Automotive

Tag: Softing TDX

Design Templates in high-end quality reduce the effort involved in tester implementation

Softing TDX Design Templates

Users make high demands on the interface and the operating concept of today’s diagnostic testers. An intuitive user interface reduces both the time required for users to familiarize themselves with the tester and the usage time for diagnostic tasks during daily work. Creating elaborate, platform-independent testers is complicated and takes a lot of time – time that is often simply not available. Support from suitable editor tools, cross-platform development as well as prefabricated design templates can help. The effort involved in creating anything from individual functions to a complete diagnostic tester in a bespoke design is thus reduced considerably.

Success Story Bosch Rexroth: Intelligent Diagnostics for Mobile Electronics and Machines of the Future

Success Story Bosch Rexroth: Intelligent Diagnostics for Mobile Electronics and Machines of the Future

BODAS-service 4.x – More than Maintenance and Repair | powered by Softing TDX: Mobile working machinery is an important segment of the entire vehicle market. Typically the machinery requires hydraulic drive technology, especially axial piston units, which make displacement with high pressure possible. The operating and environmental conditions in this segment are much tougher than for standard motor vehicles.

The Machine Has To Work!

Technical Article: The Machine Has To Work!

After-sales service provides service networks for vehicles and machinery – often on a world-wide scale. These generally pursue one goal: to reduce downtimes and thus the total cost of ownership (TCO). The core business includes fast, targeted maintenance and repair. This not only requires the use of an efficient repair shop tester, but also places special demands on its worldwide availability and updatability via a modern back end.

Non-Identical Twins: Repair Shop Diagnostics and Authorization Management

There are tens of thousands of individual repair shop testers in the field today. On top of that, they are deployed all over the world by different users with different requirements and authorizations. Improper handling can lead to serious damage. This multi-user scenario can only be mastered with an appropriate allocation of tester functions and central administration. Integrated authorization management fits into the core processes and, furthermore, offers additional security.

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