Overview

Anark Workstation is a desktop application designed to facilitate the creation and sharing of Technical Data Packages (TDPs). It enables users to transform 3D CAD data, including Model-Based Definition (MBD) and Product Manufacturing Information (PMI), into high-quality, compliant TDPs and 3D PDFs. The software supports various CAD systems and allows for the automation of TDP generation through reusable templates and publishing recipes. This approach reduces manual effort, minimizes errors, and enhances collaboration across engineering and manufacturing teams.

Features and Capabilities

• Efficient Data Translation: Anark Workstation automatically converts native CAD files, including advanced MBD and PMI data, into web-accessible TDPs and 3D PDFs without the need for additional plugins.
• Reusable Publishing Recipes: Users can create and save publishing recipes, ensuring consistent and repeatable TDP generation tailored to specific requirements.
• Standardized Templates: The software offers standard templates that adhere to MIL-STD-31000B standards, simplifying the creation of compliant TDPs.
• Visual Work Instructions: Anark Workstation allows the creation of interactive, 3D visual work instructions, enhancing clarity and understanding for manufacturing teams.
• Comprehensive CAD Integration: The application integrates with various CAD systems, including PTC Creo, Siemens NX, Dassault CATIA, SOLIDWORKS, and Autodesk Inventor, ensuring broad compatibility.
• Automated Publishing with Anark Publish: When combined with Anark Publish, users can automate the TDP publishing process, streamlining workflows and improving efficiency.
• Data Normalization: Anark Workstation standardizes diverse 3D CAD models, providing consistent and high-quality information to all stakeholders, regardless of the CAD tool used.
• Advanced Annotation Features: Recent updates have introduced the ability to add, modify, or remove 3D primitive geometry objects, such as flat arrow primitives, and to adjust the color and transparency of 3D component occurrences, enhancing the clarity of visual instructions.