低域微小振動検出器(3軸微振動計)/ MC53-2205BS
低周波数の微少振動測定用
●3方向のサーボ型検出器を用いて、X,Y,Zの微少振動を測定 ●測定モードは、加速度・速度・変位を切り替え可能です。 ●建造物の常時微動などの微振動の測定に ●半導体製造工場など振動を嫌う床面の測定に ●電子顕微鏡の超高分解能を活かすため設置時の環境測定に ●精密加工を行う工作機械の設置架台の振動計測に
- Company:シロ産業
- Price:Other
Last Updated: Aggregation Period:Dec 31, 2025~Jan 27, 2026
This ranking is based on the number of page views on our site.
Last Updated: Aggregation Period:Dec 31, 2025~Jan 27, 2026
This ranking is based on the number of page views on our site.
Last Updated: Aggregation Period:Dec 31, 2025~Jan 27, 2026
This ranking is based on the number of page views on our site.
1741~1755 item / All 3498 items
低周波数の微少振動測定用
●3方向のサーボ型検出器を用いて、X,Y,Zの微少振動を測定 ●測定モードは、加速度・速度・変位を切り替え可能です。 ●建造物の常時微動などの微振動の測定に ●半導体製造工場など振動を嫌う床面の測定に ●電子顕微鏡の超高分解能を活かすため設置時の環境測定に ●精密加工を行う工作機械の設置架台の振動計測に
Small Electric Tension Compression Testing Machine (10N to 50N) with Calibration Certificate / Model Number M2749VZ-S201F-5R1M
This is a compact tensile and compression testing machine capable of measuring various loads up to a maximum load of 2 kN.
This machine is a dial indicator shore hardness tester that is widely used.
The mechanism uses a diamond hammer that is longer and heavier than type C, with a drop height set at 19, generating an impact energy nearly equal to that of type C. The rebound is captured at its highest point, and the hardness value Hs is automatically indicated on the dial.
Compliant with 【JIS A 1108】. Compatible with high-strength concrete! Individual differences in data collection by operators have been eliminated, enabling unified quality control.
The "HAC-2000SIV" is a high-strength compression testing machine that allows test forces to be read in both analog and digital formats using a large-scale measurement control device. To accommodate high-strength concrete compression tests, the frame rigidity has been enhanced, and it employs an electric hydraulic servo system with automatic load control via a microcomputer. It is also possible to connect to data processing devices through external output, allowing the testing machine to be operated from the computer side. 【Features】 ■ High-rigidity frame suitable for high-strength concrete compression tests ■ Standard equipped with a test control mode compliant with JIS standards through automatic testing Complies with the JIS A 1108 method for testing the compressive strength of concrete. ■ Test force display via analog gauge and digital display ■ Automatic zero adjustment function with auto setup button ■ Safe testing with automatic range switching for higher capacity *For more details, please refer to the PDF materials or feel free to contact us.
Compliant with 【JIS Z 2247】【JIS Z 2249】【JIS Z 2256】【JIS B 7729】. Information on various thin plate testing machines.
The "USM-D Series" thin sheet stretching testing machine is an automatic universal thin sheet testing machine capable of comprehensive evaluation of thin sheet materials. It complies with the testing methods for metal materials as per 【JIS Z 2256】 hole expansion test method, 【JIS Z 2249】 conical cup test method, and 【JIS Z 2247】 Erichsen test method, and can optionally adhere to 【JIS B 7729】 Erichsen testing machine standards. By exchanging the various testing attachments that are abundantly available, a range of tests can be conducted. Additionally, a data collection device can be included as an option. The "SAS-D Series" universal deep drawing testing machine is a versatile deep drawing testing machine specialized for "low cost and space-saving" evaluation of thin sheet material processing and forming. By simply exchanging the testing attachments, it can perform "cylindrical deep drawing tests," "Erichsen tests compliant with 【JIS B 7729】," and "hole expansion tests," with easy mounting and dismounting of test specimens and swapping of testing tools. The "SAS-DT Series" universal deep drawing testing machine is a "user-friendly" digital display universal deep drawing testing machine designed to meet various testing types and additional option requests that could not be addressed by the "SAS-D Series," allowing for easy customization.
