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Embarking on an automation initiative, trying to implement  design standards, or simply looking for ways to eliminate non-value-added engineering work?  Contact SIGMAXIM to learn about a solution that is right for you!

SmartAssembly for Creo (Pro/ENGINEER)

Rules-Based Design Process Automation

SmartAssembly is a process capture tool that allows users to focus on the design process, instead of being bogged down with the repetitive tasks that are present in every design. It is a development engine that allows users to create UDF’s, assemble existing parts or sub-assemblies, and configure new parts or sub-assemblies with associated drawings from existing company templates. Users develop programs in a simple easy to use language. Most programs are only a few paragraphs regardless of complexity.

The SA hardware module is used to simplify and standardize placement of hardware on any part or assembly.SmartAssembly provides a powerful script language to define complex Creo templates using components, UDF's and any available Features. Dimensions, Parameters and References can be defined in a flexible table-structure that will also drive the dynamic assembly GUI.

SmartAssembly also provides powerful machine design functions, such as bolts and dowel pin connections, library management and many other standard component functions. SmartAssembly is a powerful automation tool for any part or assembly typically placed as a library component as well as large complex assemblies with complex relationships between parts.

 Key Features

  • Automatic creation & configuration of new parts and sub-assemblies, then automatically assembling them
  • Automatic assembly of newly created or existing parts or sub-assemblies
  • Creation of part level features
  • Support for part family tables and assembly level family tablesSA fixturing library is used to supply a wide range of modules for automatically placing fixutring hardware and creating output deliverables (including drawings).
  • Support for BMX features – create analysis features to be used in Feasibility/Optimization or Sensitivity studies. Also apply UDA’s
  • Dimensional information provided to UDF’s thru user input or automatically from the program with local variables
  • Automatic relations from analysis features when assembling a component - users never have to edit or create the relations.
  • All components and features created still have full redefine or edit definition capability
  • When a component is removed, the associated UDF’s and relations are also removed
  • Export parameters or references from UDF’s for use elsewhere in the program, such as placing a hole UDF and then passing the axis of the hole to a bolt to be assembled.
  • Display measurement information and pass them for use in UDF’s or in components – no more taking multiple measurements, writing them down on a piece of paper, and then doing the work.
  • Rich programming flexibility – loops, conditional statements, variables, etc.
  • Call UDF’s for part level features.
  • Support for Manufacturing Automation - create 3, 4 or 5-axis complex milling manufacturing UDF’s, even trajectory sequences!
  • Works with Pro/Intralink - nothing to configure. SmartAssembly looks in the workspace, the common space or folder based on library path option
  • Ability to use assembly commands such as MATE, ALIGN, CSYS.
  • Selecting references using commands such as POINT, PLANE, CSYS, AXIS, etc.
  • FOR loop – used to assemble multiple components; such as to assemble several bolts to a pattern of datum points or several on surface datum points created as a single feature.  The FOR loop command determines if the feature is an instance of a pattern and then asks the user to place the component at all other instances.


How It Works

  • Define required automation rules using features, standard components and assemblies, SmartAssembly programming, and the required GUI
  • Work either in part mode to add features or at the assembly level to add features or components
  • Define project templates and re-use the data –automatically copy, rename a top-level assembly and all drawings, parts, sub-assemblies, even manufacturing files are copied and associated to the new project
  • Use the SmartAssembly GUI to speed up all design and manufacturing tasks


Key Benefits

  • Standardization of assemblies and parts - Just think of standardizing your assembly constraints and part level features without SmartAssembly.  How much effort is lost trying to track down external references?
  • New users can be productive in a fraction of the time – show them the icon, select the required references, turn on or off different options, enter values for parameters and hit Ok.  SmartAssembly assembles the component and creates the required part features.Vertical handle clamp module from the fixturing library provides for easy selection and place functionality.
  • Productivity improvements of 50-80% are commonly recognized
  • Advanced users create designs faster allowing them to focus on the design process. All components and features created still have full redefine or edit definition capability.
  • Re-use company standard libraries – create automation programs from existing components in hours
  • UDF organization – eliminates common UDF problems such as UDF naming, gph file location, or required references. All UDF’s are at a simple mouse pick away.  The GUI is defined with an image that shows the users exactly what references are required and allows them to input values for variable dimension UDF’s.
     
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