Industrial Physics

The product page for the Torus Z313 Automatic Beverage Can Enamel Rating Gauge does not mention any specific standard numbers, certifications, or compliance references.

The Torus Master Re-Calibration for Metal & Plastic Packaging Systems is associated with the following standards and certifications: - **ISO 17025**: UKAS approved measurement methods - **ISO 9001**: BSI approved Quality Management System These standards ensure the reliability and quality of the re-calibration services provided.

The Torus Z411 Automatic Food Shell Inspection System is manufactured by Torus Measurement Systems Limited, which holds ISO 9001:2015 certification. The certificate number is FM 831227, issued by BSI Assurance UK Limited. The certificate is valid from August 6, 2025, to August 5, 2028. ([industrialphysics.com](https://industrialphysics.com/wp-content/uploads/2025/07/BSI-Cert-FM-831227-ISO-9001.pdf?utm_source=openai))

The product page for the Torus Z302 Automatic Finished Can Back End Inspection Gauge does not mention any specific standard numbers, certifications, or compliance references.

The product page for the Torus Z604 Automatic Beverage Shell and End Enamel Rater does not mention any specific standard numbers, certifications, or compliance references.

The Technidyne PROFILE/Plus® Bendtsen Roughness with Porosity product page mentions the following standards and certifications: - TAPPI T 555 - ISO 8791-4 - BS 6563 - Paptac D.31P - ISO 8791-2 - ISO 5636-4

The Technidyne TEST/Plus® Gloss product page mentions several standards and certifications, including ISO 8254-1, ISO 18522, TAPPI T480, PAPTAC E.3, ISO 4094, ISO 2469, ISO 2470, ISO 2471, ISO 11475, ISO 11476, ISO 5631, TAPPI T519, TAPPI T525, TAPPI T527, TAPPI T534, TAPPI T560, ISO 17025, and ISO 17034.

The Technidyne PROFILE/Plus® Controller conforms to various international standards, including ISO 2469, ISO 2470, ISO 2471, ISO 3688, ISO 11475, ISO 11476, ISO 5631, TAPPI T425, TAPPI T452, TAPPI T551, TAPPI T403, TAPPI T807, ISO 2758, ISO 2759, ISO 534, ISO 18522, TAPPI T410, TAPPI T567, and ISO 8254-1.

The Technidyne PROFILE/Plus® PPS product page mentions the following standards and certifications: - TAPPI T555 - ISO 8791-4 - BS 6563 - PAPTAC D.31P These standards pertain to the measurement of paper roughness and related properties.

The Technidyne ColorTouch®X ISO product page mentions the following standards and certifications: - ISO 2469 - ISO 2470 - ISO 2471 - ISO 11475 - ISO 11476 - ISO 5631 - ISO 3688 - TAPPI T519 - TAPPI T525 - TAPPI T527 - TAPPI T534 - TAPPI T560 - TAPPI T567

The Technidyne ACA Permi Lab LP300 product page does not mention any specific standard numbers, certifications, or compliance references.

The Technidyne PROFILE/Plus® TAPPI Opacity tester complies with the following standards: - TAPPI T425: Standard Method for Opacity of Paper and Paperboard (Diffuse Reflectance Method) - ASTM D589: Standard Test Method for Opacity of Paper - ISO 2471: Paper and Board – Determination of Opacity (Diffuse Reflectance Method)

The product page for the Technidyne ACA RoQ Inline Roll Hardness Analyzer does not mention any specific standard numbers, certifications, or compliance references.

The Systech Gaspace Handheld Analyzers are designed for gas analysis testing, specifically oxygen headspace testing. The product page mentions compliance with ISO 15106-2 and ISO 15106-3 standards, which pertain to the gas transmission rate of plastic films and sheeting. However, the page does not provide specific standard numbers, certifications, or compliance references beyond these ISO standards.

The product page for the Oxygen Analyzer ZR800 and Sensor mentions the following standards: - ISO 2811 – Paints and varnishes – Determination of density - DIN 53217 – Testing of paints – Determination of density - ASTM D1475 – Standard Test Method for Density of Liquid Coatings, Inks, and Related Products These standards are referenced in the context of the ZR800's oxygen detection capabilities and its application in various industries. The page does not specify any certifications or compliance references for the ZR800 model.

The Lyssy L80-6001 Water Vapor Permeation Analyzer complies with the following standards: - ASTM E398 - ISO 15106-1 - JIS K 7129 - TAPPI T523 - NF H00 044 These standards pertain to water vapor transmission rate testing and related methodologies.

The Gaspace Advance Micro Headspace Tester is compliant with 21CFRII.

