The EspritCAM 5-axis solution allows you:

• Easy 5-axis programming for each machine
• Upper finishing of finished parts
• Working for every industrial sector
• Compatibility with all 5-axis machines
• Superior machining precision
• Realistic and accurate simulation of the workpiece in the machine environment
• Smooth car movements
• Multiple solutions for 5-axis machining and special applications

A PRE-CONFIGURED SOFTWARE SOLUTION

Imagine programming your multifunctional machine with a complete, pre-configured solution, born out of collaboration with the machine manufacturer itself, and then thoroughly tested on the shop floor. EspritCAM offers an innovative and ready-to-use approach to solving programming problems of complex multifunctional machines.

EspritCAM also provides an integrated programming environment for multifunction CNC machine tools.

It supports turning and milling operations with any combination of A, B, C, X, Y, and Z axes, independent, synchronized, or simultaneous, fully addressing all combined lathe-mill machining requirements, including multi-surface solid milling with three or five simultaneous axes.

The software enables programming of all tool movements with tilted axes, essential for machining complex and compound geometries.

EspritCAM offers five different levels of functionality for C- and Y-axis machining, supporting a wide range of multifunction machines and enabling operations such as contour milling, profile cutting, pocketing, and drilling.

Finally, on lathes, it allows 2½-axis milling, slotting, and intersecting drilling operations.

ProfitMilling is a universal high-speed roughing cycle for 2-5 axis milling that requires no additional investment in cutting tools, clamping systems, spindles, or specialized machine tools

ProfitTurning is a new high-speed machining cycle added as an additional strategy to existing cycles in roughing and groove machining. ProfitTurning is a safe, productive machining method that enables programmers to perform more efficient removals with consistent cutting commitments and forces, thereby reducing tool wear and reducing machine time.