The post Custom Light Tower increases speed of Rotating Beam Fatigue Testing appeared first on ADMET.
]]>ADMET recently delivered six of our eXpert 9313 Rotating Beam Fatigue Testing Systems to a customer focused on evaluating the fatigue properties of their forged metal alloys. To ensure efficiency and ease of monitoring, we configured each system with a custom light tower. This system add-on displays a red light when the test is complete or if a sample has failed, and a green light when the system is actively running a test.
Positioned strategically, the light tower is visible through windows from outside the test area, allowing operators to quickly assess the status of tests without needing to enter the test area to check each machine. No more periodic checks, just a quick glance into the room! This small but impactful addition greatly improves throughput and uptime, providing a clear visual cue for when a machine is ready for another test.
The eXpert 9313 Rotating Beam Fatigue Testing System continues to be a top choice for precise, reliable fatigue testing, and this tailored solution is just one example of how ADMET adapts our equipment to meet specific customer needs.
We can customize a system for your needs
Our engineers will recommend the right solution for your application
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]]>The post Testing Durability & Comfort between Online vs. Brick-and-Mortar Shoe Purchases appeared first on ADMET.
]]>We recently purchased a pair of clogs from a traditional brick-and-mortar retailer and also bought a pair online. How did the two different purchases stack up in durability and comfort? Check out our video to find out!
We'll help you find the right testing system for your product testing needs
We’ve helped companies around the world improve their production and quality processes.
The post Testing Durability & Comfort between Online vs. Brick-and-Mortar Shoe Purchases appeared first on ADMET.
]]>The post Rotating Bending Fatigue Testing with Polymers? ADMET has the Answer appeared first on ADMET.
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A highly respected research University approached ADMET with an interesting problem. They needed a very cost-effective way to test the fatigue life of polymer lattice structures to ensure that certain 3D printed knee replacement prostheses would hold up over time.
A polymer lattice sample held in rotating beam fatigue fixtures
Since budget was limited and fatigue testing was critical to supplement existing static loading data, Rotating Beam Fatigue testing was a strong consideration as opposed to more expensive axial fatigue test systems.
By design, Rotating Bending Fatigue Tests are typically more suited to metals and other high strength materials. The stresses applied to the customer’s materials for this testing were only expected to be on the order of 10MPa to 140MPa (1,450psi to 20,300psi), as the polymer lattices used in knee replacements may be designed for up to 50% porosity to allow for the flow of cells and other biomaterials.
To help the customer solve their testing challenge, ADMET provided a unique Rotating Beam Fatigue Test System that utilized a more compliant loading mechanism. This mechanism helped to optimize the low capacity testing and reduce load peaks & valleys seen with the unbalanced nature of 3D printed polymer specimens that might not spin true on the test system.
Are you performing fatigue testing on polymers?
We’ll help you find the right test system for your application
The post Rotating Bending Fatigue Testing with Polymers? ADMET has the Answer appeared first on ADMET.
]]>The post Egg Compression Test – Homestead vs. Store-Bought appeared first on ADMET.
]]>Today, we take a look at revisiting an older ADMET video where we did a compression test on an egg. We ran two new tests to compare the strength of eggs from free range chickens to those from industrial farms. Which was stronger? Watch to find out!
From eggs to elastics, we will help you find the right mechanical testing system for your application.
Our engineers are standing by to help you!
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]]>The post Safety enclosure enables thin glass bend testing with eXpert 7601 appeared first on ADMET.
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eXpert 7601 with safety enclosure and MTESTQuattro controller
ADMET recently configured an eXpert 7601 single column testing system with a safety enclosure so a customer could safely conduct bend testing on thin glass specimens without fear of broken shards causing injury or damage in the lab.
The system included a traditional four-point bend fixture as well as a specialized two-point bend fixture where the thin flexible glass specimen is stood on its end and buckled until failure.
