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Access Links to the ZwickRoell Webinar Recordings

Here you will find the recorded versions of our ZwickRoell webinars. Please address any questions to webinar@zwickroell.com.

High-temperature testing Automotive Metals Medical Plastics Composites General information testXpert III testing software

Virtual Testing Forum for High-Temperature Testing

Virtual Opening Speech
Peter Ruchti, the managing director at ZwickRoell in Fürstenfeld, welcomes you to the Virtual Testing Forum for High-Temperature Testing on May 5th, 2021.
to Virtual Opening Speech
Creep Fatigue Crack Growth Behaviour
In this lecture you will get an insight of the creep fatigue crack growth behaviour of materials used for AUSC applications.
to Creep Fatigue Crack Growth Behaviour
Creep Fatigue Testing acc. to ASTM E2714 and Creep Fatigue Crack Growth Testing acc. to ASTM E2760
In this demonstration, you will learn why the patented Kappa SS-CF is ideal for advanced fatigue tests in cyclic applications in the low frequency range up to 2 Hz.
to Creep Fatigue Testing acc. to ASTM E2714 and Creep Fatigue Crack Growth Testing acc. to ASTM E2760
Creep Fatigue Behaviour of Austenitic Stainless Steel Type 316H
In this lecture, you will learn something about the evolution of creep damage in structural components in power generation stations operating at elevated temperature and how it can be significantly affected by the prior plastic loading.
to Creep Fatigue Behaviour of Austenitic Stainless Steel Type 316H
Current Trends and Projects in Creep Testing Applications
In this workshop, you will receive insight into the current trends and projects in the field of creep testing. Get to know the different test solutions, which meet the diverse test requirements of e.g. metals, composites or ceramics.
to Current Trends and Projects in Creep Testing Applications
Future Role of Internal Combustion Engines and the Relevance of Thermo-Mechanical Fatigue
Join this keynote speech and panel discussion in order to get an impression of the future role of internal combustion engines for power generation and transportation systems and the relevance of Thermo-Mechanical Fatigue.
to Future Role of Internal Combustion Engines and the Relevance of Thermo-Mechanical Fatigue
Thermo-Mechanical Fatigue Testing with a Knowledge-based Expert System
In this demonstration, you will get an impression of how a knowledge-based expert system can help you to perform reliable thermo-mechanical fatigue tests under complex test requirements.
to Thermo-Mechanical Fatigue Testing with a Knowledge-based Expert System
Evaluation of Ceramic Matrix Composites at Ultra-High Temperatures
In this lecture, Dr. Nico Langhof will talk about the evaluation of ceramic matrix composites at ultra-high temperatures.
to Evaluation of Ceramic Matrix Composites at Ultra-High Temperatures
Strain Controlled High-Temperature Tensile Testing of Metallic Specimen acc. to ISO 6892-2
In this demonstration, we will show you a strain controlled high-temperature tensile test and explain the advantages of strain measurement with contacting makroXtens HT and non-contacting laserXtens 2-120 HP/TZ.
to Strain Controlled High-Temperature Tensile Testing of Metallic Specimen acc. to ISO 6892-2
Current Trends and Projects in High-Temperature Testing Applications
In this workshop, you receive a brief overview of the essential testing machine characteristics for testing in high temperature up to +1,200°C and ultra-high temperature up to +2,300°C.
to Current Trends and Projects in High-Temperature Testing Applications
Multistation Creep Testing on Plastics
In this demonstration, you will learn that tensile, compression and bending tests can be performed simultaneously in one testing machine.
to Multistation Creep Testing on Plastics
Creep Testing on Plastics - Requirements of Standardization and Application Practice
In this workshop you will get an overview of the essential requirements from the most common plastic creep test standards and how these are solved by ZwickRoell in practice.
to Creep Testing on Plastics - Requirements of Standardization and Application Practice

