SOLIDEDGE

Product Details:

SIEMENS SOLIDEDGE ELECTRICAL DESIGN SOFTWARE
Electrical Design : Industry-proven electrical design tools, built by engineers for engineers, to simplify electrical design.
Solid Edge helps you overcome electromechanical design challenges with a dedicated solution for electrical design—enabling true co-design collaboration across electrical and mechanical domains. Based on industry-leading technology, our products are trusted and proven around the world.
Model your design in 3D – Engineer the electrical details : Solid Edge solutions for electrical design allow you to: Design and simulate electrical systems, from simple electrical circuits to complex wire harnesses, Route wiring and place components in 3D assembly models, Prepare 2D industrial control panel layouts , Analyze your models to calculate the correct wire lengths and wire harness designs, Use virtual simulation to ensure circuitry performs per specification, without waiting for physical prototypes, Interactively collaborate between ECAD and MCAD domains, even in disperse locations, Visualize electrical aspects of your design in a 3D environment, Fully integrate PCB layout and mechanical design environments, Access robust libraries and parts repositories, Increase productivity with full Teamcenter data synchronization
Solid Edge Wiring Design : A graphical design environment for creating wiring diagrams and service documentation. Features unique integrated electrical analysis and simulation that allow you to overcome electromechanical design challenges earlier in the design cycle. Includes configurable and re-usable layout design capabilities for use in the preparation of 2D industrial control panels.
Solid Edge Harness Design : A 2D graphical design environment for harness and formboard design. Automates the complete design-to-production flow. Automates the generation of full-scaled, manufacturing-ready drawings, a bill of materials and manufacturing reports, which significantly reduces production lead times and prevents manufacturing errors.
Solid Edge Electrical Routing : A dedicated, process-driven environment for the efficient creation, routing and organization of wires, cables and bundles in a mechanical assembly.Enables the transfer of harness topology data between MCAD-ECAD environments, reducing design time and manufacturing readiness. Unique connected mode feature highlights design changes in both environments through cross-probing. Live feedback immediately displays potential challenges.
Solid Edge PCB Design and collaboration : Schematic capture and PCB layout tools that simplify the complex task of printed circuit board design. Includes sketch routing, hierarchical 2D/3D planning and placement, and ECAD/MCAD collaboration. Solid Edge PCB Collaboration : An open, interoperable collaboration environment for the development of printed circuit boards. Breaks down the communications barriers in PCB design by efficiently communicating design intent between ECAD and MCAD systems.
Sketch routing : Sketch routing allows the designer to sketch the path of signals, then route traces in an efficient manner. Taking design intent and routing strategies in the form of a super-efficient sketch, the system automatically fans out, untangles and routes the associated nets with the quality of an experienced PCB designer. This unique sketch routing capability reduces complex routing times by orders of magnitude.
Constraint management : Solid Edge PCB Design includes an advanced constraint management system, which validates the layout against the design intent. Design rules are monitored throughout the design process using online design rule checking, ensuring adherence to constraint and preventing errors. Multilevel design rules enable the user to meet electrical and manufacturing requirements, while batch design rule checks ensure all constraints are met as changes are made during the design process

Product Details:

SIEMENS SOLID EDGE PIPING DESIGN SOFTWARE
Accurate 3D pipeline planning is required for successful modular plant design. The Siemens Solid Edge® software module for piping design automates the construction and alteration of 3D pipe systems in 3D assembly groups, streamlining the workflow process. 
Pipe specifications serve as the basis for the highly automated 3D piping design functionality of Solid Edge Piping Design. The software facilitates the checks on necessary parameters, such as maximum and minimum pipe lengths for connections, and uses this information to automate the creation of the pipe assembly. This facilitates the maintenance and management of pipe specifications and prevents errors or the use of incompatible equipment. Specification tables, with project-specific characteristics and parameters, can be used to pass internal software plausibility checks. Once 3D isometric diagrams are created and approved, they can be used for manufacturing. 
Automation increases productivity Solid Edge Piping Design offers many features and capabilities that streamline the workflow process. During the design process, Solid Edge Piping Design makes it easy to create, alter, extend and reproduce all necessary components for 3D pipe system construction. Users have the option of creating pipeline paths by drawing system routes with 3D lines or automatically generating a complete specifications-enabled piping system. The software provides process reliability by automatically placing fittings, such as elbows, tees, collars/weldolets, flanges, gaskets and various pipes, on the pipeline route. 
The software also enables the automatic placement of elbows, tees, flanges and washers for non-round pipes, such as cable ducts, routes, air ventilation ducts, etc., which can be quickly and efficiently built in the 3D assembly. After a piping system has been created, Solid Edge Piping Design lets the user alter system routes and/or the composition of pipelines and seamlessly reduce or extend them. Greatly improving productivity up to 20 percent, enhanced 3D piping sketch functionality allows even inexperienced users to easily create three-dimensional sketches. The sketch functionality in Solid Edge Piping Design guides the user on how to draw lines, providing automated line drawing. Commands such as create route, auto route, edit route, split line, etc., also help to automate the sketch, and support concentric components.
Basic engineering mode allows the user to rough out a pipeline to get a preliminary idea of its general outline. All detailed calculations, which are omitted in basic engineering mode, may be added back to the design at a later stage. Although Solid Edge Piping Design offers automated capabilities in a standalone solution, it can be integrated with Solid Edge P&ID Design to provide a complete modular plant solution. After importing Solid Edge P&ID into the Solid Edge Piping Design application, features that are defined in piping and instrumentation diagrams (P&ID) can easily be placed in the 3D model.
Specific P&ID-to-3D functionality provides the user with an online or integrated connection between the P&ID diagram and a 3D assembly, even in 3D sketch mode.
Benefits : • Automatically generates complete pipe systems • Automatically generates construction of a bill-of-materials • Facilitates simple usage and fast user acceptance • Provides productivity enhancements with sketch functionality Features : • Comprehensive 3D standard parts library • Report generator • System-generated design checks • Automated 3D piping sketch functionality

