ERTEMES GMBH

Measurement uncertainty is an important term in measurement technology and refers to the uncertainty associated with each measurement result. It results from various factors. Consideration of measurement uncertainty is important to ensure that measurement results are reliable and comparable. It also helps with decision-making and can help avoid wrong conclusions. Our offers for you: Execution of measurement uncertainty analyses and preparation of measurement uncertainty budgets; Critical examination of existing measurement uncertainty data and -analyses; Preparation of reports for measurement uncertainty analysis; Training and consulting.

You have carried out experimental investigations and are now faced with the challenge of evaluating the quantities of measurement data? We support you in a fast and professional analysis. We offer you: Data management and archiving; Data validation / plausibility checks; Evaluation; Data Analytics; Reporting. Depending on the scope and nature of your test project, we can do this at the end of the test or daily. For repetitive test tasks, we also offer automated solutions. Our team consists of experienced experts who are familiar with a wide range of analytical methods. We'll help you get accurate results and gain detailed insights into your metrics to help you make better decisions. Use our services and save time, money, and resources. We take care of your measurement data so you can focus on what matters most - using the results of your experimental investigations to drive innovation.

We will help you with your experiment. Whether you need classic personnel support to complete the test crew or need support for specific test tasks: We can help you with: Assumption of certain functions, e.g. test engineer or measurement technician; Assumption of certain tasks, e.g. online monitoring, or daily data validation; Provision of additional measurement technology. Do you still need some resources for your test? We will find the right solution for you: Testbed; Instrumentation; Ancillary systems (e.g. cooling units or heaters); Test Specimen / Test Vehicle; Test Personnel.

There are several steps to be taken for a successful test and for this to work in a targeted and efficient manner, a lot of planning and preparation is necessary. We therefore create the following from your ideas or your order: the data specification, including measurement uncertainty requirement; the test concept; Design of experiments; the specifications for test bench and measurement technology; the specification for the test specimen; Implementation planning.

Programming a working LabVIEW application is not difficult and is assigned to working students in most companies. The situation is different with a LabVIEW application that runs stably and is modular, so that it can be easily expanded in the future. The documentation of the source code and a comprehensible manual are also usually missing. We help you to improve these circumstances. Our certified LabVIEW programming service provides you with the expertise and experience to develop effective applications and systems. We have the necessary skills and knowledge to evaluate programs that are already in place. On this basis, we will restructure or reprogram your program. With our services, you can be sure that you will receive a high-quality solution that meets your needs. Trust in our experience and contact us today for an individual consultation.

With our software testing service, we help you improve the quality of your software products and identify potential bugs before they become problems for your customers. We work according to internationally recognized standards and thus offer you a high level of quality assurance. Trust in our many years of experience in the field of software development and let us help you take your products to the next level.

We design this training according to your wishes: For newcomers, we offer basic seminars on dynamic data acquisition. It doesn't matter whether you already have a measuring system or want to procure one first. We explain the basics of the most common sensors used in dynamic measurement technology, explain the general functionality of dynamic measuring systems and show, using the example of HGL hardware and software, how a dynamic measurement task can be prepared, carried out and evaluated. If you already have measurement technology from HGL, we offer you further courses to further deepen and optimize the handling of hardware and software. Here we focus entirely on your needs. We can provide an in-depth overview of the various hardware or software components or concentrate on individual aspects and deepen them.

Do you own a measuring device from HGL Dynamics and want to use it to obtain reliable measured values in the future? In this case, calibration is essential. We will advise you on the selection of the right calibration method for your amplifier. In addition, we also offer a factory calibration of your HGL measuring devices according to your specifications. All calibration references we use are traceable to national and international standards. We will be happy to prepare a suitable offer for this.

We offer the service for HGL hardware and software in Germany, Austria, and Switzerland. Together, we can work out your needs and create an attractive service package. From billing for individual hours to complete packages that include regular upgrades of hardware and software, a lot is possible. We would be happy to provide you with an individually tailored service package.

Learn how to efficiently manage and monitor your measuring and testing equipment. In this training course, you will learn the basics of measuring and test equipment management, the requirements for calibration and documentation. The training is aimed at all those who are responsible for or interested in measuring and testing equipment. Topics of the training course: Measuring and testing equipment management as a pillar of quality assurance; Measuring and test equipment management as part of the quality management system – test equipment officer; Suitability of devices and sensors as measuring and testing equipment; Traceability and calibration; Documentation and employee training; Monitoring and maintenance of the measuring equipment database.