Automotive

Reliable characterization of suspension coil springs
Suspension coil springs improve the ride comfort and handling safety of modern vehicles. The line of action of the resulting forces in the spring is an important measurement that requires a highly accurate testing machine. Participants will learn how the Z050 spring tester ensures reliable and accurate measurements for spring development and quality control.
to Reliable characterization of suspension coil springs
Universal Test System for Mechanical Characterization of Lithium-ion Battery Cell Materials and Components
The testing of lithium-ion cells, modules and packs requires a large number of different tools and fixtures and a load frame that can be adapted to changing testing requirements. We will present the Z010 AllroundLine - a highly modular and expandable test system that supports customers in R&D and production to obtain reliable test results.
to Universal Test System for Mechanical Characterization of Lithium-ion Battery Cell Materials and Components
How to Achieve Reliable Test Results on Thin Metallic Foils
To increase the performance of lithium-ion battery cells, the weight of its components must be reduced. The use of thinner electrodes is a way to achieve this objective. However the mechanical properties of thinner copper and aluminum foils are more difficult to determine. We will present solutions that help to reliably test even very thin copper foils.
to How to Achieve Reliable Test Results on Thin Metallic Foils
An Overview of Efficient Testing Tools for the Mechanical Characterization of Lithium-ion Cell Materials
Mechanical testing is becoming increasingly important ass requirements to increase battery performance grow. We will present a variety of test fixtures for the determination of mechanical properties of lithium-ion battery cell materials.
to An Overview of Efficient Testing Tools for the Mechanical Characterization of Lithium-ion Cell Materials
A Comparison of Tools for the Determination of Coating Adhesion on Lithium-ion Electrodes
An important test for the determination of active material performance and reliability is the determination of adhesion between active material and electrode. We will discuss the advantages and disadvantages of two typical test fixtures: the 90° peel test and the Z-direction test.
to A Comparison of Tools for the Determination of Coating Adhesion on Lithium-ion Electrodes
Fatigue Testing Solutions for Automotive Applications
At ZwickRoell, we use various physical drive principles for our dynamic testing machines. Each has its own advantages and specific application areas. We provide the best solution according to the specifications required by our customers. In this live demo, we will present different automotive testing applications with our servo-hydraulic, electro-dynamic, high-frequency testing systems.
to Fatigue Testing Solutions for Automotive Applications
High Strain Rate Tension Testing of Lightweight Materials for Automotive Crash Simulations
This webinar/demo sheds some light on the topic of high strain rate testing, and provides information supported by examples on how reliable high speed material characterization data can be obtained to support automotive CAE crash simulations. An overview of the latest generations of high speed testing machines and systems is first provided, then some testing technical details.
to High Strain Rate Tension Testing of Lightweight Materials for Automotive Crash Simulations
How effective is 2D DIC in Materials Testing
2D digital image correlation can still be very a powerful technique. Digital image correlation DIC has become an important tool in materials testing
to How effective is 2D DIC in Materials Testing
Reliable mechanical characterization of Lithium Ion Battery components
Lithium-ion batteries are the backbone of current electric mobility. The industry is developing new technologies at an urgent pace, and ZwickRoell testing solutions for mechanical characteristic values support the efforts in making battery cells more efficient, sustainable, more powerful, lighter, and safer.
to Reliable mechanical characterization of Lithium Ion Battery components
Mechanical testing solutions for hydrogen fuel cell components
Fuel cells are becoming an increasingly important part of sustainable drive technology in the automotive industry. Different mechanical tests on fuel cell components such as MEA (membrane electrode assemblies), CCM (catalyst coated membrane) and GDL (gas diffusion layer), individual cells, or complete stacks are performed in the areas of research and development, production, and quality assurance.
to Mechanical testing solutions for hydrogen fuel cell components
Multi-Axis Transducer Calibration for Automotive Applications
Testing technology for automotive applications is increasingly relying on multi-axial force and moment measurements. We will present multi-component measuring systems and different approaches for their calibration. We will focus on the attainable measurement uncertainty using the newly available measuring equipment, and the cost/benefit ratio.
to Multi-Axis Transducer Calibration for Automotive Applications
Materials Testing in Hydrogen Technology – Challenges, Requirements, Solutions
Hydrogen, generated with renewable energy, is the promising energy storage type of the future. The challenges in the hydrogen value chain , from hydrogen generation to storage and transportation as well as end use, are numerous and especially materials used for these purposes have to be adapted to tough conditions.
to Materials Testing in Hydrogen Technology – Challenges, Requirements, Solutions
Hydrogen technology - An introduction to materials testing
Learn more about testing opportunities along the complete hydrogen technology value chain. From hydrogen production (electrolysers), transport and storage to end use (fuel cells). Step by step we explain solutions, also under pressurized hydrogen and cryogenic temperatures, for various testing methods (static, creep, dynamic, impact, hardness).
to Hydrogen technology - An introduction to materials testing
Testing of Lithium-Ion Batteries - Challenges, requirements, solutions
Research and development, coupled with comprehensive quality assurance, play a key role in the further development of battery cell components, battery cells and battery modules as well as entire high-voltage storage systems for production. Battery testing to characterize the materials used and the generation of intermediate product characteristics are crucial prerequisites for progress.
to Testing of Lithium-Ion Batteries - Challenges, requirements, solutions
Compressed hydrogen atmosphere - Testing of metallic hollow specimen
Testing metallic hollow specimens under compressed hydrogen. This innovative testing solution enables you to test metallic hollow samples under compressed hydrogen up to 200 bar in a normal laboratory environment. Due to the low volume of hydrogen within the specimen, you benefit from a significantly lower safety risk as well as lower investment and testing costs compared to other methods.
to Compressed hydrogen atmosphere - Testing of metallic hollow specimen
Materials Testing in Hydrogen Technology – Challenges, requirements, solutions
Hydrogen, generated with renewable energy, is the promising energy storage type of the future. The challenges in the hydrogen value chain , from hydrogen generation to storage and transportation as well as end use, are numerous and especially materials used for these purposes have to be adapted to tough conditions.
to Materials Testing in Hydrogen Technology – Challenges, requirements, solutions
Adhesion strength measurement of electrode coatings
Date: July 23, 2024 Language: English Duration: 30 min + 10 min Q&A
to Adhesion strength measurement of electrode coatings