Metal test specimens are the subject. Compliant with 'JIS B 7722', 'JIS Z 2242', or 'ASTM E23', 'ASTM A370'.
The "CI Series" is a manual impact testing machine that complies with JIS B 7722, JIS Z 2242, ASTM E23, and ASTM A370, used to determine the toughness and brittleness of metallic materials. The test specimen, as specified by the same standards, is supported at both ends, and an impact force is applied to the center to fracture it. The absorbed energy required for fracture is measured to calculate the Charpy impact value. Additionally, there are semi-automatic types that can perform a series of operations from lifting the hammer to releasing it with a single switch, as well as fully automatic types equipped with specimen cooling devices, specimen transport robots, and data processing units. JIS B 7722: Charpy impact test for metallic materials - Verification methods for testing machines JIS Z 2242: Charpy impact test methods for metallic materials ASTM E 23: Notched rod impact testing of metallic materials ASTM A370: Mechanical testing of steel materials
Complies with JIS R 5201 physical testing methods for cement. Ideal for compression and bending tests of small specimens (such as sidewalk blocks, bricks, stones, wood, and metals).
The "ABM-S5.D5 Series" is a mortar compression testing machine that can perform compression and bending tests on various small components under various atmospheric conditions. It measures the force applied to the test specimen and the load capacity, and by exchanging the test jig, it can accommodate tests for various test subjects. It is mainly used for mortar compression and bending tests in accordance with the physical testing methods for cement specified in JIS R 5201. **Features** - Compact design - Widely applicable for compression and bending tests of small test specimens (such as sidewalk blocks, bricks, stones, wood, metal, etc.) - Used for mortar compression and bending tests in accordance with the physical testing methods for cement specified in JIS R 5201. *For more details, please refer to the PDF document or feel free to contact us.*
It is a small compression testing machine that is optimal for relatively large test specimens for compression and bending tests due to the wide testing space, and it can also perform memory and statistical processing of test conditions.
The "AYC-S5 Series" is a compact compression testing machine that incorporates the S5 type control device with automatic load control. In addition to high-function tests such as stress control, constant speed ram stroke control, and constant speed test force control, it can also store test conditions and perform statistical processing, and it is compatible with various atmospheric devices. This product is primarily designed for compression and bending tests of small parts and various components under different atmospheric conditions. 【Features】 ■ Spacious testing area ■ Suitable for compression and bending tests of relatively large specimens such as products and large components ■ Incorporates the S5 type control device with automatic load control ■ Capable of high-function tests such as stress control, constant speed ram stroke control, and constant speed test force control, as well as storing test conditions and performing statistical processing ■ Compatible with various atmospheric devices *For more details, please refer to the PDF document or feel free to contact us.
The testing capacity ranges from "100 to 1000 kN"! A versatile compression testing machine with excellent workability and a wide range of column spacing.
The "AC-S5.D5.P Series" is a testing machine with a wide spacing between compression columns for digital and analog display. By combining it with the digitally controlled S5 type dynamometer, it is possible to conduct compression tests with controlled testing force and displacement. Additionally, it can hold at any desired testing force or displacement value to measure the specimen's strength. By including a data processing device, real-time graph confirmation of the test content is possible, and the test results can be saved and managed. It complies with the testing methods for compressive strength of concrete as per JIS A 1108 and the bending strength testing method for concrete (P series) as per JIS A 1106. 【Features】 ■ Excellent workability with a wide column spacing ■ Capable of compression and bending tests under various conditions with small components ■ Can measure the force applied to the specimen and its load-bearing capacity ■ Supports testing of various test objects by exchanging test jigs ■ Testing force: from 100 to 1000 kN *For more details, please refer to the PDF document or feel free to contact us.
[JIS Z 2241] Complies with the tensile testing method for metallic materials. Connectable to data processing devices! Manual handle universal testing machine.