Bend fixture testing on thin plastic film specimen
Two-point bend fixture testing on a thin glass specimen
We can configure a system for your testing needs
We’ll take the time to learn your specific situation and recommend a solution.
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]]>The post MTESTWindows to MTESTQuattro Upgrade appeared first on ADMET.
]]>ADMET has been in the material testing machine retrofit business for over 35 years. Our controllers and indicators have been used to upgrade many testing machines, including Instron, Satec, MTS, Riehle, Forney, and more. If your machine was retrofitted with ADMET electronics and you would like to upgrade the system to match today’s technology, we have the solution for you: ADMET plug-and-play retrofit/upgrade packages are available with minimal onsite work and maximum impact!
ADMET Retrofits have been breathing new life to older testing machines for over 35 years
Now-Obsolete MTESTWindows Packages
ADMET MTESTWindows controller and software packages were offered to retrofit servo hydraulic and electromechanical testing machines regardless of age, manufacturer or application. The base configuration consisted of load, crosshead position and axial strain input channels with options for a transverse strain channel and servo control. The unique design consisted of a 32-bit Windows application program and an easy-to-install external interface box, making MTESTWindows ideal for new and retrofit installations.
ADMET MTESTWindows Software
Although MTESTWindows was designed to provide access to many of the popular spreadsheet programs to save and recall test data over a network and was compatible with a variety of printers, it has been over 30 years since this product was released, thus today’s technology is no longer compatible with the MTESTWindows interface.
Advanced MTESTQuattro Controller & Software Upgrades
We now offer MTESTQuattro controller and software with state-of-the-art controller features for performing accurate and repeatable tests according to ASTM and ISO standards. MTESTQuattro is capable of performing all types of tests including tension, compression, creep, fatigue, friction, flexure, relaxation, peel, shear and tear tests.
MTESTQuattro’s base configuration consists of load, crosshead position, axial strain, transverse strain and auxiliary input channels with options for three additional auxiliary input channels and servo control. The input channels are compatible with all force measuring; contacting and non-contacting strain measuring devices which make it possible to measure key mechanical properties such as elastic modulus, yield strength, ultimate strength and elongation.
MTESTQuattro Material Testing Package Controller and Software
ADMET offers other controllers and indicators, but often the direct replacement of MTESTWindows is the MTESTQuattro controller package.
5 Key Reasons To Move Forward With An Upgrade
Upgrading from ADMET MTESTWindows to MTESTQuattro typically offers several key advantages that can enhance your testing capabilities and efficiency. Here are some of the reasons why you might consider making the switch:
- New Operating System
- MTESTWindows software upgrades are no longer feasible and new operating systems do not work with older MTESTWindows software. For integration with new operating systems, MTESTQuattro software is required.
- More Analyses, Test Methods, and Flexibility
- The MTESTQuattro system includes advanced features and functionalities. This means better control over testing parameters, more sophisticated data analysis tools, or improved integration with other systems.
- Improved User Interface
- MTESTQuattro offers easy navigation and greater flexibility in terms of test configurations, allowing for a broader range of testing scenarios and applications.
- Better Data Management
- The new system offers improved data storage, retrieval, and management capabilities compared to MTESTWindows, which can help streamline workflow and ensure better data integrity.
- Support and Updates
- Ongoing support and updates are crucial for maintaining system reliability and performance. MTESTWindows is obsolete and is no longer supported. Upgrading to MTESTQuattro ensures that you receive ADMET’s highly rated one-on-one technical support services.
Upgrade Steps
To upgrade your MTESTWindows package, a thorough diagnosis of your current equipment is required. We ask you to get in touch with an ADMET Sales Engineer if you’re interested in upgrading. Diagnostic questions you should be prepared to answer include:
- The make/model of the testing machine
- Whether the machine is hydraulic or electromechanical
- The transducers that are used (make/model)
- A picture of the back of the MTESTWindows box with all the cabling
- Serial number(s)
- Testing application, including any ASTM/ISO test methods followed
- The test results you’re looking to get at the end of testing
These questions will be used to determine the required equipment, cabling, and software.
