TA Instruments Japan List of Products and Services

The DMA 850 is the world's most powerful dynamic mechanical analysis device. With its non-contact low-mass motor and frictionless low-compliance air bearing design, it accommodates the measurement of all materials, from flexible to rigid. Its unique optical encoder technology and DirectStrain function allow for precise measurement of a wide range of sample stiffness and frequency. The new "app-style" touchscreen and TRIOS software make it easy to obtain excellent data.

The "RSA-G2" is a measurement device with outstanding performance in solid viscoelastic analysis. By separating the motor and transducer, this product ensures pure mechanical analysis data through independent deformation control and stress measurement. In addition to providing accurate DMA measurements, it is capable of various measurements such as creep/recovery, stress relaxation, constant strain, and fatigue testing. It can also function as a dielectric measurement device (DETA), allowing for independent measurements as well as simultaneous dielectric and viscoelastic measurements. 【Features】 ■ Individual measurement of stress and strain ■ Guarantees pure mechanical analysis data ■ Capable of a wide range of applications from research and development benches to quality control ■ Various measurements are possible ■ Simultaneous measurements of independent and dielectric measurements with viscoelastic measurements are also possible *The comprehensive catalog can be downloaded from this page. The individual product catalog is only the cover, so if you would like the complete version, please contact our sales representative.

Features and Benefits - Patented linear motor and high-resolution displacement sensor provide excellent data through control over a wide range of loads, displacements, and frequencies. - Extremely durable, frictionless motor with a 10-year warranty allows for maintenance-free and reliable operation. - High load capacity of 500N enables testing of larger samples or final products under actual conditions by achieving higher load levels in DMA and fatigue analysis. - Force Convection Oven (FCO) offers excellent control and responsiveness over a temperature range of -150 to 600°C. - Large Sample Oven (LSO) accommodating a temperature range of -150 to 315°C features spacious design for testing large samples or components. - Air Chiller System (ASC) utilizes unique gas flow cooling for low-temperature testing without liquid nitrogen, eliminating potential hazards in the lab while achieving remarkable return on investment. - Extremely robust test frame and air bearings ensure the highest precision results for high-rigidity samples.

This is a material testing machine that uses linear motors manufactured by Bose Corporation, known for its audio equipment. It can conduct low-load tests more accurately across a wide range from low to high speeds. - The linear motor comes with a 10-year warranty and is maintenance-free. - Maximum frequency: 300Hz (for the 3200 series). - Ideal for low-load testing as there are no bearings or seals in the drive unit. - Usable in clean rooms. Here are the features of the ElectroForce 5500! - The smallest TA device. - In addition to tensile/compression/three-point bending, it can also perform viscoelastic/fatigue/immersion tests. - Fatigue testing can be conducted with loads that simulate human walking. - Up to 24 specimens can be measured simultaneously.

Our company is engaged in the development and sales of various devices for thermal analysis, rheology, microcalorimetry, and mechanical analysis, boasting numerous installations worldwide. Currently, we are offering a "technical document" that provides a brief explanation of representative DSC, MDSC, DMA, etc., used for the property analysis of thermoplastic and thermosetting resins! [Overview of Contents] - The effect of thermal annealing on CFRTP (carbon fiber-reinforced thermoplastic resin) - Analysis of glass transition and curing using Modulated DSC - Determination of the glass transition temperature of resins through viscoelastic measurements - The impact of plasticizer addition on polyvinyl chloride *Please view the document by clicking the "Download" button. Feel free to contact us with any inquiries.