The "AY-D5 Series" is a manually controlled universal testing machine primarily used for tensile and bending tests of various materials. It applies load to the specimen attached to the gripping device through hydraulic pressure to measure the maximum test force, and it can accommodate various tests by exchanging test jigs and attaching constant temperature chambers. The main body of the testing machine features a manual handle for specimen attachment. Basic JIS Standards: [JIS Z 2241] Testing Methods for Tensile Testing of Metallic Materials [Features] ■ Manually controlled universal testing machine ■ Manual handle for specimen attachment ■ Test force range switching can be done with a single button ■ Connectable to data processing devices (computers) ■ Analog display with a 1000 (600) division scale and a separate digital display for maximum test force, making the test force very easy to read. *For more details, please refer to the PDF document or feel free to contact us.
For determining the brittleness of metallic materials! Measure the absorbed energy required for fracture to calculate the Charpy impact value.
The "CI Series" is a manual impact testing machine that complies with the verification methods for Charpy impact tests of metallic materials according to JIS B 7722, the Charpy impact test methods according to JIS Z 2242, the notched rod impact test for metallic materials according to ASTM E 23, and the mechanical testing of steel according to ASTM A370. The test specimen, as specified in the same standards, is supported at both ends, and an impact force is applied to the center to cause fracture. The absorbed energy required for the fracture is measured to calculate the Charpy impact value. Additionally, there are semi-automatic types that can perform a series of operations from lifting the hammer to releasing it with a single switch, as well as fully automatic types equipped with specimen cooling devices, specimen transport robots, and data processing devices. **Features** - Complies with JIS B 7722 and JIS Z 2242 (CI-50/CI-100/CI-300/CI-500) - Complies with ASTM E23 and ASTM A370 (ASCI-300/ASCI-500) - Measures the absorbed energy required for fracture to calculate the Charpy impact value - Available in manual, semi-automatic, and fully automatic types *For more details, please refer to the PDF materials or feel free to contact us.*
Compliant with 【NAS3350】【DIN25201】. A must-see for bolt (screw) and nut manufacturers. This is a lineup of testing machines necessary for quality assurance.
NAS-type testing machine [NAS3350] accelerated vibration test Junker-type testing machine [DIN25201] vibration test This is a composite type bolt loosening testing machine compatible with both standards. It allows for smooth setup changes with minimal work, such as exchanging attachments in the testing section and changing test conditions via a touch panel. Please use it for quality assurance and performance testing of nuts and locking nuts. Testing of bolts (nuts) larger than M12 is also possible. Additionally, we have various testing machines available for bolts.
Testing machine used for VIA registration and development of automotive wheels.
This is a testing machine for conducting various tests on wheels that comply with the performance and labeling standards of JIS D 4103 for automotive parts - disc wheels. It introduces a testing machine for JWL(-T) standard compliance and a material testing machine to confirm the strength of materials used for wheels. We have a track record of deliveries to automotive wheel manufacturers and automotive manufacturers, both domestically and internationally. It is used for pre-shipment inspections and development evaluations. We also have a track record of delivering evaluation tests related to the suspension system, so please feel free to inquire.
No foundation needed! The world's standard fatigue testing machine.
This is a lightweight and compact fatigue testing machine that complies with the JIS Z 2275 standard for plane bending fatigue testing of metal plates. Compared to conventional types, it has improved operability and functionality with a touch panel. It is mainly used for fatigue testing of metals, allowing for the investigation of the fatigue limit of materials. Additionally, by adding a 1/10 range (optional), it can also test thin materials, aluminum, plastics, and more. The PBF main unit is lightweight and compact, allowing tests to be conducted simply by placing the unit on a sturdy table, eliminating the need for a dedicated foundation. Furthermore, it operates electrically, so there is no need for auxiliary equipment such as hydraulic sources, making it relatively inexpensive to purchase. The noise level during testing is also relatively low, making it easy to find a suitable installation location.
This is the ideal testing machine for testing engines such as those in automobiles and ships. It can also be used for testing hydrogen combustion engines, which is a new field.
This is a lineup of "D-type hydraulic dynamometers" and "W-type eddy current dynamometers," which are used for testing engines and have a proven track record. Both the D-type hydraulic dynamometer and the W-type eddy current dynamometer are high-performance and long-lasting, supporting various specifications for customer testing. Testing is also possible for automotive parts, engine components, and marine equipment. The control unit features a touch panel, making it user-friendly with easy operations for display, measurement, and settings.