Software creates tool paths to produce machined parts.
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Press Release Summary:
NCL v9.3 multi-axis machining software features waterline roughing, which quickly roughs complex models. User can specify bottom and top levels, or system will automatically calculate extent of area to machine. Roughing parameters can be saved as template to machine similar components. Selection of pocket and island boundaries gives user total control of what to machine. Software simplifies creation of opposite hand parts and includes verification, simulation, and inspection capabilities.
Original Press Release:
NCCS Announces Plans to Release NCL V9.3
Newport Beach, California (July, 2003)-NCCS announces plans to release NCL V9.3, the latest version of its powerful multi-axis machining software. NCL V9.3 includes dozens of new productivity boosting enhancements that enable the rapid creation of tool paths to machine complex parts.
Robert Conway, NCCS VP of Sales and Marketing says, "NCL V9.3 represents a major breakthrough in high-production, multi-axis programming capabilities making it possible for manufacturers to take advantage of the many 5-axis machines now available on the market."
"NCL V9.3 can reduce roughing and finishing programming operations by as much as 80% and multi-axis programming has never been easier", says Dave Schultz, Support Manager for NCCS.
NCL V9.3 will begin shipping this July with the following new features and enhancements:
All-new waterline roughing quickly roughs complex models
o Recognizes stock and part geometry
o Stock model can be included with the model to be machined or the system will automatically calculate a contour or rectangular stock model
o The user can specify the bottom and top levels or the system will automatically calculate the extent of the area to machine
o Machine the entire model or only a selected portion of the model
o Machine the model from any tool axis orientation
o The tool path is fully associative - simply open a new model containing engineering changes and regenerate the tool path
o The roughing parameters can be saved as a template that can be used to quickly machine similar components
New high-production pocketing easily generates efficient tool paths
o Easy selection of pocket and island boundaries gives the user total control of what to machine
o Machine an unlimited number of specific pockets in a single visit to the pocket form
o Simply click a face to machine an entire pocket
o Quick and easy access to machining parameters
o Machine all pockets at a constant z-level or machine to depth one pocket at a time
Creation of opposite hand parts made simple
o Mirror the part and simply reapply automated tool paths
o Multi-axis sequential tool paths can be automatically reversed to retain original cut direction, including feeds and cutter compensation conditions
New verification, simulation and inspection capabilities
o Easy verification of tool paths generated in multiple setups
o Simulation of automated clamping and fixturing mechanisms
o Thorough comparison of the cut part with the as-designed model, including the graphic depiction of all under- and over-cut areas, and/or a detailed printable report of out-of-tolerance cuts
Aerospace Application Library (AAL) new features and enhancements
o New user-controlled entry and exit techniques for contouring tool paths
o Automated tooling tab creation and machining
o Enhanced flange top feature machining
NCL is a powerful Computer-Aided Manufacturing system designed to provide a maximum degree of flexibility in creating tool paths to produce machined parts of any complexity. NCL differentiates itself by offering a unique blend of automated and user-controlled tool path generation techniques that result in reduced programming time and increased quality.
Numerical Control Computer Sciences (NCCS)
Numerical Control Computer Sciences has been an international supplier of Computer Aided Manufacturing software and services for over 25 years. A recognized leader in software solutions for multi-axis machining applications, its flagship product NCL, is used throughout the world.
