Last Updated： Aggregation Period:Jul 22, 2026～Aug 18, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Jul 22, 2026～Aug 18, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Jul 22, 2026～Aug 18, 2026
This ranking is based on the number of page views on our site.
181～210 item / All 234 items
It is a fruit hardness meter that quantitatively expresses the degree of maturity as resistance to external mechanical pressure.
The hardness of the fruit decreases as it matures, and it is known to reach its lowest point when the harvesting period begins. This device aims to numerically express the degree of maturity in terms of its resistance to external mechanical pressure.
Introduction of equipment owned by Tomita Foundry Co., Ltd., such as low-frequency induction furnaces and resin-bonded sand treatment devices!
We would like to introduce the equipment owned by Tomita Casting Co., Ltd. We have equipment such as "crane blast," "optical emission spectrometer," and "tensile testing machine." In addition, we also possess "Brinell hardness tester," "ultrasonic flaw detector," and "CAE analysis software." 【Owned Equipment (Excerpt)】 ■ Low-frequency induction furnace ■ Self-hardening sand processing equipment ■ Crane blast ■ Optical emission spectrometer ■ Tensile testing machine ■ Brinell hardness tester *For more details, please refer to the related links or feel free to contact us.
Includes acrylic cover! Achieves high reliability and reproducibility through measurements that minimize operator influence.
The "byko-swing" is a pendulum hardness tester that can be easily used in laboratories in accordance with the König and Persoz methods. With automated measurements, testing can be conducted essentially without the influence of the operator or the environment. This is particularly important for delicate measurements like this test. By minimizing the influence of the operator, high reliability and reproducibility are achieved. 【Features】 ■ The movement of the sample holder to the measurement position is electric. ■ The attachment and detachment of the pendulum is automatic. ■ An automatic counter emits an acoustic signal when the amplitude angle falls below 3° (König) or 4° (Persoz). ■ Optionally, additional pendulums for König or Persoz can be added. ■ Comes with an acrylic cover with a door. *For more details, please refer to the PDF document or feel free to contact us.
Easy, high precision, and high cost performance! Easy to carry and can be measured easily anywhere.
The "FS Digital Ultrasonic Hardness Tester" is a product that allows for the measurement of gravure cylinders in their actual state through non-destructive testing. By using a high-precision probe compatible with thin films, accurate hardness measurements can be made non-destructively. Additionally, for quick measurements, results can be obtained in 5 seconds for chrome and 12 seconds for copper. 【Features】 ■ Offered at a lower price compared to general gravure cylinder hardness testers ■ Easy to carry and can be measured anywhere (adopts a large handle) ■ Clear display with a 3.2-inch LCD screen ■ Quick measurement (Chrome: 5 seconds, Copper: 12 seconds) ■ Simple operation allows anyone to measure with just 2-3 training sessions *For more details, please download the PDF or feel free to contact us.
High-temperature micro Vickers hardness tester equipped with various safety devices as a high-temperature high-vacuum apparatus.
The "HTM-1200II" is a micro Vickers high-temperature microhardness tester that accommodates various materials. It can be used for hardness measurement and microscopic observation at temperatures ranging from room temperature to ultra-high temperatures. When a hardness measurement mark is set at any location on the microscope image displayed on the monitor, the sample is automatically moved to accurately perform indentation and measurement at the designated point. 【Features】 ■ Complies with JIS Z 2252 ■ Supports test loads from 50 to 5000g ■ Equipped with a vacuum high-temperature furnace capable of testing temperatures up to 1200°C ■ Individual control of the temperature of the test section and the indenter section ■ Sample holders compatible with various shapes, including rectangular and round *For more details, please contact us.
![Durometer hardness tester 'GSD-719K (Type A)' [Rental]](https://image.mono.ipros.com/public/product/image/e97/2000485854/IPROS32448165296205297107.jpeg?w=280&h=280)
Digital durometer compatible with JIS K 6253 (new JIS). Type A for medium hardness.