Metals

Easy Handling and Reliable Results with Strain Rate Control Method A1 and A2
Strain rate control is now the standard testing method for metals tensile testing. Due to the sensitivity of forming material, tensile testing results using controlled strain rates are more stable and more reproducible, which was and is an important requirement of the automotive industry and industries involved in metal forming.
to Easy Handling and Reliable Results with Strain Rate Control Method A1 and A2
Safe and Reliable Advanced High Strength Steel (AHSS) Testing
Advanced high-strength steels are the favorites in automotive applications where lightweight construction is required. Moreover, tensile testing of these steels remain the most important tests. However, the high strength of these materials is also linked to a high surface hardness. Therefore, the gripping technique must be improved to avoid premature wear.
to Safe and Reliable Advanced High Strength Steel (AHSS) Testing
New Device for Bending/Hemming Tests to VDA 238-100:2017
Standard bending tests are generally easy to handle and simple to evaluate. A more sophisticated bending test must be used when evaluating advanced steel and aluminum alloys and their forming processes for the automotive industry. The VDA 238-100 is a guideline and an automotive industry internal standard procedure that qualifies sheet metal material for specific forming processes.
to New Device for Bending/Hemming Tests to VDA 238-100:2017
The New HIT 750P for Charpy Impact Testing
Notched impact strength is an important characteristic in applications for pipeline construction and ship building and can be determined with Charpy specimens in pendulum impact testers. The test method is described and defined in the international standard ISO 148-1 and in ASTM E23. In this webinar, you will learn about ZwickRoell's newest pendulum impact testers.
to The New HIT 750P for Charpy Impact Testing
New Repeatable and Reliable Edge Crack Sensitivity Test Methods
Recent developments in new forming steels show that forming processes used for these materials must look more closely at material behavior. Sensitivity to edge cracks during the forming process is one important characteristic. There are several approaches to learning more about edge crack behavior. This webinar will present new methods developed thus far.
to New Repeatable and Reliable Edge Crack Sensitivity Test Methods
New Approach to Edge Crack Sensitivity Characterization
Edge crack sensitivity plays a major role in characterizing materials used in vehicle components important for energy absorption during crashes. This seminar will introduce and demonstrate a method, that can be performed by a single tensile testing machine. A series of tensile tests uses pre-notched sheet metal specimens and analyzes the systematic behavior with different notch depths.
to New Approach to Edge Crack Sensitivity Characterization
ZwickRoell Testing Solution for Hole Expanding Test to ISO 16630
The hole expansion test is a test method applied in the metalworking industry and is used to determine the ductility of the edges of punched sheet metal. In the case of high strength steels, forming technology presents new challenges due to the formation of edge cracks.
to ZwickRoell Testing Solution for Hole Expanding Test to ISO 16630
ZwickRoell Testing Solutions for Concrete-Reinforcing Steel
Reinforcing steel is essential in the construction of buildings and infrastructures. As it is a safety-relevant component, the mechanical properties of its products are defined by various national and international standards. These mechanical properties have to be tested by the individual producer and a certified lab.
to ZwickRoell Testing Solutions for Concrete-Reinforcing Steel
Testing in high-temperature to ISO 6892-2 A1 with new furnace, makroXtens HT and hot-loading
Strain-controlled high-temperature tensile tests to ISO 6892-2 A1 can now be carried out with the new flexible high-temperature furnace from ZwickRoell and with use of the proven makroXtens HT and laserXtens HP/TZ—also with optional hot loading function.
to Testing in high-temperature to ISO 6892-2 A1 with new furnace, makroXtens HT and hot-loading
ASTM and ISO Metal Tension Testing under Strain Rate Control in “closed loop” and “open loop” technique
Reliable and reproducible test results require equal settings of the correct test speeds. The ASTM and ISO standards for standard tensile testing on metals were expanded in 2009 to include strain rate control. With this method, significantly more uniform test speed settings and control were achieved. This method can be implemented with almost every testing machine.
to ASTM and ISO Metal Tension Testing under Strain Rate Control in “closed loop” and “open loop” technique
Save and Reliable Tension Testing of Advanced High Strength Steels
Tensile testing on materials in the AHSS (advanced high-strength steel) and UHSS (ultra-high-strength steel) categories, requires advanced testing technology that can sustain increased wear of tools and measuring technology. This particularly applies to the specimen gripping techniques, as well as strain measurement to the point of specimen failure.
to Save and Reliable Tension Testing of Advanced High Strength Steels
Simply see more: 2D DIC Applications
Without the need for additional hardware, the ZwickRoell videoXtens can be expanded with a valuable function: the ZwickRoell 2D DIC. This function allows for live strain measurement with a single extensometer, followed by 2D DIC analysis.
to Simply see more: 2D DIC Applications
r-value determination on metal acc. ISO & ASTM
The r-value, or more accurately the vertical anisotropy, is one of the typical characteristic values determined from tensile tests in accordance with ISO 10113, ASTM E517 or JIS Z2254. Up until 2020, determination of the r-value to ISO 10113 was based solely on the assumption that a metal material showed no taper within the parallel length, in the range up to uniform extension Ag.
to r-value determination on metal acc. ISO & ASTM
Tensile testing on metals - Efficiency and reliability improvement
Learn how you can make tensile tests on metals up to 30% more efficient and at the same time increase the safety of the test results. We will show you how a perfect interaction between testing system, software and accessories can significantly save time and which possibilities for full automation are available.
to Tensile testing on metals - Efficiency and reliability improvement
Tensile testing on metals - Efficiency and reliability improvement
The tensile test according to ISO 6892-1 or ASTM E8 is the most common mechanical test in the field of metallic materials. Learn how you can make tensile tests on metals up to 30% more efficient and at the same time increase the safety of the test results. We will show you how a perfect interaction between testing system, software and accessories can significantly save time and which possibilities
to Tensile testing on metals - Efficiency and reliability improvement
High-Temperature Testing - Current trends and applications
Testing materials in continuously higher temperatures comes along with some often-disregarded challenges in test machine set-ups. In this webinar you receive a brief overview of the essential testing machine characteristics for testing in high temperature up to +1,200°C and ultra-high temperature up to +2,300°C.
to High-Temperature Testing - Current trends and applications
Testing of Heavy Plates
Date: July 9, 2024 Language: English Duration: 30 min + 10 min Q&A
to Testing of Heavy Plates
Advanced Creep Testing
Date: July 16, 2024 Language: English Duration: 30 min + 10 min Q&A
to Advanced Creep Testing
More efficiency in hardness testing
Date: July 18, 2024 Language: English Duration: 30 min + 10 min Q&A
to More efficiency in hardness testing