The AquaSense 7101 Water Vapor Transmission Rate Tester complies with the following standards: ASTM F1249, ASTM F3299-18, DIN 53122-2, ISO 15105-2, and ISO 15106-3.

The product page for the GS6500 & GS6600 Headspace Oxygen Analyzers does not explicitly mention any specific standard numbers, certifications, or compliance references. However, the page highlights features such as ASTM compliance for headspace testing, including standards like ASTM F3136-15 for Film Permeation/OTR and ASTM F2714-08. Additionally, the analyzers utilize non-depleting sensors—zirconia ceramic for oxygen and non-dispersive infrared (NDIR) for carbon dioxide—which provide stable, maintenance-free operation over extended periods. The internal microprocessor manages calibration and sensor diagnostics to maintain accuracy and detect any sensor drift.

The Steinfurth SmartCap product page does not mention any specific standard numbers, certifications, or compliance references.

The Steinfurth Opening Performance Tester product page mentions the following standards: ISO 2758, ISO 2759, and ISO 13938-1.

The Steinfurth Foam Stability Tester is a fully automatic device designed for determining foam stability and foam breakdown in beverages, particularly beer. It offers features such as automatic sampling, automatic rinsing, and optoelectronic detection. The device operates with a CO₂ supply pressure of 4.5 bar (65 psi) and is suitable for all beer types. The technical specifications include: - SKU: 00011547 - Applications: Beverage Testing - Materials: Liquids - Container type: Bottle or can - Duration of one measurement: Approximately 5 minutes - Data output: LC display with 2 lines of 20 characters each - Interface: RS 232 (PC or printer) - Power supply: 230 VAC / 115 VAC - Rinse fluid: Tap water - CO₂ supply pressure: 4.5 bar (65 psi) The device ensures perfect reproducibility, with results comparable to the Ross and Clark method. It is user-independent and provides constant absolute pressure, making measurements independent of location or ambient pressure. The optoelectronic detection system allows for precise dosing and simple cleaning. The device is suitable for all beer sorts and offers simple operation. For more detailed information, you can refer to the product's documentation.

The Steinfurth DIGI VACU product page does not mention any specific standard numbers, certifications, or compliance references.

The Steinfurth Automatic CDA MK-6 CO₂ Tester product page does not explicitly mention any standard numbers, certifications, or compliance references.

The product page for Steinfurth NICO does not mention any specific standard numbers, certifications, or compliance references.

The product page for SpecMetrix® Advanced Reporting Software does not mention any specific standard numbers, certifications, or compliance references.

The SpecMetrix® Lab DFTQA System is associated with the ASTM D8331 standard.

The SpecMetrix® Advanced Lab System product page mentions the standard number ASTM D8331.

The SpecMetrix® ACS System product page mentions the standard number "ASTM D8331".

The product page for the Ray-Ran Manual Basic Falling Dart Impact Tester mentions compliance with ASTM D1709 and ISO 7765-1 standards.

The product page for Ray-Ran Test Sample Cutters mentions compliance with various international standards, including ISO, BS, ASTM, DIN, and JIS. Specific standard numbers are not provided.

The MFR300 Microprocessor Melt Flow Indexer complies with ASTM D1238 and ISO 1133 standards.

The Falling Weight Impact Tester complies with various international standards, including ISO 6603, ISO 3127, ASTM D2444, EN 744, ISO 179, ISO 180, ASTM D6110, ASTM D1709, ISO 7765, ASTM D2794, ASTM G14, JIS K 5600-5-3, EN 12206-1, EN 13523-5, AAMA 2605-05, Qualicoat 2006, Qualisteelcoat 2008, UL 651, ISO 6272, ASTM D3763-02, and ISO 6603.

The product page mentions compliance with the following standards: ISO 6603, ISO 3127, ASTM D2444, ASTM D7136, and ASTM D3763-02.

The Auto Density Measurement System conforms to ASTM D1505 and ISO 1183 standards.

The 6MPCA Advanced Melt Flow System conforms to ISO 1133 and ASTM D1238 standards.