Since the upgrade is from an ADMET equipment to another, expect a plug-and-play solution. Even if new cabling or transducers are supplied, the connections will be straightforward and the new equipment will be similar to what the operators are used to.
Software Upgrade
MTESTWindows and MTESTQuattro are both PC-based controllers, meaning software is required to operate the interface box. The new MTESTQuattro controller will be shipped to your facility with the MTESTQuattro software. Below is what you should expect from the software upgrade.
Before starting the software upgrade, backup all your data and test configurations in MTESTWindows.
Install MTESTQuattro Software: Download the installation files from the provided link, run the installer and follow the on-screen prompts.
Transfer Settings: If applicable, transfer your settings and configurations from MTESTWindows to MTESTQuattro. This may involve manually inputting certain parameters or using a migration tool, if available.
Update Drivers: Ensure that all necessary drivers are up to date.
Testing: After installation, run a few test cases to confirm that everything is functioning correctly. Check that your data and configurations are intact.
Training and Documentation: Familiarize yourself with any new features or changes in the user interface. Consult the MTESTQuattro documentation for guidance.
Support: If you encounter issues, reach out to ADMET Technical Support for assistance.
Post-Upgrade Steps
Calibration
Calibration is recommended since controls and data acquisition modules are upgraded. ADMET offers ASTM/ISO certified calibration services. Our calibrators can calibrate systems made by a range of manufacturers including ADMET, MTS, Shimadzu, Tinius Olsen, retrofitted Instron®, and SATEC®.
Installation
During the same visit, you may also purchase the installation of the new controller box. The calibrator will then install all new cabling and transducers, set up the software and perform the calibration afterwards.
Training
You may also have questions around the new MTESTQuattro software. We offer online and onsite training options. Onsite training can be bundled with the calibration and/or installation service call. Online training will take up to 3 hours, where a member from our Technical Support team will remotely access the computer running MTESTQuattro to go over the menus and answer any questions. Read more about online training here.
Conclusion
Newer systems often come with improved sensors and components, leading to more accurate and reliable test results. In addition, our MTESTQuattro package offers compliance with current industry standards and regulations, which is crucial for meeting quality and safety requirements. Contact ADMET for further information.
If you’re looking to upgrade your testing machine, contact us today and see how we can help you!
Have a question on MTESTQuattro features and capabilities?
We’re ready to help you!
The post MTESTWindows to MTESTQuattro Upgrade appeared first on ADMET.
]]>The post Medical Adhesive Testing Basics appeared first on ADMET.
]]>Medical Adhesives Mechanical Testing Solutions
Medical adhesives are specialized substances used to bond medical devices, tissues, or other components together. They must comply with strict biocompatibility requirements and are vital in surgeries, wound care, and medical equipment manufacturing. Adhesives used in medical applications require mechanical testing to ensure their strength, durability, and compatibility with various substrates. Sutures are often classified as medical adhesives because they function to mechanically close and secure tissue interfaces, similar to how adhesives bond surfaces together.
ADMET testing systems are trusted by leading medical device manufacturers, universities, and research laboratories to determine the mechanical properties and endurance limits of biomaterials, medical devices and implants. Our systems meet FDA 21 CFR part 11 requirements and are capable of performing tension, compression, flexural, adhesive, torsion, axial-torsion and planar biaxial tests according to ASTM and ISO standards. Our ability to design a system to fit specific needs allows ADMET to provide testing solutions for even the most unique and demanding applications.
Types of Medical Adhesives
Tissue adhesive for the topical approximation of skin
A tissue adhesive for the topical approximation of skin is a device intended for topical closure of surgical incisions, including laparoscopic incisions, and simple traumatic lacerations that have easily approximated skin edges. Tissue adhesives for the topical approximation of skin are Class II medical devices and may be used in conjunction with, but not in place of, deep dermal stitches.
