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TestMaster AT3
The Instron® TestMaster AT3 (tensile) and AT3+ (flex) Automated Testing System utilizes an innovative design for the automatic tensile and/or flexural testing of plastic specimens. Meeting the testing requirements of ASTM D638 and D790, ISO 527 and 178, as well as other testing standards, this system offers many of the benefits of our robotic AT6 systems, but in a smaller footprint.
製品 05/19/2015 2.28 MB
2701 221 Specimen Holder
he combined specimen holder and specimen alignment device (patent pending) is an optional item for 2712-04X pneumatic side-action grips. The spring-loaded grippers hold the specimen while the operator closes the grips prior to starting the test. This avoids the pinch hazard associated with manually holding the specimen near the jaw faces during grip closure. The built-in adjustable specimen centering device ensures repeatable alignment and speedy operation.
製品 05/06/2015 199.19 KB
ISO 6892: Metallic Materials for Tensile Testing
The new ISO 6892:1-2009 (Metallic Materials – Tensile Testing – Part 1: Method of Test at Room Temperature) is a significant event for anyone performing tensile tests on metallic materials. The new standard replaces both the previous version of ISO 6892 and the widely-used EN 10002-1:2001 standard.
Whitepapers 04/20/2015 380.15 KB
ISO 6892: Metallic Materials for Tensile Testing
The new ISO 6892:1-2009 (Metallic Materials – Tensile Testing – Part 1: Method of Test at Room Temperature) is a significant event for anyone performing tensile tests on metallic materials. The new standard replaces both the previous version of ISO 6892 and the widely-used EN 10002-1:2001 standard.
Whitepapers 04/20/2015 380.15 KB
System Compliance and ISO 6892-1:2009 Method A
With the introduction of ISO 6892-1:2009, the principle of maintaining tight tolerances on the specimen strain rate during the
test, to improve consistency of results, became more widely adopted. Previously, methods of this type had been mainly used
within the aerospace industry. The method for maintaining the specimen strain rate in this manner is commonly referred to as
“Method A”. The new ISO 6892-1:2009 standard supersedes both ISO 6892:1998 and EN 10002-1:2001, the testing
procedures from these standards, stress rates with a strain rate limit, remained in what is known as “Method B”.
Whitepapers 04/13/2015 138.5 KB
Steel Rebar: A Tensile Testing Guide
Mechanical testing requirements for rebar can vary, but typically fall into the basic test categories of tensile, bend, compression, and fatigue. This document will focus primarily on the very common, yet sometimes challenging, tensile test.
Whitepapers 03/31/2015 552 KB
TrendTracker Software Visualization Capabilities
Technical brief to educate customers on the use of visualization features within TrendTracker Software for Quality Control.
製品 03/10/2015 789.39 KB
TestProfiler Press Release
Instron, a leading provider of testing equipment designed to evaluate the mechanical properties of materials and components, offers a completely redesigned TestProfiler functionality in Bluehill® 3 Software.
Press Releases 01/14/2015 109.32 KB
Keele Unviersity Case Study
Instron partnered with Keele University to replace their home-grown solution for a more complex system to perform hydrostatic stimulation on cells and tissues.
Case Studies 12/19/2014 42.47 KB
SVE 2｜非接触式ビデオ伸び計 データシート
接触式伸び計は高精度なひずみ測定が可能である一方、ナイフエッジによる試験片への影響や滑り、破断時の試験片損傷、可動部品の摩耗などにより、結果に悪影響を及ぼす場合があります。こうした背景から、Instron®は1991年に初のビデオ伸び計を導入しました。最新の標準型ビデオ伸び計（SVE 2）は高性能な非接触式伸び計で、ゴム、軟質プラスチック、エラストマーなど、破断ひずみの大きい材料の一般的な用途に最適です。さらにSVE 2は、室温および温度条件下の用途に適した、さまざまな視野（FOV）でご利用いただけます。
製品 12/11/2014 809.61 KB