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Solid Edge Simulation : Simulation Analysis : Finite Element Analysis (FEA) in Solid Edge
Solid Edge Simulation is a built-in finite element analysis (FEA) solution that allows design engineers to digitally validate part and assembly designs within the Solid Edge environment. Based on proven Femap finite element modeling and NX Nastran technology, Solid Edge Simulation significantly reduces the need for physical prototypes.
Powerful simulation functionality embedded inside Solid Edge : Best-in-class simulation capabilities provide powerful tools to digitally validate designs.
Automatic creation of finite element models : Create finite element models for solid and sheet metal structures automatically, and make adjustments to refine the mesh to improve accuracy of results. For assemblies, Solid Edge Simulation offers automatic contact detection and sets up realistic component interaction, including iterative linear and glued contact.
Boundary condition definitions for realistic environments : Leverage the boundary condition definitions needed to model realistic operating environments for analysis. Loads and constraints are geometry-based and easy to set up using Quick Bar input options and handles. Validate thermal and cooling performance such as transient heat transfer with time history results.
Comprehensive graphical post-processing tools : Interpret and understand the resulting model behavior quickly with the comprehensive graphical post-processing tools. If results show that a design refinement is needed, synchronous technology makes it easy to accomplish the required model changes.
Full motion simulation : Evaluate and visualize how parts will interact in an assembly. Understand how a product will perform throughout its operational cycle, and how it will function in the real world.
Stress analysis and simulation : Beam analysis checks to see if assemblies are overbuilt, based on the amount of stress exerted on them, saving manufacturing resources.Vibration simulation : Determine the natural frequencies of a part or assembly in free vibration, as well as the expected relative displacements of the structure when at the natural frequency.Buckling simulation : Determine the load at which a structure becomes unstable, which is especially critical for models that contain slender parts or assemblies that contain slender components.Thermal simulation : Perform steady state heat transfer analysis and thermal stress analysis to analyze thermal conditions on mechanical or electromechanical assemblies.FLOEFD Results : Fluid pressure and temperature results can be imported from Simcenter FLOEFD for Solid Edge as structural loads for analysis.
Solid Edge Flow Simulation : Flow-Simulation-l-Computational-Fluid-Dynamics : Flow simulation for computational fluid dynamics (CFD) in Solid Edge : Simcenter FLOEFD for Solid Edge supports flow simulation with an embedded CFD simulation tool for easy, fast and accurate fluid flow and heat transfer analysis. Fully embedded in Solid Edge, FLOEFD enables design engineers to frontload CFD, or move simulation early into the design process where it can help examine trends and eliminate less desirable design options.
Simcenter Femap : Minimize costly prototyping using best-in-class simulation workflows for analysts : Simcenter Femap is an advanced simulation application for creating, editing, and inspecting finite element models of complex products or systems. You can use advanced workflows in Simcenter Femap to model components, assemblies, or systems, to then determine a model’s behavioral response when subjected to real-world conditions. In addition, Simcenter Femap provides powerful data-driven and graphical results visualization and evaluation, which in combination with the industry-leading Simcenter Nastran, delivers a comprehensive CAE solution that improves product performance.

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From design for manufacture using additive techniques

Solid Edge allows you to fully take advantage of additive manufacturing, whether you are creating individual prototypes or manufacturing larger volumes of components. Our tools support your end-to-end workflow, from design-for-manufacture using additive techniques, to preparing and outputting your designs to 3D printing hardware and services.

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SIEMENS Solid Edge Harness Design Software : Solid Edge Harness Design : A 2D graphical design environment for harness and formboard design. Automates the complete design-to-production flow. Automates the generation of full-scaled, manufacturing-ready drawings, a bill of materials and manufacturing reports, which significantly reduces production lead times and prevents manufacturing errors. A graphical design environment for creating harness and formboard drawings, Solid Edge Harness Design can be used for in-house production or build-to-print purposes. With an intuitive user interface that makes harness design authoring easy, the software automates many design tasks. 
For example, connector tables are automatically populated as wires are added, terminals selected, and wire tables generated. A powerful parts selector automatically configures and selects terminals, seals and wires for each connector, including allowances for add-ons and knock-offs. This speeds the harness design and eliminates the major source of problems found in the traditional design process. 
Once a harness is complete, powerful reporting capabilities can be used to generate the documentation required for manufacturing. The reports are generated directly from the design drawing, ensuring fast and accurate information. This can significantly reduce production lead times and prevent manufacturing errors.
Solid Edge Harness Design contains robust part and model repositories, which support the automated selection of parts, terminal plugs and seals for each connector. The parts library includes over 4,000 popular industrial parts. The software supports the International Electrotechnical Commission (IEC) and American National Standards Institute (ANSI) symbol and parts libraries; ANSI ladder schematics adhere to ANSI drawing standards, which is especially useful when designing machinery.
When deployed together, Solid Edge Wiring Design reduces effort by automating the flow of wiring data into Solid Edge Harness Design. When used with Solid Edge Electrical Routing, this unique solution provides interactive, highlighted cross-probing and dynamic updating between the ECAD-MCAD domains, which helps minimize design errors and shortens development time. Solid Edge electrical design modules are available individually or as a bundled solution. 
Key Features and Benefits : Features: Rapid, error-free electrical design for simple to complex electrical circuitry, Route wiring and place components in a 3D assembly, Analyze models to calculate correct wire lengths, Simulation ensures circuitry performs per specification, without waiting for physical prototypes, Interactive collaboration between ECAD and MCAD domains, even in disperse locationsVisualize electrical aspects of design in a 3D environment
Benefits: Achieve first-pass success in the design of electromechanical products, Automate design processes to reduce manual tasks and improve efficiency, Increase productivity via online direct collaboration, Model in 3D; collaborate on electrical details, Validate designs using integrated electrical behavior, Electromechanical digital mockups eliminate the need for costly prototypes
Built-in component and symbol libraries, and a powerful parts selector : Solid Edge Harness Design include built-in intelligent libraries for components and symbols that drive the auto-selection of terminals, seals and wires. A powerful parts selector configures and selects terminals, seals and wires for each connector. Connector face views and tables make it easy for designers to determine how wires terminate.
Powerful reporting for documentation creation : Once a harness is complete, powerful reporting capabilities can be used to generate documentation required for manufacturing, including BOMs and cutting lists. Since fast and accurate information is assured, this can significantly reduce production lead times and prevent manufacturing errors