Tissue adhesive for non-topical use
A tissue adhesive for non-topical use is a Class III medical device that is used for adhesion of internal tissues and vessels. Examples of use include the embolization of brain arteriovenous malformation and ophthalmic surgery,
Tissue adhesive with adjunct wound closure device intended for the topical approximation of skin
A tissue adhesive with adjunct wound closure is a Class II medical device intended for topical application only to hold closed easily approximated skin edges of wounds from surgical incisions, including punctures from minimally invasive surgery, and simple, thoroughly cleansed, trauma-induced lacerations.
Types of adhesives include:
- Cyanoacrylate Adhesives: Quick-setting and used for minor wound closures.
- Silicone-Based Adhesives: Known for flexibility and biocompatibility, often used in skin attachments and prosthetics.
- Epoxy Resins: Offer high mechanical and thermal resistance; used in bonding medical devices.
- Acrylic Adhesives: Provide high tensile and shear strength; adhere well to various materials.
- Pressure-Sensitive Adhesives (PSAs): Used in medical tapes and patches; adhere with applied pressure.
- Polyurethane Adhesives: Versatile with excellent wear resistance; often used in flexible medical devices.
- Fibrin Sealants: Derived from blood components and used for hemostasis during surgical procedures.
- Hydrogel Adhesives: Water-based and gentle on the skin; commonly used in wound care and ECG electrodes.
Sutures
Sutures often considered the baseline for wound closure techniques, play a crucial role in the medical field. When it comes to developing new medical adhesives, sutures serve as a comparative standard for evaluating the efficacy and mechanical properties of adhesive products. This assessment includes tensile, shear, and peel tests to ensure that medical adhesives can meet or exceed the performance characteristics of traditional suturing methods. By understanding the mechanical benchmarks set by sutures, developers, and manufacturers can optimize adhesive technologies for various medical applications.
Common Medical Adhesive Test Types & Standards:
Peel Testing is a mechanical testing procedure used to measure the adhesive strength of materials by assessing the force required to separate two bonded surfaces. Some peel testing standards of medical adhesives include:
- ASTM F2256 Strength Properties of Tissue Adhesives in T-Peel by Tension Loading
- Tensile test method to compare and characterize the peel strength of different types of tissue adhesives
- ASTM D3330 Standard Test Method for Peel Adhesion of Pressure-Sensitive Tape
- Six different test methods for testing the peel adhesion strength of pressure sensitive tape
Shear Testing is a mechanical test that evaluates the ability of a material to withstand forces that can cause the internal structure to slide against itself. Some shear testing standards of medical adhesives include:
- ASTM D3654 Standard Test Methods for Shear Adhesion of Pressure-Sensitive Tapes
- Test method to measure the ability of pressure-sensitive tapes and labels to remain adhered under constant load applied parallel to the surface of the tape and substrate
- ASTM F2255 Strength Properties of Tissue Adhesives in Lap-Shear by Tension Loading
- Tensile test method to measure and compare the lap-shear strength of tissue adhesives
Tensile Testing is a mechanical test that involves pulling a material apart and measuring the force and deformation to assess its strength, elasticity, and elongation properties. Some tensile testing standards of medical adhesives include:
- ASTM D882 Standard Test Method for Tensile Properties of Thin Plastic Sheeting
- Test method to determine the tensile properties of plastics in the form of thin sheeting
- ASTM D2256 Thread and Yarn Tensile Testing
- Test method to determine the breaking strength, elongation, and energy of threads, yarns, or other single strand textiles. (Often used for sutures)
- ASTM F2258 Tensile Strength of Tissue Adhesives
- Tensile test to measure and compare the adhesive strengths of tissue adhesives
- ASTM F2458 Wound Closure Strength of Tissue Adhesives
- Tensile test method to measure and compare the wound closure strength of tissue adhesives
Mechanical Properties Measured
Bonding Strength: Mechanical testing assesses the adhesive’s ability to create strong bonds between different materials, tissues, or surfaces. This is crucial for adhesives like wound dressings, where secure adhesion is required for effective wound closure and protection.
