LabsCubed Knowledge Hub
Here, you'll find comprehensive articles and resources on tensile testing and laboratory automation. We share insights on how to implement automated solutions to save time, achieve higher data consistency, and effectively minimize human error in your lab operations.
Universal Testing Machine: Complete Guide to Specifications, Applications & Automation
Learn how a universal testing machine works, what tests it performs, key specifications to evaluate, and how automation improves materials testing workflows.
Tensile Strength Tester: A Buyer's Guide for QA Labs
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: A Practical Guide
Tensile test of composite materials made simple: specimen prep, fixtures, standards, and how automation cuts variability. See the guide and run cleaner tests.
Universal Testing Machine for Rubber: 2026 Buyer Guide
Choose a universal testing machine for rubber: grips, force ranges, and automated workflows that cut variability. See how LabsCubed automates rubber QA.
ASTM D3039: How to Test Composite Tensile Properties
ASTM D3039 measures composite tensile properties. See specimen prep, grips, automation, and how Cube cuts variability. Get a demo from LabsCubed today.
Polymer Tensile Test: Procedure, Standards & Automation
Polymer tensile test guide: ASTM D638, ISO 527, dog-bone specimens, common mistakes, and how automation cuts operator variability. Get the full procedure.
Polymer Mechanical Testing: Methods, Standards & Automation
Learn polymer mechanical testing methods, ASTM standards, and how automated systems like LabsCubed's Cube reduce variability in plastics and rubber QA labs.
How Temperature and Humidity Affects Tensile Strength in Plastics
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.
Lab Automation Robotics for Plastics and Rubber QA Teams
Robotic lab automation is changing how plastics and rubber QA labs operate. Learn how to automate ASTM tests, cut variability, and scale testing throughput.
Composite Material Testing: Methods, Standards, and Automation
Learn the key composite material testing methods, ASTM standards, and how automation improves throughput, repeatability, and data quality.
Tensile Testing Machine Guide for Plastics & Rubber Labs
Learn how to choose the right tensile testing machine for plastics and rubber, and how automation improves throughput and repeatability.
How to Choose Plastics Tensile Testing Equipment
A practical guide for QA labs on choosing plastics tensile testing equipment—covering force range, grips, standards, and when automation pays off.