LabsCubed Knowledge Hub

Learn how automated rubber tensile testing machines improve throughput, repeatability, and ASTM D412 compliance in modern testing laboratories.

Learn how a universal testing machine works, what tests it performs, key specifications to evaluate, and how automation improves materials testing workflows.

Choose the right tensile strength tester for plastics or rubber QA. Compare manual vs. automated systems, key specs, and ROI. Get a quote from LabsCubed.

Tensile test of composite materials made simple: specimen prep, fixtures, standards, and how automation cuts variability. See the guide and run cleaner tests.

Choose a universal testing machine for rubber: grips, force ranges, and automated workflows that cut variability. See how LabsCubed automates rubber QA.

ASTM D3039 measures composite tensile properties. See specimen prep, grips, automation, and how Cube cuts variability. Get a demo from LabsCubed today.

Learn how robotic material testing improves throughput, repeatability, and data traceability in plastics, rubber, and composite laboratories.

Learn how automated tensile testing improves throughput, repeatability, and data traceability in plastics, rubber, and composite testing labs.

Learn the key composite material testing methods, ASTM standards, and how automation improves throughput, repeatability, and data quality.

Learn how to choose the right tensile testing machine for plastics and rubber, and how automation improves throughput and repeatability.

Polymer tensile test guide: ASTM D638, ISO 527, dog-bone specimens, common mistakes, and how automation cuts operator variability. Get the full procedure.

Learn polymer mechanical testing methods, ASTM standards, and how automated systems like LabsCubed's Cube reduce variability in plastics and rubber QA labs.

Robotic lab automation is changing how plastics and rubber QA labs operate. Learn how to automate ASTM tests, cut variability, and scale testing throughput.

A practical guide for QA labs on choosing plastics tensile testing equipment—covering force range, grips, standards, and when automation pays off.

Learn how automated ASTM D638 testing systems help plastics labs triple specimen throughput, eliminate grip errors, and run tests unattended overnight.

Discover how materials testing automation helps plastics and rubber labs reduce manual errors, triple throughput, and meet ASTM standards — without adding headcount.

Mastering ASTM D790 & ISO 178: Why the Future of Flexural Testing is Horizontal Stop wasting time on manual grip changes and calibration. Learn the essentials of plastic flexural testing and discover how CubeFlex is revolutionizing the lab with automated, horizontal 3-point bending.

Explore the fundamentals of fatigue testing for rubber compounds, from traditional to 3D printed materials. A guide for materials engineers and lab managers on ensuring long-term performance and durability.

Discover how environmental conditions like temperature and humidity impact the tensile strength of plastics, including 3D printed parts. Essential insights for R&D managers and lab supervisors in plastics testing.

This article explains the importance of understanding and utilizing tensile testing data for better material selection. It highlights how raw test data, particularly the stress-strain curve, provides crucial material properties like ultimate tensile strength, yield strength, elongation at break, and Young's Modulus.

This article introduces tensile testing, its applications, common laboratory challenges, and practical solutions for obtaining accurate results.