TurboCut

TurboCut Benefits:

• Significantly increased cutting speeds
• Improved positional accuracy
• Smoother blending of contours
• Quick and simple recovery from unscheduled program or machine stoppages
• Significantly extended machine and tool life
• Returns control of the machining process to the shop floor
• Improved accuracy greatly reduces the amount of finishing time after machining
• System throughput improvements of up to 1000%. Finished component material, size and shape of determine the degree of improvement.

TurboCut Features:

• High speed, high precision, real time optimization module with 64,000 blocks look-ahead
• 3D graphic viewer
• Parametric process control in real-time
• PC based system, Windows NT, 2000 Pro, XP Pro compatible
• Advanced NC editor with various NC options
• Smooth blending on X, Y, Z,(real time)
• Middle start utility: from graphics, from last known position or from X,Y,Z position
• Canned cycles and macros with graphic user interface
• Translation module (mirror, axes swap, scaling, offsetting, filtering etc.)
• Program run simulation
• Rapid, real-time, Z adjustment
• Tool path regeneration and manipulation
• Framing: rectangle, ellipse, polygon, 3D boundary, from point to point, Z-limit
• Cut files merging
• Tool characteristics editor and Tool library
• Monitoring module with extended logging
• PLC module with inputs/outputs and programming software
• Integration with CAD/CAM systems
• Integrated software and hardware engineering
• Integration with production
• Integration with maintenance department
• Monitoring of the overall system while allowing the user to select a specific performance characteristic and focus on it with a higher level of detailed information
• Handling process interrupts in real-time at the users request
• Integration with the machine tool, and handling of tool library
• Real-time process simulation that provides overall system performance benchmarking
• Interactive user friendly interface with advanced software editing tools for operator editing, modification of current process, tool path generation and regeneration, and self monitoring
• Part visualization, real-time process control, master slaving, and on-fly post processing
• Flexible highly modular architecture
• Multiple configurations with the flexibility to add or remove modules as needed
• Highly reliable. Fault tolerance is achieved through auxiliary code which takes over when a fault is detected in the primary code.
• Quick and simple installation
• User training is intuitive and straightforward

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