Medical

Flexible Automated Testing Solutions for Syringes and Cartridges to ISO Standards
A wide range of different syringes are used in the medical and pharmaceutical industry – from single-use and pre-filled syringes with needlestick protection to multi-chamber syringes. Automation of the test sequence can be useful to achieve higher test volumes and to minimize operator influence.
to Flexible Automated Testing Solutions for Syringes and Cartridges to ISO Standards
Testing Autoinjector and Pen Systems for Patient Safety
Needle-based injection systems (NIS) such as pen systems and autoinjectors allow precise dosing of drugs, self-injections by the patients and administration of higher volumes over a defined period of time. The complexity of these NIS-systems is constantly increasing. Within this webinar, you will learn how testing of all relevant functions is crucial for product quality.
to Testing Autoinjector and Pen Systems for Patient Safety
Testing Connectors According to the New ISO 80369
Small-bore connectors are widely used in the medical and pharmaceutical industry. The new ISO 80369 standard that replaces ISO 594 now describes a wider range of small-bore connector systems and the appropriate test setup. In this webinar, you will learn about the new standard requirements regarding reference connectors and preparation of the specimen.
to Testing Connectors According to the New ISO 80369
The Differences in Testing Catheters and Stents in R&D vs. QA
New materials and technologies are the drivers for future growth in the catheter and stent market. For development, material data of stents for numerical simulations are needed or the pushability of catheters in narrowed vessels must be improved. Testing in production is essential for ensuring the highest product quality and ultimately the safety of the patient.
to The Differences in Testing Catheters and Stents in R&D vs. QA
Validating Testing Systems with ZwickRoell Solutions
The medical and pharmaceutical industry is heavily regulated by laws and regulations. Traceable and tamper-proof test results, as well as completed validation and qualification activities, must be in place to demonstrate compliance. In this webinar, you will learn about ZwickRoell’s software and service solutions to become compliant.
to Validating Testing Systems with ZwickRoell Solutions
An In-depth Look at the Testing of Biomechanics & Orthopedics
An elderly population and advancements in technologies are drivers for future growth of the biomechanics and orthopedics market. Static and fatigue testing of biomechanics & orthopedics is crucial for developing new products and ensuring highest product quality. Within this webinar, you will learn about ZwickRoell’s ready-made testing solutions, with a special focus on hip implants.
to An In-depth Look at the Testing of Biomechanics & Orthopedics
PPE and Medical Textile Testing for the Covid-19 Pandemic
Covid-19 still has a big influence on our daily lives and on the availability of Personal Protective Equipment (PPE) and other medical textiles. Quality control and approval testing of these products is essential for product quality. Within this webinar, you will learn about ZwickRoell’s ready-made testing solutions for PPE and medical textiles.
to PPE and Medical Textile Testing for the Covid-19 Pandemic
Tests in the medical and pharmaceutical industry require a specific level of automation
Testing machines for the medical and pharmaceutical industry are used for a wide range of purposes. Areas of application, including R&D or quality assurance, are accompanied by different requirements. Depending on the number of test specimens, throughput time or the extent of necessary test steps, either manual, semi-automatic or fully automatic testing systems may be used.
to Tests in the medical and pharmaceutical industry require a specific level of automation
Standard compliant tests on modern injection systems
Hypodermic syringes, pens and autoinjectors are used for the administration of medications and vaccines. The standards specify comprehensive test requirements to ensure product quality, which in turn demands testing technology that guarantees reliable results. In addition, the testing software must meet regulatory data security requirements.
to Standard compliant tests on modern injection systems
Standard compliant tests on spinal implants
Different implant systems are available to treat diseases of the spine. These range from rod and screw systems to cages and vertebral body replacement devices. Numerous ISO and ASTM standards require comprehensive static and dynamic tests for product quality assurance. In this webinar you will learn about the various test standards and the corresponding ZwickRoell testing solutions.
to Standard compliant tests on spinal implants
Automation and digitalization pose new challenges for testing in the medical technology and pharmaceutical industry
Testing machines for the medical and pharmaceutical industry are used for a wide range of purposes. Areas of application, including R&D or quality assurance, are accompanied by different requirements. Depending on the number of test specimens, throughput time or the extent of necessary test steps, either manual, semi-automatic or fully automatic testing systems may be used.
to Automation and digitalization pose new challenges for testing in the medical technology and pharmaceutical industry
Trends in Injection Devices – Automation testing options for more efficency
Learn on the trends in Injection Devices and which tests are possible for the different types of injection systems and which automation options are available. Serial, multiple or fully automated testing systems significantly increase the safety of your test results and at the same time make your quality control significantly more efficient.
to Trends in Injection Devices – Automation testing options for more efficency

