Newsletters

   
Issue 1: Overcoming Challenges of Biomedical Torsion Testing Issue 2: Best Practices for Measuring Strain
Issue 3: Data Integrity for 21 CFR Part 11 Issue 4: Preparing for Surgery with Materials Testing
Issue 5: Simulating Real world Use of Auto-Injectors To ISO 11608-5  

   
Issue 1: Fatigue Testing of Composites  Issue 2: Double Beam Shear
Issue 3: Standards and Optimization Issue 4: Testing Challenges & Resources
Issue 5: New Developments in Testing Issue 6: Advances in Analysis and Automation
Issue 7: Technique Updates Issue 8: Advancements in Composite Applications
Issue 9: Testing and Strain Measurement
 Issue 10: Composite Laminate Testing Essentials On-Demand Webinar


 
   
Issue 1: Overcoming Strain Challenges  Issue 2: Overcoming Challenges in Sheet Metal Testing
Issue 3: Changes to ISO 6892-1:2016

Issue 4: Thermo-mechanical Fatigue, Automation, and Impact
Issue 5: ASTM A370 - Challenges and Changes  
 
 
 
 
 
 
 
 

   
Issue 1: Taking Control of Your Results  Issue 2: Understanding a Changing Landscape          
Issue 3: Are Your Experiencing Variation or Unexpected Calculation Results?  


Patient’s Own Tissue Repairs Torn Ligaments Characterizing Spinal Range of Motion for Development of Improved Devices
Materials Testing Explored in High School Specimen Slippage and Gripping Tips
MacGyver-Style Leg Brace May Reduce Amputations CASE STUDY: Formula 1 What's Inside Your Arteries? Testing Could Reveal Your Risk of Stroke
Recent Testing Uncovers Titanic’s Mystery Protecting Our Environment: Reducing Waste in Landfills
Lab-Grown Tissue From CO2 to Solid Rock
The Science Behind Superhuman Strength The Sound of Quality
The Bridge to Safety Hidden Sensors Provide Extra Safety
The Impenetrable Ship Indicating the Correct Gauge Length of Your Specimen Using Grips in a Low Temperature Chamber
Hardness Testers: Closed-Loop or Deadweight? Protect Your Investment with Proper Use of Grip Accessories
Study Reveals Benefits of Video Extensometers Impact Testing
ASTM E18-07: New Changes will Affect Your Rockwell Hardness Indenters
 Biomedical Testing
Hardness Testing New Resources for You
Plastics Testing Receive the Highest Quality Test Results
Metals Testing Academic Testing 3M Ensures Quality Under Different Test Conditions
Materials Testing for Young Minds Why Alignment is Important in Tensile Testing
Biomedical Testing Differences in Mesh Materials for Hernia Repair Hardness Testing
Differences between Calibration and Verification Research Institute Partners with Private Steel Company
Tower of Babel: Testing the Possibilities Green Plastic: The Garbage Dump Killer
Biomedical Testing A New 'Hip' Material Biomimetic Muscles: New Possibilities from Spider Silk
Growing Your Own Packaging Ouch, That's Gonna Leave a Bruise
The Burj Khalifa – Cast in Concrete Full Fluid Jacket – Liquid Body Armor
Advances in Crash Testing Geomembranes - Protecting Our Water from Our Waste
Importance of Testing in an Ever-Changing World Graphene - The Miracle Material?
Project 2.6g 329m/s Liquidmetal – Not Just for Terminators
Year at a Glance - 2011 Predicting the Properties of Virtual Materials
Hobas Pipe USA Installs Giant Custom-Built Instron Frame Bamboo Bikes – A “Growth” Industry
Ah, Summer – The Ping of the Bat Damascus Swords - An Ancient Advanced Material
Niagara Prosthetic Foot: Material and Structure Working Together Biomimetics – Material Structure in Nature
The Difference is Measurable – Measurement Uncertainty in Calibration Materials in Space
A New Long-Term Bypass Solution How Safe and Durable is your Equipment
Year at a Glance - 2013 The Truth About Strain Gauge Load Cells vs. Pressure Transducers
Backward Strain at Yield — Discontinuous Yielding / YPE Material TechNotes: Year in Review 2015
   
Screw Action Grips & Compliance Non-Contact Extensometry & Strain
Wood Fixtures & Gripping Solutions Part I  BioBath & Gripping Solutions Part II
Versa Channel & Gripping Solutions Part III  Food Testing Accessories
Elastomer Testing Accessories Polymers Testing Accessories
Testing Metals Part I Fatigue-Rated Grips
Bluehill & WaveMatrix Software New Pneumatic Grips
Biomedical Applications Part II Pneumatic Grips - Help Safety & Ease of Use 
Optimizing Specimen Alignment 5th Edition Accessory Catalog 
Food Testing Accessories Accessories for Composite Testing
New Accessories for Biomedical Applications 1000°C Furnace & Accessories
Pneumatic Grips - Help Productivity & Repeatability  Making Testing Easier Part II - Gripping 
Bluehill 3 - Simplicity with Power  Accessories to Improve Productivity & Repeatability
Accessories for Elastomeric Testing  The Next Generation Non-Contacting Extensometer
Biomaterial Testing Accessories The Art of Biaxial Extensometry
Making Testing Easier Part I - Fixturing  AutoX750 Digital Automatic Extensometer
Bluehill 3 - Adding More Capability Accessory to Simulate Torsion Application
Precision Manual Wedge Grips Upgrade Your Old Side Acting Grips
Efficiently Manage Your Test Data Grip Slippage, Wedge Grips for Composites, High Throughput, and more
AVE2 Non-Contacting Extensometer: Accuracy with Versatility Touch: A New But Familiar way to Interact With Your Universal Testing Machine 
Control Your Testing Environment with 3119-600 Series Chambers 3 Ways Bluehill® Universal Saves You Time
Introducing the New Accessories Catalog The Product Life Cycle
Bluehill Universal: Advantages of Upgrading Is it Time to Upgrade Your Environmental Chamber?
Bluehill Universal Version 4.08 Which Extensometer is Right for You?
Biomedical Applications Part I FDA 21 CFR 11 Software Solution
Testing at Non-Ambient Temperatures Security and Traceability in Bluehill Universal
The Benefits of Instron's Side-Acting Pneumatic Grips 

What Does a Video Extensometer Bring to your Universal Testing Machine?
 Materials and Applications Solutions Part 1 of 3