Product Details:

Solid Edge Wiring Design Software : Electromechanical design as it’s meant to be
Solid Edge Wiring Design is a graphical design environment for creating wiring diagrams. Based on proven technology from Mentor, a Siemens business, this software module enables you to design electrical systems while simultaneously collaborating with the mechanical design to optimize product design. This facilitates the accommodation of space reservation, clash detection and hazard avoidance in the mechanical domain
With built-in intelligence that automates many design tasks, the software makes full electrical schematic development easy via an intuitive user interface, electrically intelligent symbols, and automated part selection. The software features built-in verification and design rule checks to validate design, eliminating errors faster and earlier in the flow. It shows voltages and currents as the design proceeds, highlighting problem areas, such as short circuits, and validating wire and fuse size. 
The tool automatically generates reports for wires, connectors and devices used in the design. Diagram, device and wire index-tables, with full sheet and zone referencing, can be added to the drawings. These automatically update as changes are made.
Solid Edge Wiring Design contains robust part and model repositories, which support the automated selection of parts, terminal plugs and seals for each connector. The parts library includes over 4,000 popular industrial parts. The software supports the International Electrotechnical Commission (IEC) and American National Standards Institute (ANSI) symbol and parts libraries; ANSI ladder schematics adhere to ANSI drawing standards, which is especially useful when designing machinery.
Solid Edge Wiring Design, combined with Solid Edge Harness Design and the Solid Edge 3D Design environment, allows companies to bring products to market faster without sacrificing quality. When deployed together, Solid Edge Wiring Design reduces effort by automating the flow of wiring data into Solid Edge Harness Design. 
Solid Edge Wiring Design : A schematic diagramming application, featuring unique integrated electrical analysis and simulation; allows design teams to overcome electromechanical design challenges earlier in the design cycle.
Key Features and Benefits : Features: Rapid, error-free electrical design for simple to complex electrical circuitry, Route wiring and place components in a 3D assembly, Analyze models to calculate correct wire lengths, Simulation ensures circuitry performs per specification, without waiting for physical prototypes, Interactive collaboration between ECAD and MCAD domains, even in disperse locations, Visualize electrical aspects of design in a 3D environment
Benefits: Achieve first-pass success in the design of electromechanical products, Automate design processes to reduce manual tasks and improve efficiency, Increase productivity via online direct collaboration, Model in 3D; collaborate on electrical details, Validate designs using integrated electrical behavior, Electromechanical digital mockups eliminate the need for costly prototypes
Cabinet panel layout : Accurate physical layout and schematic drawings for successful cabinet panel design. Includes a configurable and reusable layout design capability, which can be used in the preparation of 2D industrial control panels. Solid Edge Wiring Design prepares the layout of industrial control panels with new cabinet panel capabilities that allow the reuse of schematic intelligence to generate panel layout.
Virtual prototyping : Ensures circuits perform to meet customer requirements using strong simulation capabilities that enable virtual prototyping of electrical circuits. Full electromechanical digital mockups remove the need for costly prototypes and enable rapid evaluation of changes.

Product Details:

SIEMENS SOLIDEDGE CAMPRO - CAM Embedded CAD Software
Solid Edge® CAM Pro software, a capable, proven computer-aided manufacturing (CAM) solution from Siemens, features a rich set of tools to help you finish the job right the first time. Designed with Solid Edge users in mind, Powerful, yet easy to use Solid Edge CAM Pro helps manufacturers define and execute a wide range of manufacturing processes, including milling, turning and feature-based machining, with comprehensive machining simulation. Solid Edge CAM Pro delivers accurate and efficient manufacturing processes working directly with Solid Edge parts and assemblies. Sending files from Solid Edge to CAM Pro is as easy as one click, and the data retains associativity so that late-stage design changes can be easily incorporated into the manufacturing plan. An intuitive, modern user interface (UI), easy-to-follow tutorials, built-in templates and wizards make Solid Edge CAM Pro remarkably easy to use.
Templates are used extensively throughout the system to capture and re-apply methods, geometry, setups, operations and tool selections. Built-in wizards and the ability to create custom wizards take the user to the next level of automated interaction. 
Full range of capabilities Avoid the need for (and the cost of) multiple CAM systems in the machine shop with Solid Edge CAM Pro. The scalable solution offers a wide range of indepth NC programming capabilities, providing flexibility and maximizing the value of your investment.Drilling – addresses drilling, reaming, boring, tapping, peck drilling and custom cycles. Automated hole making is available with the feature-based machining options.2.5-axis milling – 2.5-axis roughing patterns can be applied based on basic boundary data or solid geometry. Zigzag, offset, and plunge milling are examples of the toolpaths provided, and high-speed roughing toolpaths such as trochoidal are available. Feature-based machining functions automate the identification and programming of slots and faces. 
Turning – a complete solution that is easy enough to use on simple programs and capable enough to tackle your toughest geometry in multi-spindle, multi-turret applications. The system can work with solids, wireframe or 2D profiles.
3-axis milling – for roughing, rest milling, semi-finishing and finishing of contoured surfaces, with a complete set of milling strategies to address the challenges of complex geometry. This capability includes additional functions needed for high-speed machining. 
Wire EDM – a complete solution for programming 2- to 4-axis wire electrical discharge machining (EDM) machines. A range of wire operations is available, including multi-pass profiling, wire reversing and area removal.
Machining simulation – to avoid tying up a machine in unproductive proveouts, the integrated machine tool simulation provides a more complete simulation than most systems with its machine-code-driven motion.
5-axis milling – Solid Edge CAM Pro offers highly flexible 5-axis programming functions combining automated elements for tedious tasks such as geometry selection and detailed user control for precise machining. 
Tool path visualization and editing - You can have confidence with tool path visualization and material removal verification tools. Integrated collision checking identifies any possible problems. You can also make fast changes to tool path results with graphical editing functions and protect your edits by locking tool paths from future recalculations.
Postprocessing : CAM Pro has a comprehensive postprocessing capability that allows posts to be handled easily. You can edit and fine-tune existing postprocessors with the interactive post builder application or even build a postprocessor from scratch using post builder templates. In addition, you can use included sample posts or download a post from the support library.

