Tecnomatix Planning and Management solutions help you manage product and process knowledge in a single environment. It provides several collaboration and analytical tools to help you perform manufacturing planning digitally and thereby avoid production stoppages because of design flaws. You are able to:

- Shorten product launch time by performing product design and manufacturing engineering concurrently
- Ensure accurate communication of manufacturing information to the shop floor
- Plan and optimize the layout of your manufacturing facilities digitally, well before you start production
- Avoid product quality issues by integrating quality parameters as part of the manufacturing planning process

With a true concurrent engineering solution that allows parallel execution of product engineering and process planning activities, you can drastically improve profitability, time-to-market and quality.

Manufacturing companies in a variety of industries are addressing the ergonomic aspects of manual operations during the early stages of product design and manufacturing planning. Jack and Process Simulate Human enable you to improve the safety, efficiency and comfort of your workplace environment using digital human models. You can analyze your workplace environments with virtual people that can scale to match different population characteristics. You can test your designs and operations for a wide variety of human factors, including injury risk, timing, user comfort, reachability, lines-of-sight, energy expenditure, fatigue limits and other important parameters.

This program package supports simple and effective startup of SINUMERIK 840D sl/840Di sl and SINUMERIK 810D/840D/840Di controls on CNC machines.

On the SINUMERIK 810D/840D/840D sl the tool is started from the PG/PC in online mode (PG/PC control via the OPI interface), in the case of the SINUMERIK 840Di/840Di sl it is included in the software.

SIMATIC PDM (Process Device Manager) is a universal, manufacturer-independent tool for configuration, parameter assignment, commissioning, diagnostics and maintenance of intelligent process devices and automation components. SIMATIC PDM enables you to diagnose, manage and assign parameters to a wide range of field devices from different manufactures using a single program with a uniform user interface. Process device data can thus be easily set, modified, checked for validity, managed and simulated. In addition, you can also monitor selected process values, alarms and status signals of devices online.

Flexible, scalable, powerful: The innovative distributed control system SIMATIC PCS 7.

This system enables you to respond swiftly to constantly changing market requirements. Integrated safety concepts ensure continuous operation of your systems and protect man, machine and the environment. The offers high system availability, investment security and future-safe technology, together with a reduced total cost of ownership.

NX Nastran - The Premier FEA Solver for Structural Simulation

An industry standard for over 40 years, Nastran is a finite element (FE) solver for stress, vibration, buckling, structural failure, heat transfer, acoustics and aeroelasticity analyses. Manufacturers as well as engineering suppliers in aerospace, automotive, electronics, heavy machinery, medical device, and other industries rely on NX Nastran software for their critical engineering computing needs so they can produce safe, reliable and optimized designs within increasingly shorter design cycles.

Available as a standalone solver or integrated in NX CAE, NX Nastran is credited with driving millions of dollars out of product development costs because building a computer model and digitally testing performance is cheaper, faster and more effective than the physical prototyping processes it replaces. With increased product quality, companies can also save on potential warranty costs.

LOGO! Soft Comfort – stands for sensationally easy and quick configuration.
This allows the creation of user programs by selecting the respective functions and their connection via drag-and-drop. This applies to the function block diagram and ladder diagram.

It has been proven useful to program the switching program step-by-step and to simulate and test it on the PC offline. This approach prevents time-consuming troubleshooting in the entire program.
Short configuration times are accomplished by creating your own macro blocks in which frequently recurring program parts are stored in a macro library.

Combining multi-channel data acquisition, comprehensive integrated testing solutions and data management for test-based engineering

LMS Test.Lab offers you a complete, integrated solution for test-based engineering that combines high speed multi-channel data acquisition with a full suite of integrated testing, analysis and report generation tools. LMS Test.Lab is designed to make testing more efficient and more convenient and significantly increases your productivity by delivering more reliable results, even when the availability of prototypes is dramatically reduced.

LMS Samtech Samcef Wind Turbines - Advanced computation platform dedicated to wind turbine simulation, design and validation.

From the early stages in the wind turbine design process to the prototype wind turbine simulation, the LMS Samtech Samcef Wind Turbines approach exceeds current certification requirements. LMS Samcef Wind Turbines brings coherence to your wind turbine design process by providing a common interface to various engineering disciplines.

With a combination of dedicated graphical user interfaces and complemented with LMS Samcef Nonlinear Motion, a high performance solver, LMS Samcef Wind Turbines is perfectly suited to simulate flexible dynamics phenomena with high accuracy.

The LMS Samtech Samcef Solver Suite is based on the finite element method (FEM) and covers a wide range of mechanical, thermal and thermo-mechanical applications – from basic to very advanced – primarily in the aerospace, defense and automotive industries.

You can apply the mechanical FEM solver solutions to linear applications such as linear static computations, modal and buckling analyses, linear dynamic simulations, super element generation, random excitations and shock responses. You can also perform nonlinear transient simulations within this family of FEM solvers. The FEM solvers can account for the material nonlinearities, geometric nonlinearities, contact conditions, large rotations and kinematic constraints. A dedicated module is also available for high-speed rotating machines. Thermal simulations allow solving transient analysis including convection, conduction, radiation and ablation.

Several modeling levels are available, including 2D plane stress or plane strain, harmonic and multi-harmonic, cyclic symmetry and full 3D. FEM solver modules are part of the same family; you can switch from one analysis to another (convert a linear simulation to a transient nonlinear simulation), combine analyses (thermo-mechanical, pre-stressed modal analysis) or conduct co-simulations. With parallel computing capabilities, the LMS Samcef Solver Suite also allows you to solve very large finite element models.