Plastics

Automated Testing Systems with a Smart Robot in an Industry 4.0 Environment
The global pandemic in 2020 is speeding up trends in a way we could not have dreamed of one year ago. In the business world, one key trend is digitalization along with automation and robots. Our compact webinar looks at the basics of Industry 4.0 and smart robots, identifies current trends and the right solutions for a typical plastics testing lab.
to Automated Testing Systems with a Smart Robot in an Industry 4.0 Environment
Fatigue Testing on Polymers (S-N Curve, CRB Test)
This live demonstration will give an overview of testing methods used to determine general fatigue behavior, fatigue crack initiation and fatigue crack propagation of polymers. It will also show different types of fatigue testing machines and accessories typically used to perform such tests.
to Fatigue Testing on Polymers (S-N Curve, CRB Test)
Impact Testing on Polymers - Conventional and Instrumented
Pendulum impact testers determine the impact energy absorbed by a standardized specimen up to break by measuring the height of rise of the pendulum hammer after impact. The result is impact strength or notched impact strength, which is indicated in relation to area, for example in kJ/m². We will give an overview of the standard test methods (Charpy; Izod, Dynstat,…).
to Impact Testing on Polymers - Conventional and Instrumented
Standard-Compliant Measurement of Tensile and Flexural Properties on Plastics
This live demonstration will show you how to determine the tensile and flexural properties of polymers according to international standards. We will give you helpful tips on what to consider for the different standards and what is important for reliable test results.
to Standard-Compliant Measurement of Tensile and Flexural Properties on Plastics
Melt Flow Testing - Right Extrusion Plastometer for Every Testing Volume
Melt flow testing (ISO 1133, JIS K 7210, ASTM D1238 as a general method and ASTM D3364) is a simple way to characterize the flow properties of a plastic melted mass. This test method is widely used, especially in quality assurance and goods inwards testing. Demands on the extrusion plastometer vary according to which processing stage in the plastics industry is involved.
to Melt Flow Testing - Right Extrusion Plastometer for Every Testing Volume
Reliable Testing of Flexible Cellular Materials
The testing of soft foam materials is quite specific due to the nature of foam, which is composed of a polymer and alveoli of variable size. Test methods have been developed over the time by national and international standardization bodies, but also by main stakeholders like the automotive industry.
to Reliable Testing of Flexible Cellular Materials
Tensile Testing According to ISO 527
The standard for tensile tests on plastics, ISO 527, covers all types of plastics, plastic film and fiber-reinforced composites. It is possibly the most widely used standard in the field of the mechanical testing of polymers. The presenter of this webinar has followed the development of this standard over the last 20 years as a member of the responsible ISO and DIN committees.
to Tensile Testing According to ISO 527
The ZwickRoell Polymer Testing Lab
ZwickRoell supplies all types of equipment needed for the mechanical testing of plastics. This includes equipment to determine static, dynamic and high-speed properties such as tensile, flexural, compression and shear, as well as creep machines for the long-term application of force or strain, instruments to measure impact properties, such as conventional Charpy, Izod and tensile-impact.
to The ZwickRoell Polymer Testing Lab
High-Speed Tensile Tests: Findings from ISO Standardization
High-speed tensile tests are typically used for standardized specimens to generate materials data for crash simulation purposes. As more and more powerful simulation software tools become available, there is also an increasing interest in generating materials data. Laboratories in the automotive industry and in R&D, as well as at the materials producer site, perform high-speed tensile tests.
to High-Speed Tensile Tests: Findings from ISO Standardization
Reliable Melt Flow Testing with advanced instruments and new functions
Melt flow testing (ISO 1133, JIS K 7210, ASTM D1238 as a general method and ASTM D3364) is a simple way to characterize the flow properties of a plastic melted mass. This test method is widely used, especially in quality assurance and goods inwards testing. Demands on the extrusion plastometer vary according to which processing stage in the plastics industry is involved. ZwickRoell has an extrusio
to Reliable Melt Flow Testing with advanced instruments and new functions
Standard-Compliant Measurement of Tensile and Flexural Properties on Plastics
This webinar will show you how to determine the tensile and flexural properties of polymers according to international standards. We will give you helpful tips on what to consider for the different standards and what is important for reliable test results.
to Standard-Compliant Measurement of Tensile and Flexural Properties on Plastics
Impact Testing on Polymers - Conventional and Instrumented
Pendulum impact testers determine the impact energy absorbed by a standardized specimen up to break by measuring the height of rise of the pendulum hammer after impact. The result is impact strength or notched impact strength, which is indicated in relation to area, for example in kJ/m². We will give an overview of the standard test methods (Charpy; Izod, Dynstat,…) and explain the difference betw
to Impact Testing on Polymers - Conventional and Instrumented
Melt Flow Testing - Improve reliability, increase efficiency
Melt flow testing (ISO 1133, JIS K 7210, ASTM D1238 as a general method and ASTM D3364) is a simple way to characterize the flow properties of a plastic melted mass. This test method is widely used, especially in quality assurance and goods inwards testing. Demands on the extrusion plastometer vary according to which processing stage in the plastics industry is involved.
to Melt Flow Testing - Improve reliability, increase efficiency

