Last Updated： Aggregation Period:Mar 11, 2026～Apr 07, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Mar 11, 2026～Apr 07, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Mar 11, 2026～Apr 07, 2026
This ranking is based on the number of page views on our site.
91～120 item / All 3587 items
Ideal for wear evaluation tests of various base materials (metal, plastic, etc.).
This is a material testing machine that significantly improves mechanical vibration, operability, and other aspects compared to conventional friction and wear testing machines.
Reciprocating and rotational wear testing can be done with one machine!
Operation is very easy since it uses an all-touch panel. Measurement output can be directly sent to a PC (USB) for spreadsheet software. It is equipped with various features such as vertical load control (air system), automatic operation function, and graph function.
Static Phenomenon Multi-Measurement Signal Conditioner DMI Series
Multi-measurement signal conditioner for static phenomenon measurement that allows monitoring of numerous points over an extended period. 【Features】 ○ Capable of system control and data collection via RS232 ○ 16 and 32 channels ○ Can store 50,000 data points ○ Compatible with all sensors ● For other functions and details, please download the catalog.
Signal Conditioner for Static Measurement - UMI Series
A high-performance, multi-channel static measurement signal conditioner with a large and easy-to-read VFD, designed in a tabletop type. 【Features】 ○ Settings can be made from a computer via the front panel or RS-232C ○ 4 or 8 channels ○ Maximum sampling frequency of 20Hz ○ Standard RS232 and analog output ○ Easy-to-read VFD display ○ Compatible with all sensors ● For other functions and details, please contact us.
![[Aerospace-related Contracted Vibration Test Case] Electronic Components](https://image.mono.ipros.com/public/product/image/be1/2000704642/IPROS81439734841205503084.png?w=280&h=280)
Conducted a random 3-axis simultaneous vibration test! A case where the cause of electronic component failure was clarified.
We would like to introduce a case study of vibration testing related to aircraft that our company conducted. For electronic components used in aircraft that experienced operational failures, we verified whether the issues could be reproduced through a three-axis simultaneous vibration test, which is closer to real environmental conditions, rather than a single-axis vibration test. While conducting a random three-axis simultaneous vibration test with the electronic component under power, we observed failures in the signal transmission of the electronic component. This verification allowed us to clarify the cause of the failure of the electronic component in question. [Test Specimen] ■ Name: Electronic Component for Aircraft ■ Weight: 17kg (including mounting fixture) ■ Dimensions: Approximately 300mm(W) x 200mm(D) x 150mm(H) *For more details, please refer to the PDF document or feel free to contact us.
Verification of whether the equipment operates normally! A case where mechanical function tests of the specimen were conducted during vibration testing.
We would like to introduce a case of seismic vibration testing conducted by our company. Tests were carried out to verify whether the equipment operates normally in accordance with the seismic testing standards for nuclear facilities at the relevant site. The acceleration of the shaking table was set to ensure that the response acceleration of four specific parts of the test specimen reached the specified values, and mechanical function tests of the test specimen were conducted during the vibration testing. As a result of the vibration tests, it was confirmed that the functions of the test specimen remained normal even during the excitation. [Test Specimen] ■ Name: Nuclear-related Equipment ■ Mass: Approximately 750 kg ■ Dimensions: Length approximately 500 mm × Width approximately 1750 mm × Height approximately 1240 mm *For more details, please refer to the PDF document or feel free to contact us.
![Dielectric strength tester [8528]](https://image.mono.ipros.com/public/product/image/af9/34155004/IPROS_18357007552270785000.jpg?w=280&h=280)
Outputs test results via RS-232C, convenient for storing and analyzing test data.
■Corresponds to dielectric strength tests based on the Electrical Appliance and Material Safety Law and various safety standards. ■Safety-focused design with interlock function and key lock function. ■Equipped with memory function for 9 types of test conditions. ■Standard RS-232C output for test results. ■Status output for test conditions and judgment results. ■Remote control capable of external control.
![Dielectric strength tester [8529]](https://image.mono.ipros.com/public/product/image/b88/34155043/IPROS_10885861436730122000.jpg?w=280&h=280)
AC dielectric strength tester with an output voltage of 10 kV and an output capacity of 500 VA.
Standard features include serial communication and I/O for remote control, making it compatible for integration into automatic testing equipment. The output voltage supports two ranges of 5 kV and 10 kV, with an output capacity of 500 VA.
Achieving a high tact time of 50ms at the fastest speed.
This is a high-speed response dielectric strength tester that determines results by applying a test voltage in a 2-cycle manner. It contributes to increased productivity during the mass production of multi-pin connectors and multi-core harnesses with a large number of test points. By adopting a peak hold method, it detects leakage currents from rapid changes without missing them. It can store and recall 8 patterns of test conditions for conducting tests. The MODEL 8508 comes with a micro-short check function.
Safety-focused design equipped with interlock features! Utility software convenient for data storage is also available.
