If 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. […]
Hardness testing is one of the fastest ways to confirm material condition in QC, R&D, and teaching labs. The problem is not getting a hardness number. The problem is getting a number that is consistent, comparable, and useful for a […]
How much time does your lab spend after the test: rebuilding methods, double-checking signals, and turning raw data into a report you can actually use? In QA/QC and repeatable R&D work, the bottleneck is usually everything around the run: method […]
At 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 […]
In 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 […]
For 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 […]
Material 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 […]
If 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 […]
Having 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 […]
Metallography reveals how a material is built inside. Grains, phases, inclusions, and pores shape real performance. You only see them truthfully when the surface is prepared correctly. Every step matters because each one fixes damage from the previous step. The […]