaths for complex 3D geometry and hard-milling workflows, CAM-TOOL helps shops achieve consistent surface results, reduce rework, and extend tool life. The rest of the description, especially around lead time reduction and downstream benefits (polishing, fitting, spotting), aligns very well with how customers actually experience value from CAM-TOOL. At the core of CAM-TOOL is a hybrid CAM engine (polygon and surface calculation). This approach supports efficient toolpath generation from complex CAD data and helps maintain surface continuity where it matters most in tooling work. The result is a practical balance of accuracy, stability, and productivity for day-to-day mold machining. CAM-TOOL supports common milling workflows including 3-axis and 3+2 positioning, with simultaneous 5-axis available when required for specific geometries. It is commonly used for cavity/core machining, electrodes and tooling components, and other applications where surface consistency and reduced benchwork directly impact delivery speed and quality. Key benefits include: improved surface consistency that can reduce polishing effort, more predictable machining that can help reduce fitting/spotting and rework, longer tool life through stable cutting conditions, and shorter total lead time from programming to finishing.