High-Precision Displacement Measurement
Micro Strain Tester
Micro Displacement and Test Forces Controlled and Measured to High Precision In recent years, devices and components have become increasingly downsized and are being mounted at higher densities due to the trend towards thinner, lighter and smaller electronic devices equipment. Accompanying this, in the field of strength evaluation testing, there has been an increasing need for testing machines that can control and measure displacement and test forces on micro samples in the several µm or several mN micro regions and that can evaluate strength to high precision. The Shimadzu Micro Autograph MST-I has been developed and put onto the market in response to this need for a micro strength evaluation testing machine primarily in the electronic components sector. * The photograph shows the table, stereo microscope, micro-chuck, and PC options.
A high-precision linear sensor ensures high displacement measurement precision (displacement display resolution of 0.02 µm, and displacement measurement precision of ±0.2 µm up to 5 mm displacement).
Measurement of Micro Test ForcesA wide range of load cells from 0.5 N to 2 kN assures a testing force measurement precision of ±1 % from a minimum load of 2 mN.
High-Rigidity FrameThe frame has an extremely high rigidity of 45 kN/mm so that highly reliable micro displacement measurement can be performed.
News / Events
Shimadzu's New HMV-G30 / HMV-G31Series Micro Vickers Hardness Testers Include New Data Protection Functions and a Model Equipped with a Color Camera
Shimadzu micro Vickers hardness testers are equipped with excellent automatic reading functions and visually straightforward, convenient software. In addition, an extensive lineup of options is available to accommodate a variety of needs.
AUTOGRAPH AGX-V Series Video are now available.
Shimadzu's New AGX-V Series Autograph Universal Testing Machines Achieve World's Highest Performance Levels
This is the 100th anniversary of manufacturing Shimadzu testing machines.
The AGX series is the culmination of the further evolution of the AUTOGRAPH based on our wealth of experience and achievements
Evaluation of Dynamic Deformation Behavior of LPSO Type Magnesium Alloy by AE Method and High Speed Camera
Automobile Evaluation Instruments Brochure is now available.
Amino acid composition analysis has traditionally been conducted for protein quantitation and peptide structure prediction. Its use has also extended in recent years to the quantitation of such functional components as branched chain amino acids (BCAA). Previously, in Application News No. L432 and L437, we introduced examples of analysis of amino acids subjected to fluorescence derivatization using o-phthalaldehyde (OPA) using the SIL-30AC. Here, we introduce an example of fast analysis of amino acids in proteins.