Arbortext Content Delivery

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Arbortext Content Delivery (ACD) is a scalable solution designed to provide customers, technical support teams, service technicians, and dealers with immediate access to accurate and up-to-date technical information. By serving as a centralized repository for technical documentation and parts catalogs, ACD ensures that users can quickly find the information they need, enhancing service quality and operational efficiency. Its integration capabilities with various enterprise systems allow for the dynamic delivery of contextualized content tailored to specific product variants, supporting a global network of stakeholders with consistent and reliable information. Key Features and Functionality: - Dynamic Content Repository: Centralizes storage and access to technical documentation and parts information, ensuring consistency and reliability. - Dynamic Content Delivery: Seamlessly integrates with enterprise systems to create a dynamic content repository that outputs contextualized finished content specific to the product variant. - Role-Based Access: Provides users with information pertinent to their roles, enhancing security and operational efficiency. - Highly Scalable Architecture: Supports large-scale deployments with synchronized output to multiple sites, clustering, and cloud compatibility. - Multimedia Content Support: Includes dynamic, interactive 3D and 2D illustrations, PDFs, and other multimedia formats to improve comprehension and user experience. - Content Navigation Interface: Features intelligent filtering and advanced search with smart autosuggest, allowing users to quickly find the information they need. Primary Value and User Solutions: Arbortext Content Delivery addresses the critical need for accurate, timely, and accessible technical information in service and maintenance operations. By providing a centralized, dynamic repository, it ensures that service personnel and customers have immediate access to the most current data, reducing errors and improving service outcomes. Its scalability and integration capabilities support global distribution, making it an essential tool for organizations aiming to enhance service quality, reduce operational costs, and maximize customer satisfaction.

Arbortext IsoDraw

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Arbortext IsoDraw is a comprehensive software solution designed to streamline the creation and updating of high-quality technical illustrations and animations. By leveraging original 2D and 3D CAD data, it enables users to produce detailed visuals for various product and support materials, including assembly and disassembly instructions, parts catalogs, operator and service manuals, and training documents. The software maintains an associative link to real-time CAD data, ensuring that illustrations and animations remain current as engineering designs evolve throughout a product's lifecycle. Key Features and Functionality: - CAD Data Integration: Supports native Creo Parametric® and Creo View™ files, along with standard 3D CAD formats such as IGES, DWG, DXF, VRML, OBJ, STEP, VDA, SAT, and Parasolid. This facilitates the importation of comprehensive design data for illustration purposes. - Automatic Illustration Creation: Automatically generates 2D and 3D illustrations from CAD data, streamlining the illustration process and reducing manual effort. - 3D Data Manipulation: Allows for the manipulation of 3D data, including explosions along any axis, cutaways, rotations, reflections, copying, and scaling, without altering the original source data. - Automated Illustration Updates: Maintains links to original CAD files, enabling quick and automatic updates to existing illustrations when design changes occur. - Support for Multiple Delivery Formats: Prepares illustrations for publishing in various formats, including print, interactive, and web media, eliminating labor-intensive formatting tasks. Primary Value and User Solutions: Arbortext IsoDraw enhances the efficiency and accuracy of technical documentation by enabling the reuse of existing CAD data to create precise illustrations. This capability ensures that product support materials are consistently up-to-date, reducing errors and improving customer satisfaction. By automating the illustration process and supporting multiple delivery formats, the software minimizes production costs and accelerates time-to-market for product information. Additionally, its intuitive interface allows users without extensive CAD knowledge to produce professional-quality illustrations, further increasing productivity.

Kepware Edge

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Kepware Edge is a Linux-based version of KEPServerEX, with select device drivers and support for MQTT and OPC UA to connect and collect data from common legacy industrial devices in manufacturing settings.

Pure Variants

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It centralizes variability management across engineering assets, ensuring consistent results across product variants. With integrations to Codebeamer and over 20 engineering tools, it automates variant generation, enabling access to engineering assets like requirements and system models throughout a product's lifecycle.

ApexAda

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ApexAda delivers a unified development experience with powerful Ada compiler technology, lifecycle management, and cross-environment support for embedded and host platforms. The latest versions introduce full 64-bit code generation, expanded support for Linux, VxWorks, and bare-metal embedded targets, plus integrated Ada/C/C++ workflows. ApexAda’s architecture enforces rigorous standards like DO-178C, ensuring seamless modernization and predictable performance across mission-critical applications.

MKS Toolkit

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MKS Toolkit delivers a rich collection of UNIX and Linux utilities, shells, APIs, and development tools within a Windows environment. With support for POSIX, UNIX, and X11 standards, teams can execute scripts, automate workflows, and migrate applications without modifying source code. This includes familiar tools such as vi, sed, awk, grep, make, KornShell, and Bash, alongside graphical and command-line interfaces. Organizations rely on MKS Toolkit to modernize infrastructure while protecting decades of engineering investment. Typical use cases include porting UNIX applications to Windows, enabling cross-platform build automation, supporting mixed OS development teams, and maintaining business-critical scripts that would otherwise require costly rewrites.

X/Server

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PTC X/Server enables secure access to UNIX and Linux graphical applications from Windows desktops, allowing organizations to centralize compute resources while preserving familiar X Window System interfaces. It is widely used in engineering, scientific, and technical environments where graphical UNIX applications remain essential.

ObjectAda

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ObjectAda combines a standards-compliant Ada compiler, powerful debugging, and optimized runtime libraries with deep integrations for Windows and Linux environments. Current releases strengthen Ada 2012 compliance, enhance IDE usability, and ensure compatibility with the newest toolchains (e.g., Visual Studio 2022+). ObjectAda’s design enables developers to maximize productivity while maintaining predictable runtime behavior for embedded deployments.

Optegra

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PTC Optegra enables engineers, project managers, and downstream stakeholders to browse, query, and visualize complex product structures without modifying source data. Through its EPD.Connect environment, users can explore hierarchical assemblies, inspect attributes, and understand design context across electrical, structural, piping, and mechanical domains. A core Optegra value is controlled visibility. Organizations use Optegra to ensure that large teams—often hundreds of concurrent users—can access the right product information at the right time, without duplicating data or compromising security. This is particularly critical in regulated programs, defense projects, and long‑lifecycle assets where configuration fidelity and traceability are essential. Optegra is commonly used to: - Provide enterprise-wide visibility into CADDS 5 models and assemblies - Support concurrent engineering across large, distributed teams - Enable downstream users (manufacturing, planning, review) to access product data without CAD expertise - Improve control over product structures and lifecycle processes in large-assembly environments