GibbsCAM 2015 introduces its new engine, the Universal Kinematic Machine (UKM). GibbsCAM with UKM technology was developed to further simplify programming, provide the flexibility to easily support the most advanced machines, and accurately simulate all of the machine components and capabilities of any machine. GibbsCAM 2015 contains significant improvements throughout the product line from geometry creation to toolpath strategies, as well as significant improvements to tooling, including integration with the Adveon Tooling Library GibbsCAM®, the CAM industry's recognized ease-of-use leader, offers simple to use yet extremely powerful solutions for programming CNC machine tools. GibbsCAM's intuitive graphical user interface is not only easy to learn but is extremely efficient to use. Designed by machinists for machinists, GibbsCAM is extremely familiar to users coming from the shop floor. The GibbsCAM product family supports the full range of metal cutting machine tools, from basic milling and turning centers to rotary tables, to 3-axis and 5-axis simultaneous milling machines, complex multi-task machining machine tools to Wire-EDM devices, through the seamless addition of modules. GibbsCAM's signature ease-of-use, programming efficiency, speed, and short training time makes GibbsCAM the best tool for programming your parts. his course covers: Advanced CS - Coordinate Systems Creation and Control Positional 4th and 5th Axis Control 4th Axis Simultaneous using "Polar and Cylindrical Milling" Solid Modeling Fixture and Clamping Assemblies Opening Solids from CAD sources Feature based machining Machining solids using various roughing and finishing techniques Post processing - G-code creation Dynamic Feature Recognition "The Profiler Tool" Automatic Feature Recognition "The Hole Manager" Boundary Machining his course covers: GibbsCAM's interface and navigation Drawing geometry and dimensioning Setup preferences Documentation Tool creation (hole operations, contouring, pocketing, threading, hread milling and grooving) Cut part rendering Creating code / Post processing Stored processes Positional rotary machining