CAD

CAD Software for R&D

Create creative freedom in product development with increasingly complex software with 3D CAD or 3D models

Image: Solidworks

CAE

CAE Software for R&D

Simulation, analysis, optimization or validation, DMU, ​​FEM, CFD, MKS, CAQ and CAM as well as fluid or flow simulation

Image: Dualis

Hardware

Hardware for R&D

Workstation, desktop, monitor or screen and 3D mouse - in short: tools for the designer and development engineer

Image: Hama

Configurators

Configurators for R&D

With new software, tools and apps, the configuration of components and systems in product development becomes child's play

Image: IMI Precision

Tools for product development from CAD to configurator

Here you can see the latest hardware and software tools for industrial Product development like CAD HardwareCAD software and any CAE software for simulation and calculation as well as new tools for the Configuration – just everything that the developer needs.

Kisssoft product development


Contents

Brand new for your product development

The good old drawing board or the slide rule as well as formularies and scribblers are museum pieces. Today, all development work is done on a PC, also known as a workstation. There's artificial intelligence and virtual reality. CAE tools are used to calculate, design, configure, optimize and simulate. Yes the product developer today it is easy or not? After all, he has to Methods and Processes for product development as well as the software tools available on the market, so that the product development process is as efficient and reliable as possible and the ever-pressing market launch is a successful one. Not only must he operate the software, he also has to be able to update it continuously, learn the test methods and keep his hardware up to date.

Product development for special industries

The following new products are for special industries like the Automotive industry, Renewable energies, Technical Building Services, Medical Technology, Mobile Machinery has been developed. You will also find new drive technology from the applied research

  • The demand for new sustainable plastics that are also recyclable is increasing. This also applies to thermoplastics, which are often used in the automotive industry. In addition to a material modeling technology that reduces the carbon content in plastic by 60%, you will find other thermoplastic innovations here that save weight, among other things...
  • Interstellar Lab introduces the Biopod self-sustaining food production system, which enables sustainable human life on Mars, Earth and the Moon by creating and reusing food, water and air. A virtual twin is used to simulate, test and compare the performance of the microhabitat and the biological systems...
  • Freudenberg Sealing Technologies (FST) has developed a material testing method and a simulation method for elastomer materials that can be used to improve the performance and service life of components in offshore wind turbines. The material simulation analyzes how the materials behave over the lifetime of a turbine.  
  • The development time for self-driving cars should be reduced to hours instead of weeks. To achieve this, Continental and Nvidia are building a high-performance computer cluster based on the DGX AI system. Virtual data generation, artificial intelligence and the simulation of autonomous vehicles are the future core tasks of the most powerful supercomputer in the automotive industry.  
  • Neomento develops virtual reality-based software solutions for the treatment of mental disorders such as anxiety and addiction. The most effective form of treatment, confrontation in real settings (in vivo), is logistically expensive, challenging and not fully controllable.
  • Altair announces the expansion of the Altair Partner Alliance (APA) with the highly developed visualization and real-time multibody simulation software "Vortex Studio Create" from CM Labs Simulations. The software is now available for use by Altair HyperWorks customers who can gain real-time insights for all device types with the virtual training environment.

Product development for mechanical engineering

Below you will find hardware and software for product development in general and for the Industrial machinery and equipment:


First steel engine from the 3D metal printer

PTC 3D printingPTC has the world's first Micro turbo engine (Picture above) presented, which completely with the 3D printer was made. The only assembly was developed in the CAD software Creo. It contains all rotating and fixed components. The engine was printed with an EOS 3D printer from the material Inconel, a nickel-based, heat-resistant nickel-chromium alloy. It weighs only 3,6 kg.


3Dexperience Lab opened for startups

DassaultLabDassault Systèmes has opened the first 3Dexperience Lab in Germany after Paris, Boston and Pune. The global Impact Lab aims to accelerate pioneering projects with a strong positive impact on society. The new hub in Munich supports young founders and local start-ups in implementing their disruptive ideas into reality. Innovators and doers should be able to fully develop their creativity.


