Soil Automatic Triaxial Compression Testing Machine High Multi 2 [Quadruple the Efficiency of Triaxial Testing!]
MIS-235-1-78 Soil Automatic Triaxial Compression Testing Machine "High Multi 2"
Automatic triaxial testing machine compatible with φ75mm specimens and simultaneous loading of 4 samples! Achieves compatibility with a wide range of sample types and four times the testing efficiency!
The new model "High Multi 2" has arrived, which shortens the testing time to 1/4 compared to the conventional series through simultaneous testing of four specimens, and also reduces running costs! It is now compatible with φ75 mm specimens, enabling speedy processing of a wide range of tests! The tests are automatically controlled from a computer, eliminating individual measurement errors and enhancing data reliability. Additionally, unmanned testing at night can be set up, further improving operational efficiency. Furthermore, the compact design with four integrated cells helps make effective use of laboratory space. 【Features】 ■ Expanded testing range with simultaneous loading of four specimens and compatibility with φ75 mm specimens ■ Space-saving design that can be installed in various locations ■ Automatic transition from consolidation tests to shear tests *Please refer to the PDF data of the "High Multi 2" catalog available for download.
Inquire About This Product
basic information
【Other Features】 ● Compatible with φ75mm specimens, expanding the range of tests ● Standardized operating procedures make handling easy ● Unmanned testing is possible from the consolidation process to the end of axial compression ● Multi-series loading can be conducted at the same location as the consolidation test ● Nighttime testing can be conducted unmanned, reducing test time and costs ● Operable even by non-experts, making it rational without selecting testers *Please refer to the PDF data of the "High Multi 2" catalog available for download.
Price information
Please contact each sales office for product pricing.
Delivery Time
Applications/Examples of results
・JGS 0521 "Unconsolidated Undrained (UU) Triaxial Compression Test Method for Soil" ・JGS 0522 "Consolidated Undrained (CU) Triaxial Compression Test Method for Soil" ・JGS 0523 "Consolidated Undrained (CU) Triaxial Compression Test Method for Soil" ・JGS 0524 "Consolidated Drained (CD) Triaxial Compression Test Method for Soil"
Detailed information
-
The "High Multi 2" expands the range of tests with simultaneous loading of 4 specimens and compatibility with φ75 mm test specimens, reducing the testing time to one-fourth and allowing for a wide variety of tests to be processed quickly.
-
Space-saving and suitable for any installation location The "High Multi 2" features a compact and smart design, making it suitable for any installation location. Additionally, it is equipped with casters for easy mobility, allowing for simple layout changes in the testing room and effective use of space.
-
Automatic transition from consolidation test to shear test "High Multi 2" is designed to perform all processes, except for saturation work, under computer-controlled automation. All procedures after setting the specimen and saturation can be carried out unattended. It can operate unattended at night, enabling efficient testing.
catalog(3)
Download All CatalogsCompany information
Marui is promoting the development of new testing equipment and the automation of testing devices through the introduction of cutting-edge technology, and has released the automatic pressure testing machine "Hi-ACTIS-2000," a concrete freeze-thaw testing device, and the specimen surface polishing machine "Haikenma Tsuru Tsuru." Additionally, the simple ground bearing capacity measuring device "Caspole," developed through collaboration between government, academia, and the private sector, is also a significant achievement. To continue making further advancements as a comprehensive testing machine manufacturer that creates an environment for the 22nd century, and to meet our customers' expectations, we will continue to make even greater efforts.