A Universal Testing Machine (UTM), also known as a tensile testing machine or tensile tester, is an electromechanical system that applies tensile force to materials or components. These universal tensile testing machines are crucial for determining both tensile and compressive strength. They are widely used for small and large load testing in quality control and research, providing essential data for materials testing. Shimadzu has over 100 years of experience as a world-leading manufacturer of high-quality materials testing equipment. We offer a comprehensive product lineup to perform static testing, including various forms of tensile testing, compression, bend, peel, tear, shear, friction, and puncture tests. Our range of universal tensile testers includes the latest AGS-V and the AGX-V2 series, our flagship models known as the industry's best-performing autograph precision universal tester. The AGS-X series offers a compact yet fully functional tabletop precision universal tester. For ease-of-use and efficient testing, we have the EZ Test compact tabletop tester. Finally, the UH-X/FX series provides eco-friendly and user-friendly hydraulic universal tensile testing machines. Learn more about our full lineup below.
Shimadzu Material Testing Instruments — FAQ
What categories fall under Shimadzu Material Testing Instruments?
Material testing includes universal testing machines (UTM), hardness testers, fatigue testers, impact testers, micro‑testing devices, thermal analyzers, non‑destructive testing systems, and specialized testing accessories.
What are common applications of material testing?
Tensile, compression, bending, shear, peel testing, impact strength, fatigue analysis, creep testing, hardness measurement, and characterization of metals, plastics, composites, films, adhesives, textiles, and biomaterials.
What types of Universal Testing Machines (UTM) does Shimadzu offer?
Electromechanical UTM for low to high‑capacity static tests, servo‑hydraulic systems for dynamic and fatigue testing, micro‑force testers, and fully automated systems for production and quality control.
What standards do Shimadzu material testing instruments support?
ISO, ASTM, JIS, DIN, EN, and industry‑specific test standards depending on the application (plastics, metals, medical devices, textiles, packaging, etc.).
What hardness testing solutions are available?
Systems for Vickers, Knoop, Rockwell, Brinell, and micro‑hardness testing with manual, semi‑automatic, and fully automated imaging and indentation analysis.
What fatigue and dynamic testing options exist?
Servo‑hydraulic, electromagnetic, and high‑cycle fatigue systems for low‑cycle fatigue, crack growth, fracture mechanics, and long‑term cyclic testing.
What accessories are needed for specific tests?
Grips, fixtures, extensometers, temperature chambers, compression plates, peel jigs, puncture fixtures, impact pendulums, and various environment‑controlled accessories.
What environmental testing capabilities are available?
High‑temperature ovens, cryogenic chambers, humidity‑controlled enclosures, and combined thermal–mechanical test setups.
What software does Shimadzu provide for material testing?
TRAPEZIUM™ testing software for standard, multi‑step, cyclic, and advanced methods, including automated reporting, statistics, compliance controls, and secure data management.
Can Shimadzu systems generate automated reports?
Yes—reports can include stress‑strain graphs, modulus values, break points, comparison plots, compliance signatures, and user‑defined layouts in PDF, CSV, or custom formats.
Do instruments support compliance and data integrity?
Yes—controlled access, audit trails, result tracking, method version control, and 21 CFR Part 11‑compliant data handling are available depending on software package.
What sample preparation is required?
Cutting, machining, molding, polishing, conditioning (temperature/humidity), and mounting depending on material type and test standard.
How accurate are Shimadzu material testing instruments?
Machines offer high precision load cells, low‑noise electronics, high‑resolution crosshead positioning, and ISO 7500‑1 / ASTM E4 traceable calibration.