The product page for the United Spherical Compression Plate does not explicitly mention any specific standard numbers, certifications, or compliance references. However, related documents and standards associated with United Testing Systems include: - **ISO/IEC 17025:2017**: Accreditation for calibration and measurement capabilities. - **ASTM E4**: Standard practices for force verification of testing machines. - **BS 1610**: Specification for testing machines used for determining the force in tension and compression. - **DIN 51221**: Testing machines for determining the force in tension and compression. - **ISO 7500/1**: Testing machines – Part 1: Tension/compression testing machines – Verification and calibration of the force-measuring system. - **EN 10002-2**: Metallic materials – Tensile testing – Part 2: Method of test at ambient temperature. - **JIS B7721**: Testing machines for determining the force in tension and compression. - **ASTM E83**: Standard practice for verification and classification of extensometer systems. - **ISO 9513**: Metallic materials – Calibration of extensometers used in uniaxial testing. - **ASTM D3574**: Standard test methods for flexible cellular materials – Slab, bonded, and molded urethane foams. - **ISO 13821**: Corrugated fibreboard – Edgewise crush test. - **DIN 54518**: Paper and board – Determination of compression strength using a short span compression tester. - **DIN 55440-1**: Packaging – Compression resistance of packaging – Part 1: Test method. - **SCAN P34**: Short-span compression test for corrugated board. - **SCAN P46**: Short-span compression test for corrugated board. - **ASTM C1427**: Standard specification for preformed flexible cellular polyolefin thermal insulation in sheet and tubular form. - **BS 7325**: Specification for testing machines used for determining the force in tension and compression. - **DIN 53149**: Paper and board – Determination of edgewise crush resistance. - **JIS Z212**: Packaging – Determination of compression resistance. These standards and certifications are associated with United Testing Systems and may relate to the Spherical Compression Plate's applications and testing procedures.

The DragonFly UTS Software is compatible with a range of international testing standards, including ASTM D638, ASTM D412, ASTM D1002, ASTM E4, DIN 51221, ISO 7500/1, and more. Additionally, the software supports various standards such as BS 3137, ISO 2758, ISO 2759, ISO 13938-1, EDANA NWSP 30.1, EDANA NWSP 30.2, TAPPI T403, TAPPI T807, TAPPI T810, FEFCO 4, SCAN P24, SCAN P25, ASTM D374, ASTM D1777, ASTM D5729, ASTM D6988, ISO 534, ISO 3034, ISO 4593:1993, ISO 5084, ISO 9073-2, ISO 12625-3, APPITA 1301.426, DIN 53370, BS 2782-6, WSP 120.1, and WSP 120.6.

The product page for the Strain Gauge Adapter (ISGA Box) does not mention any specific standard numbers, certifications, compliance references, technical specifications, or testing standards.

The Clip-On Extensometer is factory-calibrated to meet ASTM E83, Class B-2 accuracy specifications.

The LCH Speedy Tester is associated with ASTM C307, which is the Standard Test Method for Tensile Strength of Chemical-Resistant Mortar, Grouts, and Monolithic Surfacings. This standard is referenced in the product's specifications for testing samples using United Testing Briquette Grips.

The product page for the United Testing Environmental Chamber with Stand does not mention any specific standard numbers, certifications, or compliance references.

The product page for United Testing Shoulder Specimen Grips mentions compliance with several standards, including ASTM E8, ASTM A370, ASTM A48, GOST 1497, ASTM E1012, and Nadcap AC710.

The Tru-Blue Micro VT microhardness tester is designed to support microhardness testing in accordance with various international and industry standards, including ASTM E834-11, ASTM E92, ISO 4546, ISO 6507, and ISO 9385.

The product page for the Multi-Sample Test System does not mention any specific standard numbers, certifications, or compliance references.

The TME Radial Sealing Fixture product page does not mention any specific standard numbers, certifications, or compliance references.

The TME BT Integra Pack: Smart Package Tester complies with the following standards and certifications: - ASTM F-2054: Standard Test Method for Burst Testing of Flexible Package Seals Using Internal Air Pressurization and Restraining Plates - ASTM F-1140: Standard Test Method for Internal Pressurization (Burst) Testing of Flexible Packaging - ASTM F-2095: Standard Test Method for Detecting Gross Leaks in Packaging by Internal Pressurization Bubble Test - ISO 11607: Packaging for Terminally Sterilized Medical Devices - FDA CFR 21 Part 11: Electronic Records; Electronic Signatures These standards and certifications ensure the device's compliance with industry requirements for package testing.

The TME Pressure Bubble Tester™ complies with ASTM F2096, the "Standard Test Method for Detecting Gross Leaks in Packaging by Internal Pressurization Bubble Test."

The TME WORKER Integra Leak & Flow Tester complies with the following standards: - ASTM D4991 - ASTM D5094 - ASTM F1140 - ASTM F2054 - ASTM F2095 - ASTM F2096 - FDA CFR 21 Part 11 - IEC 60529 - ISO 11607

The TME Solution: Leak or Leak Flow Test System conforms to IEC 60529 and ISO 11607 standards.