The "850A" is a testing device that can store up to 10 sets of individual tests or continuous tests for dielectric strength testing (ACW) and insulation resistance testing (IR). The dielectric strength test allows you to set the rise time and fall time to the test voltage applied to non-test objects. Additionally, the insulation resistance test includes a function to discharge the charge accumulated on the test object after the test is completed. 【Features】 ■ Dielectric strength (AC 5kV, 500VA) / Insulation resistance (DC 500V/1000V) ■ Function to set the rise time and fall time of the dielectric strength test voltage ■ Memory for up to 10 patterns of automatic test modes ■ Capability for individual tests or continuous tests of ACW and IR ■ Equipped with remote I/O and RS-232C as interfaces *For more details, please refer to the PDF document or feel free to contact us.
![[Data] Residual Solvent (VOC) Simple Test Device 'RVA-03'](https://image.mono.ipros.com/public/product/image/1bf/2000543705/IPROS41548905267944525747.jpeg?w=280&h=280)
Publication of appearance specifications, features, measurement methods, and operation overview! Introducing the overview documentation for RVA-03.
This document is an overview of the residual solvent (VOC) simple testing device 'RVA-03' handled by OSP. It introduces the necessity of simple measurement of residual solvents, the headspace GC method, measurement methods and operational overview, as well as the differences and advantages compared to GC methods. The "RVA series" is a device that allows for simple testing of the amount of residual organic solvents (total VOC) in printed sheets and adhesive films. [Contents] ■ Introduction ■ Conventional Method: Headspace GC Method ■ Overview of the Residual Solvent Simple Testing Device (RVA-03) ■ Applications and Measurement Examples: Correlation with GC Methods, etc. ■ Differences and Advantages Compared to GC Methods ■ Others: Detection Principle (IER Method VOC Sensor) *For more details, please refer to the PDF document or feel free to contact us.
This is a color testing device for petroleum products of the three-stimulus value direct reading type, compliant with "Petroleum Products - Color Test Methods (JIS K 2580)."
It is possible to measure four items—Hazen color number (APHA), Gardner color number, Saybolt color, and ASTM color—in liquid oils and fats with a single device. Additionally, by inputting the calibration curves of the standard liquids specified by each standard and registering them as reference data in the main unit, reliable and stable measurement values can be obtained. Furthermore, measurement using test tubes is also available as an option.
Dynamic hardness calculation formula
This is a new evaluation system for material strength in micro-regions that cannot be addressed by conventional testing machines, including semiconductors, LSI, ceramics, hard disks, vapor-deposited films, and coated films. It can also be used for hardness evaluation of plastics and rubber.
It is a metal rebound portable hardness tester with a compact body and excellent operability.
Anyone can easily perform hardness tests with just one touch, making it widely applicable to various testing subjects on-site. ■ Abundant Variety of Detectors In addition to the standard universal detector (Type D), we offer a wide range of specialized detectors (sold separately) that can accommodate various applications. For testing the hardness of pipe inner walls that could not be tested with the Type D, we have the DC type. For bearings and gears, we offer the D+15 type. For narrow surfaces such as the bottom of small gears and corners of welds, we have the DL type available.
It can be converted to any hardness (HV, HB, HR, HS).
● Custom corrections can be incorporated by the user. ● Automatic recognition of test directions is possible. (360°)
It is a portable rebound hardness tester for metals, featuring a compact body and excellent operability.
Anyone can easily conduct hardness tests with just one touch, making it widely applicable for various test subjects on-site. ● Abundant Detector Variations In addition to the standard universal detector (Type D), we offer a wide range of specialized detectors (sold separately) for various applications. For bearings and gears, we have the D+15 type. For narrow surfaces such as the bottoms of small gears and weld seams, we provide the DL type.
It can be converted to any hardness (HV, HB, HR, HS).
● Automatic recognition of test direction is possible. (360°) ● Average value setting is possible.
●Easy-to-use menu ●Direct conversion of HL, HV, HB, HRC, HRB, HRA, HS, and conversion to tensile strength
● Easy-to-use menu ● Direct conversion between HL, HV, HB, HRC, HRB, HRA, HS, and conversion to tensile strength ● Utilizes 7 types of impact devices with automatic recognition of impact devices ● LCD display with backlight ● Can store up to 350 groups of data ● Upper and lower limits can be set; a buzzer alarm sounds if the measurement exceeds the limits ● RS232 interface to meet storage and detailed analysis needs ● Charging complete indicator, low battery indicator ● Built-in printer for printing test results
●Roll-specific system design: For roll-specific and non-roll material hardness testing ●Direct conversion of HL, HV, HB, HRC, HRB, HRA, and HS
●Roll-specific system design: For roll-specific and non-roll material hardness testing ●Direct conversion of HL, HV, HB, HRC, HRB, HRA, and HS ●Utilizes 7 types of impact devices with automatic recognition of the impact device ●LCD display with backlight ●Can store up to 350 groups of data ●Upper and lower limits can be set; a buzzer alarm will sound if measurements exceed the limits ●RS232 interface to meet storage and detailed analysis needs ●Software calibration function ●Printer function to directly print test results ●Complies with jB / T 9378-2001 and Q / HD SDF006-2003 standards
●Principle of measuring Leeb hardness ●Can be equipped with 7 types of impact devices. There is no need for recalibration when replacing.
