ScopeSteinbeis GmbH & Co. KG für Technologietransfer STZ BWF Esslingen
34 capabilities
Accredited since January 2026
Verified Apr 2026
One of 3,039 in Germany
Details
Seilerstraße 6
Nürtingen 72622 , Germany
Nürtingen 72622 , Germany
Accreditation
Active
DAkkS
D-PL-11200-01-01
Performs strength testing of metallic materials and welded joints under quasi-static and cyclic loading, including material characterization, strain measurement, fracture mechanics analysis and metallographic examination.
Accreditation Details
Accreditation Body
DAkkS
Number
D-PL-11200-01-01
Status
ActiveSince
14 January 2026
Accreditation is granted under EU Regulation 765/2008 and assessed against ISO/IEC 17025. Data sourced from official DAkkS records.
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Test Capabilities (34)
| Standard Reference | Description | Category |
|---|---|---|
| DIN 50142 (2019-09) | DIN EN 55014-2: 2016 | EMC / EMI Testing |
| ASTM E647 (2015) | ASTM E647 | Fatigue / Creep |
| DIN 50100 (1978-02) | DIN 50100 | Fatigue / Creep |
| DIN 50113 | DIN 50113 | Fatigue / Creep |
| DIN EN 12106 (1997-11) | ISO 12106 | Fatigue / Creep |
| DIN EN ISO 18203 (2022-07) | DIN EN ISO 18203 | Hardness (Vickers, Rockwell, Brinell) |
| DIN EN ISO 6506-1 (2006-03) | DIN EN ISO 6506-1 | Hardness (Vickers, Rockwell, Brinell) |
| DIN EN ISO 6507-1 (2006-03) | DIN EN ISO 6507-1 | Hardness (Vickers, Rockwell, Brinell) |
| DIN EN ISO 6508-1 (2006-03) | DIN EN ISO 6508-1 | Hardness (Vickers, Rockwell, Brinell) |
| DIN EN ISO 9015-1 (2011-05) | DIN EN ISO 9015-1 | Hardness (Vickers, Rockwell, Brinell) |
| DIN EN ISO 9015-2 (2011-05) | DIN EN ISO 9015-2 | Hardness (Vickers, Rockwell, Brinell) |
| DIN EN ISO 15653 (2018-06) | DIN EN ISO 15653 | Impact / Charpy / Izod |
| DIN EN ISO 9016 (2013-02) | DIN EN ISO 9016 | Impact / Charpy / Izod |
| DIN EN 1561 (2012-01) | DIN EN ISO 12156-1 | Lubricants / Oils |
| DIN EN ISO 643 (2013-05) | DIN EN ISO 643 | Mechanical |
| DIN EN ISO 945-1 (2010-09) | DIN EN ISO 945-1 | Mechanical |
| DIN 50600 (2017-10) | DIN 50600 | Non-Destructive Testing (NDT) |
| ASTM E 399 (2023) | ASTM E399 | Tensile / Compression / Flexural |
| DIN 50106 (1978-12) | DIN 50106 | Tensile / Compression / Flexural |
| DIN 969 (2020-02) | DIN EN ISO 9969 | Tensile / Compression / Flexural |
| DIN EN 1562 (2012-05) | DIN EN 1562 | Tensile / Compression / Flexural |
| DIN EN 5178 (2019-05) | DIN EN ISO 5178 | Tensile / Compression / Flexural |
| DIN EN 6892-2 (2018-09) | DIN EN ISO 6892-2 | Tensile / Compression / Flexural |
| DIN EN 9017 (2018-04) | DIN EN ISO 9017 | Tensile / Compression / Flexural |
| DIN EN ISO 10113 (2020-08) | DIN ISO 10113 | Tensile / Compression / Flexural |
| DIN EN ISO 10275 (2014-08) | DIN ISO 10275 | Tensile / Compression / Flexural |
| DIN EN ISO 15085 (2024-12) | DIN EN ISO 15085 | Tensile / Compression / Flexural |
| DIN EN ISO 23411 (2021-07) | DIN EN ISO 23411 | Tensile / Compression / Flexural |
| DIN EN ISO 4136 (2013-02) | DIN EN ISO 4136 | Tensile / Compression / Flexural |
| DIN EN ISO 5173 (2012-02) | DIN EN ISO 5173 | Tensile / Compression / Flexural |
| DIN EN ISO 7438 (2016-07) | DIN EN ISO 7438 | Tensile / Compression / Flexural |
| ISO 12135 (2021-07) | ISO 12135 | Tensile / Compression / Flexural |
| ISO 15085 (2024-07) | ISO 15085 | Tensile / Compression / Flexural |
| DIN EN 273 (1992-08) | DIN EN ISO 14273 | Torsion / Shear |