Product Details:

The focus for Solid Edge 2019 seems to be the Solid Edge Portfolio.

Solid Edge Electrical  A best-in-class electrical package that includes:

Harness Design - Rapid and intuitive harness and formboard design tools with automated part selection, design verification, and manufacturing report generation allows engineers to quickly and confidently bring products to market.

Wiring Design - Wiring design and simulation tools for the rapid creation and verification of electrical systems allows design teams to overcome electro-mechanical design challenges earlier in the design cycle.

Electrical Routing - Efficiently create, route and organize wires, cables, and bundles using Solid Edge Electrical Routing. Links to Solid Edge Wiring and Harness Design tools, allows electro-mechanical design teams to create complete and accurate digital mockups, containing both mechanical and electrical components, removing the need for expensive physical prototypes.

PCB Design - Schematic capture and PCB layout tools, including sketch routing, hierarchical 2D/3D planning and placement, and ECAD/MCAD collaboration, simplifies the complex task of printed circuit board design.

Solid Edge data management  Siemens PLM has enhanced what they previously called Solid Edge built-in Data Management and renamed it to Solid Edge data management. This provides a set of tools to help manage Solid Edge data with no additional purchases or installation.

Solid Edge Requirements Management  This is a portfolio offering for customers that cannot use Teamcenter, for whatever reason, but need requirement traceability.

Solid Edge Portal  Free cloud-based collaboration. The Solid Edge Portal offers online CAD management, viewing, and collaboration for free. With browser-based access for viewing and markup of CAD files, on any device, you can work in real time, from anywhere. Experience secure, controlled sharing of project documents and CAD files.

Solid Edge CAM Pro - A comprehensive, highly flexible system that uses the latest machining technology to efficiently program your CNC machine tools, from simple NC programming to high-speed and multi-axis machining. Associative toolpaths for parts and assemblies speed design changes and updates. Solid Edge CAM Pro is powered by NX, and replaces the NX Cam Express, but maintains all its functionality, and more.

Solid Edge Modular Plant Design  New capabilities have been added.

Solid Edge P&ID Design  2D flow diagram and symbol support for P&ID creation supporting strict governing requirements for plant design.

Solid Edge Piping Design  Automated 3D piping design with comprehensive 3D part libraries and fully automated isometric drawing output for plant design

Solid Edge Technical Publications  Introduced in ST10, several enhancements have been added to help users quickly and effectively create technical documentation from their existing Solid Edge models and designs.

Solid Edge Simulation - Solid Edge offers enhanced structural and thermal simulation, including transient heat transfer. Time-based history analysis enables simulation of thermal and cooling performance.

Solid Edge Flow Simulation - Free surface flow simulation, lighting and radiation capabilities have been added to allow digital what if analysis.

Enhancements have also been made to the Solid Edge Generative Design package and the Solid Edge Reverse Engineering package, to make them easier to use and more effective.

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SIEMENS SOLID EDGE : MODULAR PLANT DESIGN MODULE
Modular Plant Design in Solid Edge : From rudimentary 2D pipe planning to full-scale 3D piping systems, modular plant design solutions in Solid Edge help to streamline your workflow processes. Linked 3D piping, support for piping and instrumentation diagrams (P&ID) and Isogen® output ensure that your products are designed right—the first time, and every time. These software modules also allow you to easily capture design intent/logic in a 2D schematic, then develop 2D P&IDs into a comprehensive 3D model of a process plant.
Solid Edge combines three core modular plant design solutions that allow for fast, easy planning of complex piping systems and plant designs: Solid Edge XpresRoute, Solid Edge P&ID Design, Solid Edge Piping Design
Solid Edge XpresRoute : Solid Edge XpresRoute streamlines the design of mechanical routed systems in a 3D environment, creating pipe and tube routes for the most efficient design. After the design is complete, Solid Edge XpresRoute continues to boost productivity and reduce costs by automatically creating detailed reports, BOMs and other valuable purchasing and manufacturing information.
Solid Edge P&ID Design :P Solid Edge P&ID Design provides 2D flow diagram and symbol support to create P&IDs, which are crucial for meeting company and international quality standards. It supports ANSI/ISA, DIN, and EN ISO standards and connects seamlessly to Solid Edge Piping Design where its definitions control automated 3D pipeline creation. Features that are defined in P&ID can be easily placed into a 3D model to provide a complete modular plant design solution.
Solid Edge Piping Design : Solid Edge Piping Design provides automated 3D piping design with comprehensive 3D part libraries and fully automated ISOGEN® output, via PDF format, for plant design. Tubes and hoses of the same length in different assemblies—even if they are flexed differently—maintain the same BOM number, reducing erroneous manufacturing and ordering downstream. The software includes functionality that allows faster packaging design and includes enhanced 3D piping sketch functionality that allows even inexperienced users to easily create 3D sketches.
Solid Edge modular plant design solutions speed the creation of intelligent P&ID schematics and 3D piping models, ensuring that they are designed right first time, every time.
Optional piping library : In addition to the baseline of piping components delivered with Solid Edge, the Solid Edge piping library is available; it contains an extensive selection of standard fittings, including elbows, bends, returns, Ys, tees and reducers, as well as a large collection of essential components such as flanges, unions and seals. Fittings are available in a variety of relevant end treatments, such as threaded, welded, flanged and slip-on treatments
Specific P&ID-to-3D functionality provides the user with an online or integrated connection between the P&ID diagram and a 3D assembly, even in 3D sketch mode.
Engineering reference is a powerful, fully integrated calculation and formula-driven design tool for engineers and designers of machinery design components such as shafts, cams, gears and springs. Engineering Reference embeds a wealth of engineering reference information within Solid Edge to help engineers design by function as well as form. This tool allows Solid Edge users to employengineering calculations to automatically create mechanically correct parts and re-use knowledge-based engineering principles.
Engineering Reference supports industry standards including ANSI, DIN and JIS and helps engineers design, select and strength-check a broad range of common machinery components, including: • Cams• Shafts • Spur gears • Bevel gears • Extension springs • Compression springs