Composites

An Introduction to Composites Testing
Learn about the basics of composites and composites testing or refresh your knowledge. We will show you the basic test methods to enable quality assurance and design of composite structures. Explore how the ZwickRoell portfolio supports static test machines with required equipment, e.g. strain measuring, temperature chambers, or alignment.
to An Introduction to Composites Testing
Advanced Testing Methods for Composites
Learn about more complex mechanical test methods often performed for composites, such as interlaminar fracture toughness, compression-after-impact (CAI) or open- and filled-hole tension and compression. A brief overview of our portfolio for testing at different speeds will be presented and dynamic test solutions for fatigue testing of composites will be shown.
to Advanced Testing Methods for Composites
Standard Test Methods for Sandwich Composites
Sandwich composites are widely used in areas where lightweight design is a key requirement, e.g. aerospace, transportation, wind energy or yacht building. In addition, industrial engineering and construction are common areas of application. In this webinar, learn about the distinct group of standard test methods to determine the static mechanical properties of the facings, core material.
to Standard Test Methods for Sandwich Composites
ASTM E 1012 and NADCAP – Verifying and Accomplishing Correct Alignment
Verification of properly aligned testing machines is important for aerospace test laboratories. Requirements for alignment are defined in ASTM E 1012 and NADCAP audit criteria 7122. Learn about different sources for non-homogeneous loading and the effects on test results. We will demonstrate our solution for verifying and eliminating alignment errors in the load chain of your testing machine.
to ASTM E 1012 and NADCAP – Verifying and Accomplishing Correct Alignment
Accurate and Marking-Free Optical Strain Measurement Solutions for Composites
Our videoXtens biax 2-150 HP was designed primarily for composite applications. In this live demonstration, we will show the unique features of this best-in-class optical strain measurement system and demonstrate its use in 2D DIC strain measurement.
to Accurate and Marking-Free Optical Strain Measurement Solutions for Composites
HC100 Compact: The All-in-One Servo-Hydraulic Testing Machine for Static and Fatigue Testing of Composites
The HC100 Compact expanded our series of compact servo-hydraulic testing machines to include the 100 kN load range. An integrated extra-quiet power pack saves valuable lab space, eliminates additional time needed for installation of a separate hydraulic system, and still creates a very comfortable working environment.
to HC100 Compact: The All-in-One Servo-Hydraulic Testing Machine for Static and Fatigue Testing of Composites
G1c Testing for Composites with Video Recording Option
To determine the mode I interlaminar fracture toughness G1c using the Double Cantilever Beam (DCB) test, the majority of test standards requires a synchronized recording of load, displacement and crack extension. Experience how the ZwickRoell Video Recording System simplifies data recording and analysis for a DCB test performed acc. to ASTM D 5528.
to G1c Testing for Composites with Video Recording Option
Drop weight impact, test fixtures and compression-after-impact (CAI) test
The compression-after-impact (CAI) test is a test method primarily used to evaluate the damage tolerance of composite laminates in aerospace structures. Learn about our drop weight testers, designed to efficiently generate the required impact damage. See the different test fixtures defined by the established test standards and experience a live CAI test.
to Drop weight impact, test fixtures and compression-after-impact (CAI) test
Optical strain measurement for mechanical testing of composites
Non-contact strain measurement has steadily gained importance in the past decades. This presentation will introduce typical composite tests for which optical strain measurement is often used. It introduces the outstanding features of the videoXtens 2-150 HP, including marking free live strain measurement and 2D-DIC.
to Optical strain measurement for mechanical testing of composites
An Introduction to Composites Testing
Learn about the basics of composites and composites testing or refresh your knowledge. We will show you the basic test methods to enable quality assurance and design of composite structures. Explore how the ZwickRoell portfolio supports static test machines with required equipment, e.g. strain measuring, temperature chambers, or alignment.
to An Introduction to Composites Testing
An Introduction to Composites Testing
Learn about the basics of composites and composites testing or refresh your knowledge. We will show you the basic test methods to enable quality assurance and design of composite structures. Explore how the ZwickRoell portfolio supports static test machines with required equipment, e.g. strain measuring, temperature chambers, or alignment.
to An Introduction to Composites Testing
Optical strain measurement for mechanical testing of composites
Non-contact strain measurement has steadily gained importance in the past decades. This presentation will introduce typical composite tests for which optical strain measurement is often used. It introduces the outstanding features of the videoXtens 2-150 HP, including marking free live strain measurement and 2D-DIC.
to Optical strain measurement for mechanical testing of composites
Composites testing - An introduction to basic test methods
Learn about the basics of composites and composites testing or refresh your knowledge. We will show you the basic test methods to enable quality assurance and design of composite structures. Explore how the ZwickRoell portfolio supports static test machines with required equipment, e.g. strain measuring, temperature chambers, or alignment.
to Composites testing - An introduction to basic test methods

