System Requirements

SMIRT DieShop™ requires the following display settings to run properly:

Screen Area - 1024 by 768 pixels
Colors - True Color (32 bit) / Highest (32 bit)

These settings can be changed by right clicking on the desktop and choosing properties. Select the Settings tab and make the relevant changes.

SMIRTDie Shop™ recommends the following minimum hardware configuration:

Processor - 700 MHz
RAM - 512 MB
Disk Space - 20GB
Graphics Card - 64 MB Graphics Memory

SMIRT DieShop lets die makers, pattern makers, machinists, foremen and other users extract the information they need to build a die directly from a solid model without the need to generate plots / drawings (a true paperless environment). Powerful annotation and information sharing tools make possible to improve and speed up the information flow through the entire organization.

Features at a glance:

• Industry accepted solution
• Short learning times
• Multiple CAD source import
• Simple, intuitive user interface
• Super fast graphics
• Automatic stock list extraction
• Interactive balloons & dimensions
• Large assembly management
• Dynamic section views
• Urgent notes
• Project management & information sharing

Information from multiple CAD sources. Different CAD sources are managed (VISI Modeling, CATIA V4, CATIA V5, UG NX, Autodesk Inventor, IGES) to offer a single look and feel to the final users. All the information available in the CAD data (geometry, stock list and technology) is retrieved and made available in the easiest way to be used for design review and analysis for shop floor activities. This is our DNA…. Solid Model Information Retrieval Technology.

Simple intuitive user interface. Recognizing that shop floor personnel are getting paid to build dies and not to be CAD/CAM operators, SMIRT DieShop has been designed to be very easy to use with minimal training required. SMIRT DieShop uses a simple, intuitive plain text interface for all operations (no icons to memorize) and is specifically designed for the needs of die makers, based on a real life die making experience.

Sharp, clear and fast graphics. The graphics representation available in SMIRT DieShop is designed to make it easy to understand the structure and functionality of the die assembly. The fast graphics engine enables the user to zoom, move, rotate and change view mode in real time, without waiting for graphic regeneration. Standard orthogonal and isometric views are always available and only one mouse click away.

Stock list and balloons. The stock list information (item ID, quantity, material, commercial code and others) retrieved from the CAD data is available in SMIRT DieShop to interactively navigate through the parts and components of the die: select one or more items from the stock list to display them (or add to display). Interactive balloons are available with stock list information to get item information by simply picking the relevant component in either 3D or section view modes.

Display control. Specific commands are available to switch from the complete die view to other sub-assembly groups and to assembly or disassembly components from the major castings. The die can be opened and slides and blank holders can be moved to the two opposite dead points of their strokes.

Axis management. Axis systems are automatically retrieved from CAD data or can be created inside SMIRT DieShop withvery simple and intuitive tools. Setting the proper current axis makes it easier to analyze the functionality and the construction techniques for cam slides and complex dies, leading the operator to extract and the correct reference dimensions used for machining operations.

Powerful dimensioning. Three families of real time dimensioning tools are used to check the geometry of the die components. "Measure" tools are used to take dimensions between two geometric features (point to point, face to edge, etc.). "Ordinate" tools are used to take coordinate positions referred to the current axis. The ordinate position of a drilling holes will also give technological information (tapered hole, tolerance hole, etc.) if defined in the original die design. "HeightMark" is a dimensioning tool to take specific plane position and finishing information. The finish information can be retrieved from the CAD files or can be automatically recognized by special SMIRT algorithm.

Cross sections. Simple techniques let the user cut cross sections on the fly if required and positioned as needed. No support is required from the design department and section cutting is fast and easy (no complex CAD approach is applied). The section plane can be dynamically moved using a slider and different viewing styles can be displayed and combined: section, section and split solids, hatch, filled cut face. Dimensioning, annotation and balloon tools are also available in the section view.

Annotation and information sharing. All views can be completed with floating or flag notes (the text box of a floating note is fixed to the graphics window, while for a flag note, it is linked to a point on a solid). Views with dimensions or notes can be saved and shared on the network with other colleagues or departments. Urgent notes can be defined so that every one who accesses the file will be prompted to check the urgent note itself. All the views can be exported as images to external files for documentation / e-mail messages.