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SIEMENS SOLID EDGE : TECHNICAL PUBLICATIONS SOFTWARE : Easily create attractive illustrations and interactive technical documents
The ability to clearly communicate the correct manufacturing, installation and maintenance procedures for your designs is essential to the performance of your products and the success of your business. Using Solid Edge technical publications solutions, your designers can quickly create many types of technical documents—from simple illustrations for end user manuals to interactive 3D technical documents for manufacturing and service. You can reduce the need for specialist technical authors or external services and produce top quality documents in-house.
Work directly with your Solid Edge parts and assemblies : Solid Edge technical publications solutions are closely integrated with Solid Edge, allowing you to work directly with your Solid Edge parts and assemblies, and eliminating the need to convert your CAD files to a different format. And changes to the original design are easily incorporated into existing documents, speeding the engineering change process and ensuring that published documents reflect the current design.
Quickly create detailed illustrations of your designs : Solid Edge Illustrations allows you to create high-quality 3D PDF documents and cloud-ready illustrations from your Solid Edge files and other 3D CAD formats. Use Solid Edge to capture 3D views then add features including markups and balloons before publishing. Solid Edge Illustrations provides a complete image, animation and template-based 3D PDF creation package, making it easy to create high-quality communications from your 3D models.
Publish interactive technical documents : Solid Edge 3D Publishing is easy-to-use technical document authoring software that enables you to embed Solid Edge and other 3D CAD models directly into your documents. Solid Edge 3D Publishing includes a powerful set of tools for working with 3D CAD models, parts lists and formatted text allowing anyone to author complete printed or interactive technical documents in minutes. Perfect for creating training and work instructions, illustrated parts catalogs, service and support documentation, and product manuals.
Integration with Teamcenter PLM software : Shorten the cycle between design and documentation with Siemens world-class product lifecycle management (PLM) solution, Teamcenter®. Open, save, check-in and check-out the most recent version of your design data and perform additional data management tasks within the Teamcenter client. The Teamcenter Integration for Solid Edge Technical Publications add-on enables direct access to your design data, ensuring you’re working with the right data, every time.
XLIFF Language Translation : Reach a larger, global market using XML Localization Interchange File Format (XLIFF) language translation to easily translate and localize digital documents. Available as an add-on, the Solid Edge XLIFF Language Translation module provides import/export functionally for language translation for both Solid Edge 3D Publishing and Solid Edge Illustrations.
Solid Edge technical publication solutions : Create attractive illustrations and interactive technical documents with Solid Edge. Create technical documents based on your designs, including manufacturing work instruction packages, maintenance manuals and spare parts catalogs. Share designs more easily with detailed illustrations and interactive technical documents
Easily create attractive illustrations and interactive technical documents : Solid Edge® Technical Publications makes creating interactive technical documentation and illustrations directly from 3D design data fast and easy. Open, save and revise data from Teamcenter, Siemens’ powerful PLM solution, with tight integration to ensure you’re working with the right data, every time.

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SIEMENS Solid Edge XpresRoute Streamlined tubing and piping  : Solid Edge® XpresRoute software eases  the design of mechanical routed systems.
A comprehensive set of industry-specific design tools helps designers quickly route and model piping and tubing in Solid Edge assemblies. Fully integrated with Solid Edge, XpresRoute utilizes process-specific workflows that match industry best practices and work the way that you want to work. With XpresRoute, you not only accelerate your design process for mechanical routed systems, you also enjoy improved BOM accuracy and lower costs through standardization
Routing begins with the creation of a fully associative path for the routed components to follow. Solid Edge XpresRoute helps designers specify these paths by quickly defining 3D variational sketches using specialized modeling aids.
• Solid Edge PathXpres - enables designers to rapidly define a 3D tube or piping path without drawing the individual lines of the path. Solid Edge PathXpres automatically generates an optimum path between two points. • Solid Edge OrientXpres - is an interactive design aid that assists in drawing 3D lines defining the path. As designers draw line or arc segments, Solid Edge OrientXpres locks the orientation of the line parallel to an axis or plane. 3D curves can also be used for tube creation, allowing designers to easily represent flexible tubes and hoses. Path segments can be associated with assembly geometry and/or other path segments using standard Solid Edge relationships such as parallel, perpendicular and colinear relationships.
Automatic 3D components Once the path is defined, a solid model of the system of tubes or pipes is established along the path segment, creating an accurate virtual mockup. Designers can specify attributes such as size, extents and end treatments via simple dialog boxes. For piping systems, 3D pipes, fittings and components are automatically positioned and correctly oriented upon population. All components are fully associative and update with the parts to which they are connected. When the assembly model is modified, pipes and tubes automatically adapt to design changes
Accurate reporting Solid Edge XpresRoute continues to boost productivity and reduce costs even after the design is complete, automatically creating detailed reports, BOMs and other valuable purchasing and manufacturing information. Solid Edge XpresRoute automatically produces bend tables that can be used directly by tube bending machines, and all components modeled with Solid Edge XpresRoute are fully supported by Solid Edge drafting functions including dimensioning for pipe and tube lengths and radii, and angular dimensioning between path segments. Accurate cut lists and component BOMs can be created for piping systems, either directly from the assembly or on a Solid Edge drawing.
Optional piping library : It contains an extensive selection of standard fittings, including elbows, bends, returns, Ys, tees and reducers, as well as a large collection of essential components such as flanges, unions and seals. Fittings are available in a variety of relevant end treatments, such as threaded, welded, flanged and slip-on treatments.
Benefits : • Increase productivity through automated, structured workflows • Quickly investigate alternate routing options • Create complete virtual mockups faster • Improve accuracy and manufacturability • Reduce costs from detailed purchasing and manufacturing reports • Maintain company standards • Quickly locate standard parts for use in new designs
Features : • Automated workflow for routing paths • Fully associative pipes and tubes • Automatic updates when related parts change • Ability to automatically produce bend tables, reports and cut lists • Optional piping library available