Find the right plain bearing material with the Iglidur configurator

Igus IglidurWhen it comes to wear-resistant tribo-polymers, users have Igus the agony of choice. For small series or series production in injection molding, a prototype from the 3D printer or semi-finished products, the plastics specialist has now developed an offline configurator for its 39 Iglidur standard materials: The user can determine the appropriate material using templates. An Iglidur expert system is also available for the selection and calculation of the service life.


 

nord0519Efficient, transparent and available 24/7: In the “my Nord” customer portal, users can find the drive solution they need from the standard product portfolio, consisting of gearboxes, motors and drive electronics from NORD configure and order online yourself.

misumi0719In the area of ​​the axle bolts Misumi an enormous range of variation. The company developed the free software suite "Rapid Design" (in CAD Components) so that engineers can configure such complex components even faster and later easily change them. Among other things, it accelerates the construction of axle bolts for conveyor and packaging systems by up to 30%.

vishay0316Vishay Intertechnology introduces the world's first tool for calculating the impedance of ferrite beads. The online calculator makes it quick and easy to calculate the impedance of Vishay's most popular ferrite beads at a given frequency and DC bias current.

ejot0913The "Delta PT" -Screw of Ejot is a powerful connecting element for safe and easy direct assembly into thermoplastics. A system based on the mechanical parameters of many thousands of applications and test fittings Research Programme showed to be able to calculate reliably with preload forces even with thermoplastics. Besides Delta PTGeometry arose as the associated forecasting program "Delta Calc. ALtracs Plus".

ejot0113As a support for designers and developers, Ejot offers forecast programs for the pre-design of direct screw connections. With these tools, screw connection parameters can be calculated depending on materials and construction parameters. Numerous practical examples show that these programs can already achieve significant savings during the development phase. The new "Altra Calc" program was specially developed for predicting direct screw connections in light metals.

Forming Technologies (FTI) provides for online Sheet metal processing new functionalities for the virtual manufacturing in front. With the Forming suite Software enables the process simulation for sheet metal forming to be implemented more efficiently. CAD interoperability and Hexagon-3D scans. The forming suite enables manufacturers to better estimate the tool and material costs in sheet metal processing and to assess the design implementation.

FTI sheet metal parts

 

As part of their cooperation SKF and KISSsoft a new interface to the Bearing calculation created which the Gear construction Simplified: This enables the engineers to find the ones that are suitable for the machine design Warehouse based on cutting-edge storage technologies.

Bearing calculation for gear unit design

 

If the designer designs a new machine, he has to use the individual ones Machine Elements dimension. There are two concepts for analyzing it. FEM as the finite element method or the Machine elements method or the analytical or standardized method. In KISSsoft the developer finds a combination of both.

Kisssoft FEM calculation

 

statement of

Uwe Rechkemmer

Sales Director Central Europe, 3Dconnexion GmbH, Munich

on the ergonomically improved "Space Mouse Pro" 3D mouse, which the company presented at the Hanover Fair.



The statement was posted on 24. 2012 April at the Hannover Messe given.

Interview with

Michael Sauter,

Country Manager Central Europe, Parametric Technology GmbH, Unterschleißheim:

"The new branding signals the expansion of our business strategy towards service."

 

.... with questions about changes in branding, expansion of the service area and the challenges of the global markets.

GWJ0912GWJ Technology provides an extensively expanded version of the calculation module for splined shaft connections within their web-based software gear calculation for gear transmission "eAssistant" in front. So far, the calculation of splines was supported by DIN 5480. In addition, an individual geometry definition is possible. The calculation for splined shaft connections according to ISO and ANSI 4156 B92.2 is now integrated.

KISSsoftThe WB4 module is now available for bearing calculation in Kisssoft: This enables the individual bearings to be calculated directly using the ISO 16281 method, taking into account the internal geometry, without the forces having to be determined in advance in the shaft editor. Actual storage situations and more are taken into account.