Meet SprutCAM X
Inspector is the place there all the technology parameters are defined: job zone, toolpath strategy, tolerance, interpolation, approach and retract, links, feeds and speeds, toolpath transformation etc
Machining operations sequence
Useful tools for everyday work: virtual machine pendant, tape measure, postprocessor, machining report, tool management, verify and compare tool, tool reach inspector, axes graph and 3d model transformation tools.
SprutCAM X is machine aware CAD/CAM platform. This means that toolpath calculation is performed taking into an account machine kinematics and limitations. So machine digital twin is used for toolpath calculation and simulation after that
Precise and smooth simulation of workpiece evolution through the machining process. Either for machining or for additive processes
The main working area. Here are machine digital twin, part, workpiece, tools are shown. SprutCAM X Robot shows the interactive elements and simulation in this areaMachine-aware CAD/CAM platform
SprutCAM X introduced the Machine-Aware programming approach back in 2001, establishing it as the high-end foundation for a CAM software. This innovative approach involves considering machine limitations during the initial toolpath calculation, setting it apart from traditional CAM methods that operate in abstract space before converting to real machine code during simulation or postprocessing.
As machine kinematics become increasingly complex, the benefits of the Machine-Aware approach continue to grow. This advanced CAD/CAM software not only ensures appropriate safety for programming 5-axis and mill-turn machines but also provides a foundation for a transparent and intuitive user experience.
Your CNC Machine digital twin
The MachineMaker app allows you to generate a digital replica of your CNC machine in a matter of minutes. This digital twin is intended for use in programming the CNC machine within the CAD/CAM software SprutCAM X.
Furthermore, MachineMaker features an extensive library of readily available individual components, as well as complete pre-designed digital twins of CNC machines and postprocessors.
Product Highlights
Applications
Technology highlight:
Adaptive SC
This high-speed machining cycle is specifically designed for roughing to substantially decrease cycle times and extend tool life. Its technology automatically regulates chip loads and lateral cutting forces while maintaining the cutter engagement angle and machine axes acceleration within optimal ranges.
With Adaptive SC, the machine can make deeper cuts at higher feedrates, which are also automatically optimized throughout the toolpath for maximum efficiency. In comparison to traditional machining methods, Adaptive SC provides the following benefits:
70%
reduction in cycle time
500%
increase in tool life
Applications
Production of screws, blades, gear wheels, balusters
Turning and boring, threading, trimming, drilling, reaming
Turning and milling combined in one setup
Index (3+2) and simultaneous 5 axis milling. For turbine wheels, blades, ports
High speed and adaptive toolpaths for quick material removal with extended tool life
Swiss-type machines and MTM (multi-channel machining) with synchronization
CNC programming of cutting, trimming, 6D knife cutting. Mill, laser, water, plasma, knife
Cladding, hybrid technology on 5-axis, mill-turn machines and robots
2 – 4 axis strategies for wire EDM machining
Programming of laser, waterjet, plasma, oxy-fuel cutting and knife cutting
G-code verification in SprutCAM
Probing cycles for Milling and Lathe MachinesTechnology highlight:
Adaptive SC
This high-speed machining cycle is specifically designed for roughing to substantially decrease cycle times and extend tool life. Its technology automatically regulates chip loads and lateral cutting forces while maintaining the cutter engagement angle and machine axes acceleration within optimal ranges.
With Adaptive SC, the machine can make deeper cuts at higher feedrates, which are also automatically optimized throughout the toolpath for maximum efficiency. In comparison to traditional machining methods, Adaptive SC provides the following benefits:
70%
reduction in cycle time
500%
increase in tool life
