We at NextGenTest want our amazing, sustainable, tested and approved product to be readily available to you. To better serve you and all our devoted customers we accept virtually all forms of payments This includes Wire Transfers, Corporate Cheques, and Visa / MasterCard payments (1.5%-3.0% processing fees apply to Credit Card Payments). We believe that the best products should not be hard to obtain, which is why we are making them easily accessible through NextGenTest.***
***Please note: American Express is currently not accepted by NextGen Material Testing, Inc. We apologize for any inconvenience.***
Please visit nextgentest.com for our full line of products and services and start your order today!
Why Material Test Results Fail Audits: Equipment-Related Root Causes Labs OverlookIf your lab has ever been told “your equipment is calibrated” and still walked out of an ISO/IEC 17025 or customer audit with findings, you’re not alone. Calibration certificates are important, but they’re not the same thing as audit readiness. Auditors aren’t only checking whether a sticker is current — they’re looking for evidence that your measurement system remains reliable between calibrations, that your equipment is fit for the way you use it, and that your data can be trusted end-to-end. That’s where many labs get caught. A force system can be calibrated and still drift under real operating conditions. A test frame can meet force requirements while quietly introducing displacement error through compliance. A perfectly good load cell can...Read the articleWhy Cheap Testing Machines Become Expensive Over TimeAt first glance, the offer may sound reasonable. The machine looks almost new, the price is far below market, and the seller insists it works perfectly. For many companies, especially under budget pressure, the savings seem too good to pass up. But testing equipment is not something you can cut corners on without consequences. It’s not a secondary tool. It’s the foundation of quality control. When testing fails, mistakes follow, often with much greater impact. At NextGen Material Testing, we work with clients who face this every day. Some bought discounted machines that appeared reliable at first. Later, the problems started. Readings turned out to be false. Test results were rejected. In some cases, entire production lots were compromised. This...Read the articleWhy Calibration Certificates Matter More Than You ThinkIn many production environments, calibration certificates are seen as optional paperwork. Internal labs often run tests using their own machines, assuming accuracy by default. This mindset is common where companies aim to cut costs or avoid downtime. But skipping proper calibration creates silent risks. Measurements drift. Tolerances tighten. One missed verification can lead to failed audits, rejected batches, or even lost contracts. If a customer asks for traceable results and you can’t provide proof, the deal is gone. If a regulator inspects your equipment and finds outdated documents, your operations stop. These aren’t rare scenarios. They happen more often than most teams expect. That’s why valid calibration isn’t just a box to tick. It’s a...Read the articleEquipment Maintenance in Material Testing: Why It Cannot Be IgnoredFor many manufacturers, test equipment is treated as a one-time investment. It arrives calibrated, runs properly, and quietly performs its tasks in the background. That is, until the first unexpected malfunction forces production to stop. Neglecting maintenance rarely creates problems overnight. Instead, it builds invisible risks: undetected wear in actuators, drift in load cells, outdated software, and missing calibration records. When these risks surface, they do so at the worst possible time — during certification audits, customer validation, or peak production cycles. What initially looked like a cost-saving decision quickly turns into an expensive recovery process. Retesting, rescheduling, replacing damaged components, or losing product batches...Read the articlePortable On-Site Material Testing: What It Is and How It WorksMaterial testing often brings to mind sterile labs and rows of machines operated by experts in coats. Precision matters, and controlled environments help deliver it. Still, not all testing happens behind glass doors. Increasingly, it’s done right where materials are used: at construction sites, along pipelines, or inside factories. This is called portable on-site material testing, sometimes referred to as field or mobile testing. The idea is simple: bring the tools to the job instead of sending samples away. Using portable devices, technicians can measure strength, composition, or defects on the spot, whether it’s checking a steel beam, analyzing soil, or verifying welds. Results come faster, decisions follow sooner. In this article, we’ll look at...Read the articleMacrohardness vs. Microhardness Testing: What They Are and How They WorkIf you've worked with hardness testing, you've likely come across the terms "microhardness" and "macrohardness." They show up in datasheets, testing specs, and lab reports. Still, it's not always clear what separates the two — or when one is better than the other. Both belong to a broader category known as indentation hardness testing, a method used to assess how materials respond to pressure from a sharp or rounded object. Microhardness and macrohardness approaches were developed to deal with very different scales and sample types, from polished coatings to structural steel. At first glance, the difference seems simple. But there's more to it than load size or indent depth. This article breaks down what micro- and macrohardness testing actually...Read the articleMeet NG-AutoPol – Automatic Longitudinal Polisher for Tensile SpecimensHaving trouble achieving consistent surface finishes on your tensile or fatigue specimens? Even the most precise machining can leave subtle marks and residual stresses that influence test results. When every micron matters, surface preparation becomes more than just a step — it defines the reliability of your data. That’s where NG-AutoPol comes in. This automatic longitudinal polisher system brings precision, repeatability, and ease of use into one complete solution. Designed for both cylindrical and flat tensile specimens, it minimizes residual stress and provides a uniform finish for accurate tensile and fatigue testing. In this article, we’ll take you through everything you need to know about the NG-AutoPol — what longitudinal polishing systems...Read the articleMeet GenElm: Elmendorf Tearing Tester for Films, Paper, and TextilesIf your laboratory has been looking for a dependable Elmendorf tearing tester for films, paper, textiles, nonwovens, or thin foils, we have important news. Our equipment line has expanded with a system built to measure tear resistance for both research and daily quality control. We are introducing the GenElm Series Elmendorf Tearing Tester, available in 64 N and 128 N models. This instrument meets international testing standards and provides the technical capabilities that modern laboratories require. This overview looks at the GenElm Series from several sides: how the Elmendorf method works, what the system offers in features and specifications, and the materials and standards it is designed to work with. What The Elmendorf Method Measures The...Read the articleThe Process of Certification for Mechanical Material Testing EquipmentMechanical testing machines such as tensile testers, hardness systems, and impact testers form the backbone of material evaluation. Industries rely on them to confirm strength, durability, and performance. Yet one key question arises: how do we know these machines are giving results we can actually trust? The answer lies in certification. When a testing system is certified, its accuracy and consistency are confirmed against recognized standards like ASTM, ISO, or EN. Some machines leave the factory already certified, while others require additional verification over time to stay compliant with international requirements. The following sections outline how certification is carried out in practice, from the principles behind it to regional frameworks...Read the article