Material Compatibility: Medical adhesives must be compatible with a wide range of materials, including skin, tissues, and other medical components. Testing helps identify potential interactions or reactions that could compromise the adhesive’s performance.
Durability: Adhesives used in medical applications must maintain their bond strength over time. Mechanical testing simulates real-world conditions to assess how the adhesive withstands various stressors and maintains its integrity.
Tensile Strength: Medical adhesives must have an appropriate tensile strength for their applications. Tensile strength measures the maximum stress a material can withstand in axial tension before failure. High tensile strength is critical for applications like surgical sutures and other wound closing adhesives, ensuring that the adhesive can withstand the mechanical stresses it will encounter in a physiological environment.
Have any questions on Medical Adhesive test types or standards?
What equipment do I need for medical adhesive testing?
To perform mechanical testing on medical adhesives, you will need a testing frame equipped with the appropriate fixture to clamp the test specimen, a load cell, and a controller. The type of testing system required will be dependent on the adhesive tested, the type of test, and the required calculations.
Testing Frame
eXpert 7600 – Single Column Testing Machine
The eXpert 7600 is a popular medical adhesive testing machine due to its ability to produce accurate results in an affordable and compact package.
eXpert 5600 – Modular Testing Machine
The eXpert 5600 series testing machines feature configurable frame components and a detachable actuator, giving you the ability to configure your medical adhesive testing system in a variety of vertical or horizontal orientations.
eXpert 4000 – MicroTester
The eXpert 4000 series MicroTesters measure very low forces and small displacements on medical adhesives that can often be difficult to hold. Most 4000 series MicroTesters can be configured for testing in temperature-controlled fluid baths to replicate the desired environment.
eXpert 5900 – Fatigue Testing Machine
The eXpert 5900 is ideal for performing fatigue testing on hard tissue adhesives that require an axial fatigue load. The 5900 series systems can be equipped with special fixturing to mount a variety of adhesives and can be equipped with an environmental bath to test performance in the desired physiological environment.
Custom Medical Adhesive Testing Systems
Do you require a customized testing solution? ADMET Engineers will work with you to design the right system to meet your material testing needs.
Work with our engineers to design a custom solution for your application.
Testing Fixtures
Medical adhesives, also known as medical glues or surgical adhesives, are used to bond or adhere tissues and are intended for used for wound closure. Sutures and staples are also used for similar purposes. Medical adhesives are not strictly classified as medical devices and can be mechanically tested in various test types to ensure safety and efficacy in medical applications. Below we will explore different types of medical adhesive tests and the required fixturing to perform them.
90 Degree Peel Fixture
Requires FS-PL-90 fixture and a vise grip or eccentric roller grip.
Custom Medical Adhesive Test Machine
eXpert 8600 – Configured to test medical adhesives and tissues in a heated fluid bath
T Peel Test Fixture
eXpert 7600 performing a T-peel test, similar to ASTM F2256. Requires two vise grips and a flexible substrate.
Floating Roller Peel Test Fixture
eXpert 7600 performing a floating roller peel test, similar to ASTM D3167. Requires an FS-PL-ASTM D3167 floating roller and a vise grip or eccentric roller grip.
Loop Tack Strength Test Fixture
eXpert 7600 performing a loop tack strength test, similar to ASTM D6195. Requires a vise grip and a cube fastened to the bottom of the testing machine.
180 Degree Peel Test Fixture (Three-headed)
eXpert 5600 performing ASTM D903 Three-Head Peel Test
Suture Tensile Test – Thread Grips
eXpert 7600 performing ASTM D2256 with GT-0.2T grips
Environmental Bath
Most of ADMET material testing machines can be equipped with an environmental bath to perform testing in the desired physiological environment.