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Solid Edge TEAMCENTER PLM that delivers best-in-class collaboration and productivity
Teamcenter® software’s integration for Solid Edge provides best-in-class product lifecycle management (PLM) that enables you to reduce design cycle time and improve collaboration by providing a secure, single source of product and process data. Optimized for scalability across wide area networks, it enables geographically distributed design resources and the extended supply chain to connect to a single database.
You can quickly search Solid Edge, assemblies, and drawings to eliminate time wasted trying to find, share, and re-use the right design information. The bill-of-materials view lists file dependencies within an assembly, as well as the relationships between the parts or assemblies and their associated drawings. Structured workflow and change management processes ensures everyone is working from the latest design information. Teamcenter provides access to a full range of PLM capabilities to optimize your design-through-manufacturing processes.
Automated workflow processes, including design release and change : New revisions of Solid Edge parts, assemblies, and drawings are automatically created and tracked. Existing product structures can be cloned and edited using the Structure Manager environment, which enables rapid configuration of new assemblies outside of the Solid Edge environment. Electronic workflows are available to manage engineering change and release to manufacturing processes.
Maximize design re-use to reduce costs : Product development and manufacturing costs and timescales can be significantly reduced by improving reuse of existing design data. Searches can be easily configured, saved, and run enabling existing components to be quickly retrieved for use in new design projects. Product structures can be cloned and edited using the Structure Editor, which enables rapid configuration of new assemblies.
Teamcenter Rapid Start provides a preconfigured PDM deployment option that manages design data and everyday tasks and processes, providing an ideal entry point into the Teamcenter product line for small and medium-sized business wanting a growth path to PLM. With proven scalability, you can expand the value of your Teamcenter implementation by taking advantage of a comprehensive PLM portfolio of applications.
Features : • Create, edit and manage Solid Edge parts, drawings and assemblies • Compare multiple revisions with comprehensive revision support, full revision history and ability to revise and automatically capture related content • Unlock the power of Teamcenter with hosted Active Workspace to search, access and highlight data in the Solid Edge environment with ease • Perform impact analysis with quick access to „where used“ and associated drawings • Explore design ideas without committing the files to Teamcenter with Concept Modeling • Automatically create translated files of design data to easily distribute to external consumers • Simplify and automate common designer activities with seamless integration in Solid Edge user interface • Easy to implement and maintain seamless integration to Teamcenter and Solid Edge, no separate install required • Promote the reuse of existing parts with geometric shape search, available as an add-on module
Benefits : • Integrate technical data to provide your organization with a single source of product information • Quickly locate correct designs and relevant data • Develop and implement consistent workflows, improving collaboration internally and with customers and suppliers • Manage BOM structures supporting product configuration/variants, occurrence properties and BOM synchronization • Communicate and share designs better with consistent visualization • Maximize productivity with offline mode

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SIEMENS SOLID EDGE ELECTRICAL ROUTING SOFTWARE : Solid edge electrical routing solution is a dedicated, process-driven environment for creating, routing and organizing cables, wires and bundles. and accurate digital mockups containing both mechanical and electrical components. Solid Edge Electrical Routing links with Solid Edge Wiring and Solid Edge Harness Design tools, allowing your electro-mechanical design teams to create complete and accurate digital mockups containing both mechanical and electrical components.
Automatic electrical routing : Electrical engineers design a schematic that is sent to the Solid Edge 3D CAD environment. Harness details such as wires, connectors, terminals, splices and net lists are transferred and accessed with a simple click in the Solid Edge 3D CAD environment. Mechanical engineers can then work on the mechanical aspects of their design without worrying about changing associated wire harness information. Information flows between the electrical and mechanical worlds, enabling fast and easy collaboration. A connected mode with Solid Edge Electrical Routing allows dynamic ECAD/MCAD collaboration with cross probing and dynamic updating between mechanical and electrical domains.
Once the design is complete, Solid Edge Electrical Routing exports ready-to-use net list files to the schematics so that the wires can be annotated with the lengths and use it for electrical analysis, e.g., voltage drop. This type of virtual prototyping removes the need for expensive physical prototypes.
Using Solid Edge Electrical Routing enables you to transfer harness topology data between electrical computer-aided design (ECAD) and mechanical computer-aided design (MCAD) environments. Easier harness topology exchange reduces design time and manufacturing readiness. The software provides seamless collaboration between design teams as they create complete and accurate digital mock-ups that contain component  from both environments, eliminating the need for expensive physical prototypes. Design violations are constantly monitored as the harness is being created. Correct cutting length informationis easily accessible for manufacturing.
Benefits : • Provide seamless integration, between 2D ECAD and 3D MCAD domains • Decrease product costs with improved communication• Reduce need for costly physical prototypes• • Improve service and maintenance documentation • Reduce overall time to market. Features : • Connected mode with interactive cross-probing • Bundle creation over splices • Design violation monitoring • Wire harness output to manufacturing • Automated, structured workflow
Connected mode : Solid Edge Electrical Routing directly interfaces between Solid Edge Wiring and Harness Design software modules using a feature called connected mode, which allows the user to bridge environments and update harness information. After the environments are connected, if the user changes a design aspect in one environment, it is highlighted in the other through cross-probing. Design violations are constantly monitored as the harness is designed; live feedback immediately displays potential challenges, enabling electrical and mechanical engineers to collaborate effectively whether they are in the same office or in remote locations.
Realistic wire representation for complete digital mockups Wires created with Solid Edge Electrical Routing contain all the information required for manufacturing and don’t require a 3D representation of the wiring design. This speeds the initial design and editing of the wire harness. For a more realistic 3D mechanical view, or if a detailed drawing is required, designers can generate an associative 3D model of the wires, including individual wires, cables and bundles with colors. The automatic tangency of wire paths from terminals through wire clips enables wires to look natural as they are routed.