■ Equipped with peak hold (maximum value hold) function ■ Minimum reading value is 0.5, which is half of the analog type
![Soil Hardness Meter 'S-117' [Rental]](https://image.mono.ipros.com/public/product/image/a09/2000486480/IPROS01484450359853445881.jpeg?w=280&h=280)
This is a measuring instrument for soil hardness, one of the indicators that represent the physicochemical properties of soil.
This is an instrument for measuring soil hardness, which is one of the indicators representing the physicochemical properties of soil. A cone is pressed vertically into a flatly cut cross-section, and both the penetration depth and the corresponding soil reaction (spring compression) are simultaneously measured as variables, from which the theoretical value of hardness (kg/cm²) is calculated.
Hardness can be measured by pressing three types of indenters against the material being tested. The corresponding material for each indenter varies.
Hardness can be measured by pressing three types of indenters against the material being tested. The corresponding materials for each type of indenter vary. Type A (truncated cone) is suitable for plastics and rubber, Type C (spherical) is for expanded polystyrene and sponge, and Type D (conical) is for hard rubber and flooring. The material being measured must be at least 6mm thick. It features a hold function and zero adjustment.
Hardness can be measured by pressing three types of indenters against the material being tested. The corresponding material for each indenter varies.
Hardness can be measured by pressing three types of indenters against the material being tested. The corresponding materials for each indenter type vary. Type A (truncated cone) is suitable for plastics and rubber, Type C (spherical) is for expanded polystyrene and sponge, and Type D (conical) is for hard rubber and flooring. The measurement target must be at least 6mm thick. It features a hold function and zero adjustment.
By tightening the handle, the measurement value (HW) will be displayed on the dial meter at the top of the product.
By tightening the handle, the measurement value (HW) is displayed on the dial meter at the top of the product. The included instruction manual also contains a conversion table that allows you to convert hardness (HW) to Rockwell E (HRE)/F (HRF) and Vickers hardness (HV).
Models with two pointers can hold the maximum value with the red pointer, allowing for comparisons of hardness, etc.
Models with two pointers allow the red pointer to hold the maximum value, making it possible to compare hardness, etc. By setting it on a dedicated stand (JLAC-J, JLD-J), the hardness tester can be fixed for measurement.
Models with two pointers allow for the red needle to hold the maximum value, making it possible to compare hardness, etc.
Models with two pointers allow the red pointer to hold the maximum value, making it possible to compare hardness, etc. By setting it on a dedicated stand (JLAC-J, JLD-J), the hardness tester can be fixed for measurement.
Models with two pointers allow for the red pointer to hold the maximum value, making it possible to compare hardness, etc.
Models with two pointers allow the red pointer to hold the maximum value, making it possible to compare hardness, etc. By setting it on a dedicated stand (JLAC-J, JLD-J), the hardness tester can be fixed for measurement.
Models with two pointers allow for the red pointer to hold the maximum value, making it possible to compare hardness, etc.
Models with two pointers allow the red pointer to hold the maximum value, making it possible to compare hardness, etc. By setting it on a dedicated stand (JLAC-J, JLD-J), the hardness tester can be fixed for measurement.
It is suitable for measuring the hardness of soft metals such as aluminum alloys, die-cast, copper, and soft steel.
This hardness tester can measure not only flat materials but also cylindrical samples such as drawn materials and tubes, due to the cylindrical shape of the anvil.
It is suitable for hardness measurement of soft metals such as aluminum alloys, die-cast, copper, and soft steel.
This hardness tester can measure not only flat materials but also cylindrical samples such as drawn materials and tubes, due to the cylindrical shape of the anvil.
There are three types of measurement terminals in the series.
Type A (truncated cone) corresponds to plastic and rubber, Type O (spherical) corresponds to expanded polystyrene and sponge, and Type D (conical) corresponds to hard rubber, flooring, etc.
There are three types of measurement terminals in the series.
Type A (truncated cone) corresponds to plastic and rubber, Type O (spherical) corresponds to expanded polystyrene and sponge, and Type D (conical) corresponds to hard rubber, flooring, etc.