Medical Adhesive Testing Videos
ADMET systems can be configured to test a vast array of medical adhesives and test types. Check out our Medical Adhesive Testing Playlist below to explore the capabilities of our testing systems (Click on the top right playlist icon to view all of relevant videos).
The post Medical Adhesive Testing Basics appeared first on ADMET.
]]>The post Testing the Next Generation of Sporting Good Innovations appeared first on ADMET.
]]>ADMET’S custom designed dual hydraulic actuator system enables endless testing potential for sports innovation
A leading sports innovation center turned to ADMET to tackle critical design challenges. The center, pushing the boundaries of equipment performance, faced hurdles in:
- Simulating real-world forces: Replicating the dynamic stresses on components like handlebars, foot pegs, and wheelchair axles under both static and cyclic loads.
- Achieving multi-axis loading: Accurately modeling the complex forces experienced in racing scenarios, especially for out-of-phase loading on handlebars.
- Conducting endurance testing: Gathering accurate force vs. time data while simulating the grueling demands of actual races, where forces and accelerations vary unpredictably based on road conditions and athlete performance.
- Accommodating diverse equipment: Providing a testing environment large enough to handle a wide range of sports gear, from bikes and wheelchairs to surfboards and beyond.
By partnering with ADMET, the innovation center sought solutions to these challenges, ensuring their new equipment could withstand the rigors of competition and deliver peak performance.
ADMET delivered an innovative solution to meet the center’s challenges, an advanced hydraulic test system optimized for their specific needs, featuring:
- Dual vertical actuators with adjustable horizontal positioning and crosshead height: Precisely simulating forces from multiple directions.
- Large baseplate: Accommodating large and bulky equipment.
- Two MTESTQuattro controllers: Enabling automated, high-precision testing and real-time simulation of racing conditions via external signal which uses experimentally gathered data to control the test.
- Static and Fatigue capabilities: A robust steel frame rated for 50 kN and powerful actuators producing up to 14 kN of loads each at up to 600 in/min.
With this tailored solution, the sports innovation center can be confident in their ability to test an extremely diverse range of sporting equipment and components, helping to advance the state of the art in sporting technology.
Flexural test of a skateboard
Designing custom engineered solutions to solve today’s design challenges is at the heart of what we do at ADMET. If you are in need of a custom testing machine solution, reach out to us and we’d be happy to discuss your requirements with you.
If you have unique testing requirements, we want to talk!
We’ll help you find the right solution, or design it for you!
The post Testing the Next Generation of Sporting Good Innovations appeared first on ADMET.
]]>The post Metal Tension Testing Concepts & Solutions appeared first on ADMET.
]]>ADMET has been serving companies in the metals industry for decades. We’ve helped hundreds of companies solve their physical testing challenges when it comes to metal testing applications, from large structural elements to very small medical devices. Whatever your testing application, we want to help you succeed.
We’ve written several blog posts on topics relevant to professionals in the metals industry who want to ensure their materials meet or exceed the desired specifications. Check out the articles below to learn more about key concepts in metals testing and to see recommended systems from ADMET for the metals industry.
Metals Tensile Testing Concepts, Equations, And Theory
Our comprehensive blog post on metals tensile testing covers core concepts like strength, ductility, and elongation, and goes into details on specific equations that are needed to determine stress-strain curves. It also includes helpful information on recommended equipment needed to perform metals tension tests quickly and accurately. Read the article here.
Sheet Metal Tension Testing
The mechanical properties of the sheet material greatly influence its formability, which is a measure of the amount of deformation the material can withstand prior to fracture. This blog post covers important definitions determining sheet metal characteristics, the test methods, and the equipment used to quantify them. Read the article here.