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SIEMENS Solid Edge P&ID Design : Streamlining the P&ID workflow process : Pipes and Instrumentation Diagrams
The ability to accurately and rapidly create piping and instrumentation diagrams (P&ID) is crucial for meeting company and international quality standards. Siemens Solid Edge® software for P&ID design supports project managers with a full toolbox of traceability benefits. Using Solid Edge P&ID Design, users can easily capture the design intent and logic in a 2D schematic. With the addition of 3D computer-aided design (CAD) or direct integration with Solid Edge Piping Design software, users can develop 2D P&IDs into a comprehensive 3D model of a process plant
Solid Edge P&ID Design offers many features and capabilities to streamline the workflow process. During the design process, the software makes it easy to create pipe lines and add symbols by accessing an included database. Pipe specifications can be accessed at any stage of the design process.
Solid Edge P&ID Design also makes it easy to add/maneuver components within a diagram and assign unique tag numbers to fully define components. Users can generate lists, reports, bill-of-materials(BOM) and intelligent PDFs when needed.
An important feature for process design, Solid Edge P&ID software allows the user to influence the display of line intersections, enabling process security. Line priorities work as an extension of theactive representation of the crossing lines setting so that users can fully customize the display of crossing unconnected lines.
The software supports American National Standards Institute/International Society of Automation (ANSI/ISA), National German (DIN) and European Norm International Organization for Standardization (EN ISO) standards to meet strict governing requirements.
Automation provides user flexibility Solid Edge P&ID Design includes a formula editor for line data fields, enabling users to automatically fill in certain line values using information from otherdata fields available in the project. Automation assists in ensuring correct data as entries are not required to be typed in manually. Easy modification is fast even for new users.
From 2D to 3D design Although Solid Edge P&ID Design is a standalone 2D solution, it can be integrated with Solid Edge Piping Design software or used with Solid Edge 3D design products. The included to-do list functionality provides an online or integrated connection between the P&ID and a 3D assembly. In the to-do list, the available definitions created in Solid Edge P&ID Design can be transferred to a Solid Edge assembly where it controls automated 3D pipeline creation.
Extending value Solid Edge is a portfolio of affordable, easy to deploy, maintain and use software tools that advance all aspects of the product development process – mechanical and electrical design, simulation, manufacturing, technical documentation, data management and cloud-based collaboration.
Benefits : • Automatically generates complete pipe systems • Automatically generates construction of a bill-of-materials • Facilitates simple usage and fast user acceptance • Provides productivity enhancements with sketch functionality
Features :  • Comprehensive 3D standard parts library • Report generator • System-generated design checks • Automated 3D piping sketch functionality

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SIEMENS SOLID EDGE - GENERATIVE SHAPE DESIGN
Solid Edge Generative Design is a powerful solution that enables quick creation of optimized, lightweight product designs.
By using Solid Edge Generative Design , you can create attractive organic-looking designs. Once the designer inputs requirements like design space, mate-rial, loads, target weight, safety factor, manufacturing constraints, etc., Solid Edge Generative Design Pro applies finite element methods (FEM) and computing power to analyze hundreds of potential solutions; then offers the optimum shape that meets the design requirements. The resulting high-quality output is a mesh (or facet) based 3D computer-aided design (CAD) model that can be edited further or sent directly to a 3D printer.
Benefits : – Use advanced software and computing power to optimize designs, – Realize the value of additive manufacturing, – Improve machine efficiency with lower component weight, – Reduce component cost by using less material, – Create highly aesthetic products, – Reduce multi-part assemblies to single components
Solid Edge integrates advanced topology optimization within the Solid Edge 3D modeling toolkit, helping designers to create lighter components, minimize material waste in downstream manufacturing, and also create highly customized designs well-suited for casting or high-resolution 3D printing. Solid Edge is unique in that it results in “ready-to-print” surface quality. Generative Design brings Topology Optimization to Solid Edge : Generative design builds upon the traditional design approach by applying computing power and optimization techniques to component design. Generative design helps designers reduce both the weight and amount of material used for a specific component, while maintaining its structural integrity. Our solution for generative design allows you to replace small assemblies with a single component, reducing manufacturing costs and bill-of-materials complexity. Performing a generative design study can result in interesting new design ideas that can be incorporated into your traditional design process.
Generative design is used across many disciplines—design, architecture, art, and more. It allows you to create designs with the help of an algorithm. Particularly valuable in product development, this design method enables you to generate a component shape with the most efficient use of material, while considering conditions such as packaging space and manufacturing requirements.
Efficient topology optimization for CAD parts : Based on your parameters—a specific component material, a design space (or envelope), and permissible loads and constraints—Solid Edge will compute a reduced-mass geometric solution that maintains structural integrity. You can run multiple weight targets, load cases, and constraint scenarios simultaneously.
Advanced parts ready for 3D printing : Parts resulting from generative design in Solid Edge are ready for Additive Manufacturing. High-resolution 3D printers can handle the complex shapes, shortening your new product time-to-market or speeding production of replacement parts.

Evolve designs using convergent technology : Components optimized using generative design can be further modified with Convergent Modeling and Synchronous Technology. Meshed results are seamlessly integrated into the normal model editing process, allowing you to get the final design needed for the task at hand. No more waiting for tedious, inaccurate conversions from triangular mesh to b-rep.
Our advanced topology optimization solution helps designers create lighter components, minimize manufacturing material waste, and create highly customized designs especially suited for high-resolution 3D printing.