● Principle of Leeb hardness measurement ● Can be equipped with 7 types of impact devices. No need for recalibration when exchanging. ● Automatic identification of impact devices ● New design with built-in mini thermal printer ● Can print measurement data ● 2.8-inch color TFT LCD screen, 240×320 dot matrix, 262K color display, with LED backlight ● Adjustable backlight ● Menu operation ● Menu items, time, data information, battery level, type of impact device, help, etc., are all displayed on the screen. ● Can measure 6 types of hardness scales: HL, HV, HB, HRC, HRB, HS and tensile strength ● Can store 1000 sets of data including single measurement, average value, date, impact direction, measurement time, material, and hardness scale ● Users can set upper and lower limits. A buzzer alarm will sound if the measurement exceeds the limit. Particularly suitable for batch operations. ● Data view calibration ● When measuring steel with integrated D/DC impact devices, HB values can be read directly ● Conversion table is built-in
● New design, easy to hold ● 3.5-inch LCD screen, 320×480 dot matrix, text and graphics are beautifully designed.
● New design, easy to hold ● 3.5-inch LCD screen, 320×480 dot matrix, text and graphs are beautifully designed. Each piece of information is clearly displayed ● Three backlight options for ease of use in different testing environments ● Each screen has operational tips, making it easy to operate ● Built-in rechargeable lithium battery with long battery life. Shock direction is automatically detected (excluding G-type shock devices) ● Can be equipped with seven types of impact devices. No need for recalibration when swapping ● Can store 200 sets of data including average value, date, shock direction, measurement time, material, and hardness scale ● A 32GB MicroSD card is provided for saving measurement data. The MicroSD card interface allows for easy direct reading from a PC ● Users can set upper and lower limits. A buzzer alarm will sound if measurements exceed the limits, making it particularly suitable for batch operations ● Items such as menu, time, data information, battery level, type of impact device, and help are all displayed on the screen.
The portable ultrasonic hardness tester can non-destructively measure metals and alloys with a minimum thickness of 3mm.
● The ultrasonic hardness tester can non-destructively measure metals and alloys with a minimum thickness of 3mm. ● High precision measurement ● Minimum destructive microscopic indentation - only high-magnification microscopes can observe the indentation ● Measurement response displays results in 2 seconds ● Large LCD display - directly shows measurement results, load force, count, maximum, minimum, average values, and deviations ● Memory supports 100 groups of data on SD, allowing for the storage of more data as needed.
Conversion of general hardness scales (HL, HV, HB, HRC, HRB, HRA, HS) to tensile strength.
● Conversion of general hardness scales (HL, HV, HB, HRC, HRB, HRA, HS) and conversion to tensile strength ● Seven types of impact devices with automatic recognition function (including standard impact device D) ● Matrix LCD display with backlight for use in the dark ● Memory for data groups of 48 to 350 ● Upper/lower preset limits and alarm sound ● Dataview software as an optional accessory ● RS232 connector to accommodate more needs such as storage and detailed analysis ● Display of charging status and easy replacement of rechargeable battery ● Includes a removable printer for direct printing of test values
This is a system that sends air into the package to apply internal pressure, check for leaks, and measure burst strength.
- Two types of tests, sealing strength test and burst strength test, can be performed with one device. - Improved pressure tracking speed and higher precision through microcontroller control. - Measurement of actual products containing contents is possible. - By measuring burst strength, it is possible to identify weak points in strength. - Built-in pump and compact design make it portable. - Capable of measuring high pressure by drawing in air from external pumps or lines.
Brinell hardness testing machine (H200×D140mm) / Model number MA70BHT-BS3M
This machine applies a test force to a steel ball to press the test material and measures hardness based on the diameter of the resulting indentation. It is the most commonly used hydraulic Brinell hardness testing machine.
A 3mm diameter alumina ball indenter is fired at the sample at a speed of Vi = 10 m/s.
Collide and measure the rebound velocity Vr from the sample of the ball pressure device, displaying the rebound coefficient e = Vr / Vi.
Equipped with a front-opening hydraulic chuck. It complies with JIS Z2241 "Method for tensile testing of metallic materials" and is capable of tensile, compression, and bending tests for various materials.
The "YU-S5 Series" is a hydraulic universal testing machine that allows for easy attachment of tensile test specimens using a front-opening hydraulic gripping device. It primarily conducts tensile, compression, and bending tests on various materials. By attaching test jigs and temperature-controlled chambers (both available as options), it can accommodate a wide range of tests. The test force is very easy to read due to analog and digital displays, and the automatic range switching function allows for automatic switching to a higher range during testing. Automatic control is performed in accordance with the "JIS Z2241" standard for tensile testing of metallic materials. **Features** - Easy attachment of tensile test specimens using a front-opening hydraulic gripping device - Accommodates various tests by attaching test jigs and temperature-controlled chambers (both available as options) - Test force is very easy to read due to analog and digital displays - Automatic range switching function allows for automatic switching to a higher range during testing - Automatic control in accordance with the "JIS Z2241" standard for tensile testing of metallic materials *For more details, please refer to the PDF document or feel free to contact us.*