Lüders Bands Phenomenon in ASTM E8 Tensile Testing
Some metals, particularly annealed low-carbon steel, or mild steel, show a discontinuity when transitioning from elastic to plastic deformation that produces the yield point phenomenon in the stress strain curve. Learn more about this phenomenon in our blog post. Read the article here.
Let's discuss your metals testing equipment needs.
Our engineers will recommend a solution that fits your specific requirements.
The post Metal Tension Testing Concepts & Solutions appeared first on ADMET.
]]>The post Comprehensive Concrete Testing Systems from ADMET appeared first on ADMET.
]]>ADMET: Your Comprehensive Solution for Concrete Testing
From manual systems to fully automated solutions, ADMET offers a diverse range of equipment tailored to meet your concrete testing needs. Our offerings include:
- Indicators: Complementing existing manual systems for precise measurements.
- Controllers: Seamlessly retrofitting servo-control machines for enhanced performance.
- MegaForce Concrete Testing System: Designed specifically for concrete testing applications.
- Electromechanical & Hydraulic Servo-Control Machines: Versatile platforms for conducting a variety of concrete tests while ensuring accurate and repeatable results.
Beyond our standard offerings, ADMET is committed to providing customized solutions that align with your unique requirements. Let us help you optimize your concrete testing processes with innovative equipment and expert support.
Digital Indicators for Manually-Operated Concrete Testing Systems
Pi Indicators
Elevate the performance of your manually-operated testing systems with ADMET’s Pi indicators. These versatile devices connect seamlessly to load cells or pressure transducers, providing precise measurements and essential data.
Pi Peak Load Indicator
Key Features:
- Clear Display: 16-character display for easy readability.
- Intuitive Operation: Three-button keypad for simple navigation.
- Accuracy: Exceeds ASTM E4 force accuracy requirements.
- Versatility: Available in three models to suit your specific needs.
Pi Models:
- Pi: Displays peak load in selectable units (lbf, N, kN, kgf). Ideal for ASTM C39, C78, and C109 tests.
- Pi-R: Provides load rates in addition to peak load, making it suitable for ASTM C293 calculations.
- Pi-XS: Offers peak load, load rate, stress, and stress rate measurements, supporting ASTM C39, C78, C109, and C293.
GaugeSafe Data Exchange (Optional for Pi-XS):
Enhance your Pi Indicator’s data management capabilities with GaugeSafe Data Exchange software. Access live numerical data and visualize test results on your PC for in-depth analysis and reporting.
DFG Concrete Indicator: A Specialized Tool for Concrete Testing
DFG Concrete Indicator
Designed with concrete testing applications in mind, the DFG Concrete Indicator is the successor to ADMET’s original GaugeBuster indicator. This specialized device provides comprehensive test data, including:
- Peak Load and Stress: Accurate measurements for critical analysis.
- Specimen Details: Geometry, dimensions, date, time, and specimen number for complete identification.
- Calculated Parameters: Average rate of loading and cylinder correction factor for streamlined reporting.
- Operator Input: Operator ID, specimen weight, and age for traceability.
- Failure Analysis: Cylinder break type and cap type for detailed evaluation.
Predefined Specimen Geometries:
The DFG features predefined specimen geometries to simplify stress calculations:
- Cylinder
- Cube
- Beam (center point loading)
- Beam (3rd point loading)
- Round cross-section
- Rectangular cross-section
GaugeSafe Data Exchange (Optional):
With ADMET’s GaugeSafe Data Exchange software, you can seamlessly integrate your DFG indicator to export test data, generate comprehensive reports, and conduct in-depth analysis.
GaugeBuster 2 and 3: Versatile Indicators for Diverse Testing Needs
The GaugeBusters are highly adaptable indicators available in various sizes to suit your specific requirements. Their modular design allows for customization with additional features and channels, expanding their capabilities beyond basic load and stress measurements.
