Instron Products
23 6 月, 2026
什么是质构仪？
质构仪测量定义产品感官、性能和耐用性的机械性能——从饼干的脆度到护肤霜的涂抹性。了解什么是质构仪、其工作原理，以及英斯特朗 (Instron) 万能材料试验系统如何提供比专用设备更高的灵活性。
19 5 月, 2026
通用西林瓶夹具 – 残余封口力测试
通过专为灵活性和重复性设计的夹具，简化多种尺寸西林瓶的残余封口力测试。通用西林瓶夹具有助于确保一致的对中和可靠的测量，同时减少设置时间和操作员差异。这是为寻求在不牺牲数据质量的情况下提高效率的实验室提供的实用解决方案。
12 5 月, 2026
为什么增材制造需要不同的力学测试方法
增材制造已远超原型制作阶段——但随着 3D 打印部件开始承担结构和安全关键角色，测试要求也随之发生了变化。孔隙率、各向异性和材料变异性意味着用于传统制造部件的方法并不总是适用。本文探讨了增材制造力学测试面临的独特挑战，以及严谨的测试方法在实践中是如何运作的。
22 8 月, 2025
如何将传感器连接到英斯特朗系统：四种方法
将第三方传感器和换能器（无论是用于力、应变、温度、压力还是位移）集成到 Instron 测试系统中，需要为您的设置选择正确的连接方法。本文涵盖了四种支持的方法：0–10V 模拟输入、在 Bluehill Universal 中具有自我识别和自动校准功能的合理化连接、针对非 Instron 换能器的自定义多项式校准，以及通过 HBM QuantumX MX430B 等第三方设备进行的数字数据输入。
12 6 月, 2025
发布者 埃里卡-德塞蒂
23 6 月, 2023
生物医学行业的力学测试
随着对生物医学设备需求的增长，制造商面临着在满足严格的 ISO 和 ASTM 标准的同时提高测试吞吐量的巨大压力。本文探讨了生物医学行业面临的主要力学测试挑战，从结果的变异性到职业健康风险，并研究了机器人和协作机器人自动化如何帮助实验室提高重复性、安全性和合规性。
12 6 月, 2023
CDMO 生物医学实验室实现高效力学测试自动化的 5 个步骤
随着对自动毁形注射器装置需求的增长，CDMO 实验室面临着在不牺牲准确性或重复性的情况下提高测试吞吐量的巨大压力。本指南介绍了选择、设置和充分利用基于协作机器人的力学测试系统的五个步骤——从评估实验室需求和选择合适的自动化方案，到优化数据收集和简化维护。
发布者 Nick Erickson
30 1 月, 2023
落锤冲击测试如何优化韧脆转变温度的测量
当塑料在低温下从韧性转变为脆性时，其后果可能是灾难性的——特别是在汽车和航空航天应用中。本文探讨了最新的落锤冲击测试技术（包括集成恒温环境箱和自动试样送料系统）如何克服传统基于低温恒温器调节的局限性，从而提供更快速、更准确的韧脆转变温度测量。
3 10 月, 2022
选择摆锤冲击试验机时的 5 大注意事项
汽车质量控制实验室在摆锤冲击测试方面面临着对吞吐量、准确性和灵活性日益增长的需求。本文涵盖了选择摆锤冲击试验机时需要考虑的五个最重要的因素——从锤头能量范围和整体式机架设计到集成热室和封闭式安全系统。
发布者 Francesca Pinto
29 6 月, 2022
Top Benefits of Semi-Automation for Materials Testing
Learn how a semi-automated testing system can help labs achieve improved throughput, efficiency, repeatability, and safety.
发布者 Nick Erickson
3 6 月, 2022
How To Decrease Variability in Test Results with Specimen Protect
Specimen Protect is a feature of 6800 Series universal testing systems and system retrofits that limits unwanted forces applied to the specimen during loading.
发布者 Nick Erickson
4 5 月, 2022
Drop Weight Impact Test: Top Tips for Accurate Results
Drop weight impact test calculations measure the toughness of polymers and composites used in many automotive and aerospace applications. Ensuring that these calculations are as accurate as possible is critical.