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SIEMENS SOLID EDGE PCB COLLABORATION MODULE
Integration between electrical computer-aided design (ECAD) and mechanical computer-aided design (MCAD) domains plays a major role in designing multidisciplinary products. Siemens’ Solid Edge® PCB Collaboration efficiently communicates design intent between ECAD and MCAD systems by allowing engineers to stay in their individual environments, with an intuitive 3D visualization of both the printed circuit board (PCB) and its enclosure. Fast and effective communication between domains enables companies to get products to market faster while keeping development costs low. The software displays a complete history of all exchanges that have taken place during collaboration and leverages an ecosystem of reference designs and libraries.
PCB Collaboration : Consume 3D models from industry-leading PCB environments using an open, interoperable environment, Easily create and export design intent for PCBs from MCAD environment, Efficientl, transmit data bi-directionally between domains using IDX data format – transfer only data needed to propose changes, Use realistic 3D views of PCB components to aid in design development, Locate PCB, components easily using a PCB pathfinder, View component properties with a simple click – no more searching for a part in a graphical environment, Automatically align and map 3D models from Mentor PCB ,products such as PADS Professional and Xpedition, Import copper data, in the form of sketches, from the electrical domain. Although Solid Edge PCB Collaboration works seamlessly with Solid Edge PCB Design, it is an open, interoperable environment that may also be deployed with other industry-leading PCB design software applications that use the IDX format for ECAD-MCAD collaboration. Solid Edge PCB Collaboration supports IDX 2.0 and 3.0.
Fully integrated 3D layout with placement, constraints, design rule checking (DRC) and photo-realistic visualization minimizes MCAD iterations. Solid Edge PCB Collaboration efficiently transmits data bi-directionally between ECAD and MCAD environments, enabling design aspects from the MCAD environment to flow to PCB Design for initial placement.
PCB Design: Benefits of Collaboration : With the growing complexity of “smart” and connected products, creating models that combine mechanical devices and electronic control systems, with one or many printed circuit boards (PCBs), can be a challenge. How can engineers manage this complexity, while hitting time-to-market deadlines, keeping costs at target and ensuring that the product works as intended, the first time? How can teams improve integration between electrical computer-aided design (ECAD) and mechanical computer-aided design (MCAD) in order to reduce costly rework? By focusing on collaboration—considering mechanical requirements during layout and ensuring efficient communication between the electrical and mechanical flows—you can avoid last-minute changes that cost time and money.
Features : • Efficiently transmits data bi-directionally between domains using IDX data, format • Imports copper data from ECAD to MCAD environments • Easily locates PCB components • Honors individual domain constraints • Open, interoperable environment • 3D starter data and component libraries
Realistic 3D component models in board assembly A photo-realistic view of PCB components aids in accurate electromechanical product design. Solid Edge PCB Collaboration allows users to browse and import exact models, providing a true 3D view of the design that can be rotated and visually inspected for interferences between ECAD and MCAD design aspects. The software supports replacing the 2.5D represented components with standard/supported 3D models available in the included library. If the 3D model is absent, default 2.5D representation will be created for that component.

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SIEMENS SIMCENTER : Simcenter FLOEFD™ for Solid Edge® : Delivers the industry’s leading computational fluid dynamics (CFD) analysis tool for fluid flow and heat transfer. Fully embedded in Solid Edge, FLOEFD has intelligent technology at its core to help make CFD easier, faster and more accurate. Underlying technology : Fast and powerful, Simcenter FLOEFD for Solid Edge takes advantage of synchronous technology and uses native geometry. As soon as the model has been created in Solid  Edge, it can be prepared for analysis. For effective design validation, users can create variants of their concept and analyze them immediately in Solid Edge
Benefits : • Rapid and accurate simulation of fluid flow and heat transfer, • Frontloads simulation without disrupting the design workflow, • Delivers powerful parametric studies and design comparison functionality for easier what-if analysis Features : • Fluid body creation from native Solid Edge CAD data, • Provides an intuitive user experience, • Guided problem setup and automated, accurate, fast and easy meshing, • Robust solver for highly complex geometry, • Provides timely feedback, • Visualization tools, * Unique SmartCells™ technology allows use of a coarse mesh without sacrificing accuracy, and a robust mesher easily captures arbitrary and complex geometry. 
The expandable power of Simcenter FLOEFD : Simcenter FLOEFD is extensible with the aid of optional modules for advanced analyses, including: • Advanced CFD module for special applications such as hypersonic flow  for up to Mach 30, orbital radiation simulation such as for satellites, the NIST real gas database and gas combustion simulation, • Heating, Ventilation and Air Conditioning (HVAC) module for designing occupied spaces, including buildings and vehicles. It includes special simulation capabilities, including comfort parameters and tracer studies, an additional radiation model and an extended database for building materials, • Electronics Cooling module for detailed simulation of electronics systems. It includes an extended database, packaging materials and physics such as joule heating, • Light-Emitting Diode (LED) module for all lighting-specific simulations with the Monte Carlo radiation model, and a water film model for condensation and icing simulation of water films SOLID EDGE, • Electronic Design Automation (EDA) Bridge for importing data from EDA software, including Siemens Digital Industries, Cadence, Zuken and Altium, as well as import materials and power maps of printed circuit boards (PCB) and definitions of thermal territories and network assemblies (Delphi model) , • Extended Design Exploration module for multi-parameter optimizations leveraging the advanced HEEDS Sherpa solver, • Power Electrification module for more accurate thermal simulation of batteries with Equivalent Circuit Model (ECM) and Electrochemical-Thermal Coupled Model (ECT)• T3STER Automatic Calibration module for the design of calibrated thermal semiconductor models from Simcenter T3STER measurements such as integrated circuits (IC) and insulated gate bipolar transistors(IGBT), • BCI-ROM + Package Creator module, which comprised of the Boundary Condition Independent Reduced Order Model (BCI-ROM) feature, for  extracting dynamic compact thermal models from a 3D model; thermal, netlist extraction, for converting a 3D model into an electrothermal model for Simulation Program with Integrated Circuit Emphasis (SPICE); and package creator tool, for the rapid creation of thermal models of electronic packages, • Electronics Cooling Center module, offers the ultimate solution for electronics cooling, includes the BCI-ROM + Package Creator, EDA Bridge, Electronics Cooling and T3STER Automatic Calibration modules and more