For concrete testing applications, the GaugeBuster’s optional auxiliary (encoder) and strain (analog) channels enable advanced testing, such as ASTM C469. In combination with ADMET’s compressometer-transducer assembly, you can accurately calculate axial and transverse strain for ASTM C469, Poisson’s ratio, and Young’s Modulus testing.
Gauge Buster 2 Advanced Indicator
Enhancements for Data Management:
- Printer Port: Directly connect your GaugeBuster 2 or 3 to a printer for immediate hard copies of test data and results.
- USB Flash Drive Port: Save test results, XY data, test settings, and calibration tables onto a flash drive for convenient storage and transfer.
GaugeSafe Software Options:
Choose the GaugeSafe software package that best aligns with your needs:
- GaugeSafe Basic: Provides numerical test results for essential data.
- GaugeSafe Plus: Offers numerical values and graphs for visual analysis.
- GaugeSafe Live: Displays live test data and graphs throughout the testing process.
With GaugeBuster indicators, you have the flexibility to tailor your testing system to meet your specific requirements, whether it’s for basic load measurements or advanced concrete testing applications.
MegaForce Concrete Testing System: Accuracy and Precision
Concrete cylinder testing per ASTM C39 on MegaForce
The MegaForce Concrete Testing System was designed to overcome the limitations of manually-operated systems and the high costs associated with traditional servo-hydraulic testing equipment. By retrofitting existing compression machines with MegaForce, you can automate control and operation for various testing standards, including ASTM C39, C109, C469 and EN 14651.
Key Benefits:
- Enhanced Precision: Maintain consistent load, position, or strain control throughout your tests.
- Increased Efficiency: Automate the testing process, reducing manual effort and errors.
- Cost-Effective Solution: Upgrade your existing equipment without breaking the bank.
Compatible with Compression Machines:
The MegaForce system is compatible with compression machines capable of up to 69 MPa or 10,000 psi and more.
Automated Reporting:
Choose from a range of compatible indicators to generate automated compressive strength test reports. This eliminates the time-consuming and error-prone process of manual reporting.
Universal Testing Systems: A Versatile Solution
For complex calculations, precise control, and the ability to conduct tensile or high-capacity tests, universal testing machines are indispensable. ADMET’s versatile systems offer a comprehensive solution for concrete testing, including tension, compression, and flexion with automated control and strain-rate feedback. These machines are ideal for standards like ASTM C307, C469, C1609, and EN 14651.
eXpert 2600 configured for ASTM C1609 Concrete Bend Testing
Electromechanical Testing Systems: Precision and Efficiency
The eXpert 2600 electromechanical testing systems offer a compact and powerful solution, available in tabletop or floor-standing configurations up to 400kN (90,000 lbf). The servo-control motor enables precise testing at slow deflection rates, making them suitable for complex standards like ASTM C1609.
ADMET’s eXpert 1000 series Hydraulic testing machines
Servo-Hydraulic Testing Systems: High Capacity and Versatility
The eXpert 1600 servo-hydraulic testing systems provide exceptional performance for tension, compression, and flexion tests up to 600kN (135,000 lbf). A wide range of accessories, including compression platens, the ASTM C469 assembly, and ASTM C1609/EN 14651 bend fixtures, ensures versatility for various testing needs.
Industries Benefiting from Universal Testing Systems:
Industries such as oil & gas, mining, and downhole cementing often require a wide range of precision tests. ADMET’s eXpert 1657 Servo Hydraulic Test System offers an efficient and cost-effective solution for these demanding applications.
Conclusion
ADMET offers a comprehensive range of concrete testing equipment, from manual systems to fully automated universal testing machines. Whether you need basic measurements or advanced analysis, our solutions are designed to meet your specific requirements. With our commitment to quality, innovation, and customer support, ADMET is your trusted partner for reliable and efficient concrete testing.
Contact us today to find the right concrete testing solution.
We’re standing by to help you find the right equipment for your needs.
The post Comprehensive Concrete Testing Systems from ADMET appeared first on ADMET.
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