Since the 10th of January 2023, the scope of accreditation for calibration services fully reflects the variety of our testing machines.
With the registration number D-K-21624-01-00, we are listed on the homepage of the German Accreditation Body 'DAkkS' as accredited calibration laboratory for the calibration of material testing machines according to DIN 51220:2022.
FORM+TEST equipes the Component Research Center of the Technical University of Gie?en ? complete project handling with conception and planning as well as new installation and modernization of the testing technology
The since 16 years existing strategic cooperation of the companies
ratioTEC Prüfsysteme GmbH and FORM+TEST Seidner&Co. GmbH
will be further bundled as of 1.4.2023.
….but supports to create some. FORM+TEST therefore delivered 6 high precision differential cylinders with up to 2 MN in tensile load, equipped with several measurement loops for force using highly accurate load cells and pressure transducers. This enables applying and measuring loads with a repeatability in the range of only several Newtons.
ESM Energie- und Schwingungstechnik Mitsch GmbH, market and innovation leader in the wind industry, manufactures vibration technology for wind turbines at its Heppenheim site. ESM's products are used to isolate, dampen and eliminate vibrations in wind turbines.
For the measurement of surface roughness on facades, component undersides, tunnel walls, road surfaces, bridge piers, etc.
According to DIN EN ISO 13473-1 and based on ZTV-ING, DAfStb-Rili SIB, DIN EN 1766, DIN EN 13036-1, Building Repair Directive.
Wohl + Partner celebrated their 32nd anniversary from 05-07 July. Many customers visited the in-house exhibition and anniversary celebration in Schalkau.
FORM+TEST also presented its products at this event. Many thanks to the Wohl + Partner team for the excellent organisation and the smooth running of the event.
The exact definition of the state of stress is a basic requirement for determining material parameters for strength calculations. In uniaxial static or cyclic tests, no superimposed bending moment should occur in addition to the axial force.
Within the scope of research and development, not only standardized samples are tested, but also parts and components. Especially in the case of component testing, the test specimens can often have very different sizes. This presents the testing technology with a challenge in order to have the necessary test space available when the piston stroke is available.
The University of Luxembourg has been building a new site for teaching an research on the site of a former blast furnace.
The Department of Engineering (DoE) is an interdisciplinary faculty working in the classic fields of civil engineering, electrical engineering, mechanical engineering and geophysics. The focus of the research lies in the development of technological solutions, the sustainable and economical use of resources of all kinds.
A good idea, further thought: The previous controller DIGIMAXX ® C 20 is replaced by the new digital measuring and control electronics DIGIMAXX® C-40.
FORM+TEST thus offers a digital independent control system of the latest device platform. It is characterized by a high degree of accuracy and reproducibility of the test results. Even under adverse conditions (dust/dirt) easy to operate via a capacitive and robust touch display
FORM+TEST supplied test cylinders for tests on an ARIANE 6 rocket segment at the VZLU (VÝZKUMNÝ A ZKUŠEBNÍ LETECKÝ ÚSTAV, A.S, CZECH AEROSPACE RESEARCH CENTER) in Prague.
With the UP 500, Form+Test supports material research of new materials at a renowned Russian university. The test machine was designed according to the customer's requirements in terms of machine frames and machine performance. Samples and even entire components can be tested at up to 10 Hz and 500 kN at up to 500°C. The climate chamber can be easily moved into and out of the rehearsal room. To ensure that the machine itself stays cool, the load strand is equipped with a separate cooling circuit. Simply a turn-key solution by FORM+TEST.