General

Thermo-Mechanical Fatigue Testing According to the European Code of Practice
In this webinar, you will learn more about thermo-mechanical fatigue testing and the recommendations of the European Code of Practice. Take part in a virtual demonstration of an out-of-phase test on an aluminum specimen and learn more about the benefits of ZwickRoell’s TMF testing system.
to Thermo-Mechanical Fatigue Testing According to the European Code of Practice
High-Temperature Tensile Testing to ISO 6892-2, Including Strain Rate Control
In this webinar, you will learn why temperature and strain rate control is important for high-temperature tensile tests on metallic materials to ISO 6892-2, and how ZwickRoell’s high-temperature testing systems meet these requirements.
to High-Temperature Tensile Testing to ISO 6892-2, Including Strain Rate Control
Advanced Creep Tests with ZwickRoell’s Sophisticated Testing Equipment
In this webinar, you will learn why advanced creep testing is used and what the requirements are, why temperature measurement and control are crucial, and what the main components of a sophisticated creep testing system are, as well as how a typical advanced creep testing system is set up.
to Advanced Creep Tests with ZwickRoell’s Sophisticated Testing Equipment
High Strain Rate Tension Testing of Lightweight Materials for Automotive Crash Simulations
This webinar/demo sheds some light on the topic of high strain rate testing, and provides information supported by examples on how reliable high speed material characterization data can be obtained to support automotive CAE crash simulations. An overview of the latest generations of high speed testing machines and systems is first provided.
to High Strain Rate Tension Testing of Lightweight Materials for Automotive Crash Simulations
Are You Prepared for Future Test Tasks?
In this webinar, you will earn about accessories and upgrades for your testing machine. ZwickRoell offers an extensive product portfolio of various specimen grips, fixtures, non-contact extensometers, and systems for testing under temperature. ZwickRoell’s wide range of accessories covers test loads from a few N up to several MN.
to Are You Prepared for Future Test Tasks?
How to Obtain Service Reliability for Your Static Testing Machines
ZwickRoell modernizes static materials testing machines regardless of the original manufacturer and updates your machines with state-of-the-art technology. Using real-life scenarios, we will show you how to extend the service life of your static testing machines and answer your questions.
to How to Obtain Service Reliability for Your Static Testing Machines
videoXtens - The Perfect Optical Extensometer for Reliable Strain Measurement in R&D
Strain measurement must be performed carefully to achieve reliable test results. ZwickRoell's advanced videoXtens technology offers superior performance and flexibility especially in R&D. In this webinar, you will learn about new features and advantages that this system offers the researcher.
to videoXtens - The Perfect Optical Extensometer for Reliable Strain Measurement in R&D
Is Your Servohydraulic Testing Machine Ready for the Next Generation?
Through modernization services, ZwickRoell updates older servo-hydraulic testing systems and Vibrophores to state-of-the-art testing technology. Join us on a virtual tour through our dynamic modernization showroom, get a view of our test bed, and experience current, real-life examples.
to Is Your Servohydraulic Testing Machine Ready for the Next Generation?
Calibration - The Basis for Reliable Test Results
The rules of metrological traceability has become more and more important in recent years. To determine the measurement uncertainty of the test results, it is necessary to calibrate the material testing machine or testing device with precision and to know how to interpret the calibration certificate.
to Calibration - The Basis for Reliable Test Results
Condition Monitoring Keeps an Eye on Your Testing Machines
Step into the future with the new testXpert III feature. The new ZwickRoell machine monitoring system displays machine data, such as the current machine status or upcoming services, on a user-friendly dashboard.
to Condition Monitoring Keeps an Eye on Your Testing Machines
Modernizing servohydraulic amd dynamic testing machines
You are currently using a servohydraulic / dynamic testing machine from ZwickRoell or from another manufacturer and would now like to work with the latest software and hardware technology with the goal of attaining reliable test results.
to Modernizing servohydraulic amd dynamic testing machines