发布者 Nick Erickson
15 3 月, 2022
Using a 3-Jaw Chuck for Materials Testing
In this video Instron Applications Engineer, Charlie Pryor, discusses how a 3-jaw chuck is a useful accessory to have in the lab for compression, tensile, torsion, rigidity, and tack testing applications. Compatible with Instron MT torsion testers, universal testing machines, and the torsion add-on, the 3-jaw chuck can be used to mount a variety of attachments, including probes, screwdriver bits, custom-made adapters, and can even be used to clamp directly onto specimens.
发布者 Nick Erickson
17 1 月, 2022
Manual or Automatic Melt Flow Index Testers
Melt flow index testers come in all shapes and sizes, from completely manual machines to largely automatic solutions. Here we look at the main benefits of combining manual and automatic features within the same plastic melt flow index tester solution.
1 10 月, 2021
Pendulum Impact Testing Machine or Drop Tower
How to choose the correct Impact Testing Equipment for the application
23 8 月, 2021
Product Spotlight: Component Test Plate
In this video Instron Applications Engineer, Sammi Sadler, discusses a variety of ways the component test plate can be used to increase the versatility of your single and dual column universal testing systems. The component test plate is a drilled and tapped metal plate that gets mounted to the base of the testing frame. The entire surface is covered by an array of M6 threaded holes that make it ideal for performing tensile, compression, flexure, peel, and puncture testing on components and end products. It’s also commonly used to mount standard and custom grips and fixtures off-center.
24 5 月, 2017
When You Don’t Take Advantage of Software Updates
As Technical Support Manager at the Instron® corporate headquarters, I have answered my share of customer questions and hopefully brought more clarity to testing operators. Through this kind of customer exposure, my team and I are constantly taking note of feedback to make our products better. In particular, we receive calculation requests, discover bugs, and think of new features for our software products. As we develop and release software updates, many of these suggestions are added.
13 4 月, 2017
“触摸友好型”软件实际上是什么意思？
仅能在触摸屏上使用的软件与真正为触摸屏设计的软件之间存在显著区别。在打造 Bluehill® Universal 时，Instron 的全球软件开发团队致力于弥合这一差距——从头开始重新思考材料测试软件体验，以满足操作员在日常生活中形成的触控预期。
12 2 月, 2017
Traceability: What is it, and Why is it Important in Testing of Materials?
Instron Products Traceability: […]
31 8 月, 2016
What Value Does ISO 9001 Add?
Instron’s quality manual defines our commitment to provide customers with the best ownership experience through quality products, support, and service.
1 8 月, 2016
Non-Contacting Strain Measurement Techniques in Fatigue Testing of Polymer Matrix Composites
Non-Contacting Strain Measurement Techniques in Fatigue Testing of Polymer Matrix Composites
19 2 月, 2016
Penn State Students Receive a Behind-the-Scenes Tour
Penn State engineering students tour Instron manufacturing facilty
15 1 月, 2016
9 7 月, 2015
Building a Business Case for Modernisation: An Interview with Nick Shrubsall
Our own Nick Shrubsall, Product and Marketing Manager for Instron’s Dynamic Upgrades and Accessories business, talks to AZoM about their Lab Health Check campaign for upgrading old equipment and helping improve reliability, productivity and capability.
28 3 月, 2015
Future Engineers Taking a Hands-on Approach at WPI Using Instron Equipment
Instron Products Future Engine […]
18 3 月, 2015
Supporting Science, Technology, Engineering, and Mathematics (STEM) Programs
Instron Products Supporting Sc […]
23 2 月, 2015
The MPX Series of Motorized Pendulum Impact Testers: An Interview with Matthew Spiret
Instron Products The MPX Serie […]
10 9 月, 2014
7 8 月, 2014
25 2 月, 2014
Software Module Increases Test Frequency for Fatigue Testing of Composites and Polymers
Instron Products Software Modu […]
6 3 月, 2012
6 3 月, 2012
24 1 月, 2012
11 1 月, 2012