Buying Guides

Not all fatigue testing systems are created equal. ADMET’s buying guide breaks down the critical specifications and features engineers need to evaluate before investing in a fatigue testing setup.

Learn about the important factors to consider when selecting a universal testing machine for your mechanical testing needs.

ADMET offers testing machines and retrofits to help material testing labs expand their mechanical testing capabilities and meet client requirements.

Learn why material research and development professionals across the world use ADMET universal testing machines, controllers, and fixtures.

ADMET provides testing machines and system retrofits for academia. Explore our products and services for universities and research institutions.

ADMET’s goal is to help manufacturers in their quality control testing by increasing efficiency of their in-house testing processes. Learn more now.

From manual systems to fully automated solutions, ADMET offers a diverse range of equipment tailored to meet your concrete testing needs.

Performing tensile tests requires a firm grip on your samples. Selecting the most suitable grip is crucial for obtaining accurate measurements of tensile properties like tensile strength, yield, peak load, elongation, and tensile modulus.

Learn more about ADMET’s line of indicators for concrete testing machines and options for retrofitting older machines with new capabilities.

Discover why closed-loop material testing systems excel over open-loop systems in testing accuracy, strain-rate sensitive materials, safety, and versatility.

Retrofitting material testing systems allows customers to save significant costs while benefiting from improved performance and functionality.

ADMET Product Development and Engineering teams have successfully designed custom material testing machines specific to customer needs.

Material testing provides quantifiable data on a material’s properties under specific mechanical and/or environmental conditions

This blog post covers testing for ASTM certification, situations faced by organizations to ensure their products meet the required standards, and checklists to verify compliance.

Compact tensile grips are required for small specimen testing or in test spaces where the vertical or horizontal space is limited.

ADMET offers specimen cutting dies for ASTM and ISO standards as well as custom dies per customer-specified dimensions.

A versatile testing system was engineered for a medical device consulting firm to run non-clinical bench testing on various orthopedic devices

Learn about the common test types and equipment that we recommend to test three different materials: foam, concrete, and elastomers.

Moving-body wedge grips are self-clamping grips where the grip body moves and jaws move only horizontally.

Material testing can be performed onsite, where the material is used in the assembly/making of the end-product or at a testing facility.

At ADMET, our goal is to ensure your expectations are met when partnering and making a purchase with us. To do so, we ask detailed questions about your test application in order to recommend a testing system that will meet your goals within an agreed upon time frame.

This post covers the different types of material testing equipment and goes over important points in equipment selection criteria.

Rotating Beam Fatigue testing allows researchers to perform fatigue testing at higher frequencies while saving capital expenses by purchasing a much simpler and more cost-effective test machine design compared to high capacity servo-hydraulic axial fatigue test systems.

Due to the COVID-19 pandemic, we understand that your operations may have changed. Your safety is of top importance to us. Read ADMET online training FAQs here.

Tensile grip jaw selection plays an important role for successful mechanical tests as if specimen slippage between the jaws occurs or if the specimen breaks or tears in the jaw area testing may need to be discarded.

Viscoelasticity Testing & Equipment of materials such as plastics, biologic tissues, synthetic fibers, polymers, and metals from ADMET.

When you work with ADMET, you work with sales professionals from engineering backgrounds that will help you find a solution to your testing needs.

This blog post covers some of the common questions on axial extensometers. The guidance is based on ADMET equipment.

In the aerospace industry, materials testing is critical in successful product development and implementation.

In addition to simple compression testing, testing standards such as ASTM C39, ASTM C109, ASTM C469, ASTM C1609 are among the test methods that can be followed to measure the mechanical properties of a concrete specimen.

Universal testing machines equipped with bend fixtures are used to calculate flexural modulus, flexural strength, yield point, and more. This blog post will discuss the equipment required for common testing standards as well as equipment available for less common testing applications.

The main advantage of the pneumatic mechanism is that samples are often clamped tighter, yet pressure can still be adjusted as required.

With all the options available, choosing the right accessories for your testing application can be more complicated than you think.

Find the right type of tensile grips for your testing application! This post discusses the different options available so you can make the best choice.

ADMET systems ship to your facility with assembly instructions, tutorials, and manuals. Training sessions are strongly recommended for customers who would like to use their system to the fullest.

Metal fabricators are challenged to provide materials to the automotive, aerospace, and construction sectors that have the right strength and ductility.

There are multiple costs associated with purchasing and operating a materials testing machine that should be considered prior to purchase.

What do you do when your outdated hydraulic materials testing machine breaks or your customer requires a test that cannot be performed with your existing system?

This post refers specifically to the mechanical property testing of implantable mesh and sutures used in surgical applications.