Automated Testing Systems with a Smart Robot in an Industry 4.0 Environment
Participants have an overview of which automation solutions are available for metals, plastics, and medical applications. With the help of provided informational material such as a photo library and videos, participants can present and, if necessary clarify the solutions to the customer, while staying within their budget.
to Automated Testing Systems with a Smart Robot in an Industry 4.0 Environment
Creep testing – Multistation testing for plastics and new creep applications & solutions for metal
Service-life prediction under static and quasi-static long-term loading with the versatile Kappa series creep testing machines for metals, for use with power plant and turbine technology, as well as for light metals, plastics, and composites, for use in lightweight construction and new areas of application.
to Creep testing – Multistation testing for plastics and new creep applications & solutions for metal
New ZwickRoell hardness testing machines for laboratories and production environments
Introduction and product overview of the new series: DuraScan – state-of-the-art technology, precision and flexibility for laboratory applications; DuraVision – robustness, precision and efficiency for production environments
to New ZwickRoell hardness testing machines for laboratories and production environments
How do I find the right extensometer for my application
An extensometer has to fulfill many user requirements from the fulfillment of standard requirements up to highest flexibility and automatism. This presentation provides an overview of selection criteria, and shows how you can profit from different extensometer types.
to How do I find the right extensometer for my application
Simply See More - ZwickRoell 2D DIC
Without the need for additional hardware, the ZwickRoell videoXtens can be expanded with a valuable function: the ZwickRoell 2D DIC. This function allows for live strain measurement with a single extensometer, followed by 2D DIC analysis.
to Simply See More - ZwickRoell 2D DIC
Maximizing testing machine runtime
You are currently using a ZwickRoell testing machine and want to maximize service life without compromising on modern software, standard compliant testing with the latest technology or operator safety.
to Maximizing testing machine runtime
How testing can contribute to sustainability in your industry?
Sustainability is one of the megatrends of our time and affects us in all situations. For almost all industries sustainability is becoming a very pressing issue – especially due to uncertain supply chains and the massive increase in the cost of energy and gas as well as the pressure from society.
to How testing can contribute to sustainability in your industry?
Smart test data analysis - Improve data processing with testXpert Analytics
Learn more about how to get the most out of your test and machine data. View test series in real time, detect deviations in production at an early stage or take advantage of a predictive maintenance function. The new features of testXpert give you a competitive advantage in terms of efficiency and safety of test results.
to Smart test data analysis - Improve data processing with testXpert Analytics
Automation potential in test laboratory - Up to 50% increase in efficiency
Learn about the automation potential in your laboratory and how you can not only increase the safety of your test results, but also work up to 50% more efficiently. You will also learn how full automation is implemented and what options there are for retrofitting automation.
to Automation potential in test laboratory - Up to 50% increase in efficiency
Empower your testing data - Improve data processing with testXpert Analytics
Interested in learning more about increasing efficiency in your quality control processes? Learn more about how to get the most out of your test and machine data. View test series in real time, detect deviations in production at an early stage or take advantage of a predictive maintenance function.
to Empower your testing data - Improve data processing with testXpert Analytics
Automation potential in test laboratory - Up to 50% increase in efficiency
Mechanical tests such as tensile tests or flexure tests are the most common tests in the field of metal and plastic characterization, but how can they be carried out even more efficiently? Learn about the automation potential in your laboratory and how you can not only increase the safety of your test results, but also work up to 50% more efficiently.
to Automation potential in test laboratory - Up to 50% increase in efficiency

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