We guarantee high-quality and accurate processing with the latest inspection equipment and professionals in heat treatment.
By introducing the Shimadzu micro Vickers hardness tester "HMV-G," it has become possible to measure internal hardness. Additionally, tissue inspection can be conducted using a microscope to confirm the nitrided layer. The inspection results will be issued in a "test report," which you can refer to for confirmation. This inspection system allows us to meet customer needs and guarantees high-quality and accurate processing.
A fully automatic rubber hardness tester that measures the hardness of O-rings and small rubber parts!
The "SmartTester(R) GX-700" is a fully automatic IRHD-M method micro-sized international rubber hardness tester that can measure the hardness of O-rings and rubber sheets. It is also possible to select a durometer hardness testing method (approximate) compliant with JIS K 6253. Please feel free to contact us if you have any requests. 【Features】 ■ Fully automatic measurement of the hardness of O-rings and small rubber parts ■ Voice coil motor used in the loading system ■ Plug-in type for easy replacement of the plunger (measuring element) ■ Wide sample stage allows for the installation of various measuring jigs ■ Issuance of calibration documents is possible *For more details, please download the PDF or feel free to contact us.
A compact and lightweight yet high-performance pen-type hardness tester.
Product Features - Integrated rebound hardness tester with a combined main unit and impact device - Measurement data can be stored up to 270 entries - Rechargeable with 20 hours of usage - Measurement display can switch between HL, HV, HRA, HRC, HRB, HB, and HS
Portable hardness tester equipped with a new type of LVDT displacement sensor and OLED screen.
●TIME5430 is the latest hardness tester equipped with a new LVDT displacement sensor and an OLED screen, and it also features a USB interface. ●It is suitable for measuring soft rubber, plastic, printing machine rollers, and other elastic materials. ●Adopts an LVDT displacement sensor that operates in precise and harsh environments. ●Easy-to-read OLED screen. ●Automatic zero-point calibration. ●Three operating modes to meet various testing requirements: real-time, peak value lock, timing lock, with the ability to save 200 average lock values.
Portable hardness tester compatible with multiple scales such as HB, HV, and HRC.
The KH-160 is a rebound-type portable hardness tester that allows for easy hardness measurement on-site. By simply applying the impact device to the measurement target, it can quickly measure the hardness of metallic materials, making it suitable for a wide range of applications such as equipment inspection and quality control. Its compact and lightweight design makes it easy to carry, making it ideal for inspection tasks in factories and on-site. The measurement results can be automatically converted into multiple hardness scales, including HL (Leeb hardness), HB (Brinell), HV (Vickers), and HRC (Rockwell), based on the HL standard. It accommodates hardness evaluation of various metallic materials, such as steel and castings. Additionally, it features an impact direction correction function, allowing for stable measurement results even when the measurement posture changes on-site. This portable hardness tester can be utilized in various fields, including quality control of mechanical parts and metallic materials, equipment maintenance, and inspection of cast products. It supports reliable measurements with a calibration certificate included.
Rebound hardness tester with simultaneous display of three scales such as HB, HV, HRC, and graph display support.
The KH-180 is a high-performance rebound portable hardness tester designed to streamline hardness measurement on-site. By simply applying the impact device to the measurement target, it can quickly measure the hardness of metal materials, making it suitable for a wide range of applications such as equipment inspection and quality control. Its compact design makes it easy to carry and suitable for inspection tasks in the field. The measurement results can be automatically converted into multiple hardness scales, including HB (Brinell), HV (Vickers), and HRC (Rockwell), based on HL (Leeb hardness). Furthermore, it can simultaneously display three hardness scales, and the measurement data can be visualized in graph form, allowing for a clear understanding of hardness trends and variations. It also features an impact direction correction function, accommodating measurements in various positions. This portable hardness tester can be used in various fields such as quality control of metal parts and castings, equipment maintenance, and material evaluation. It is equipped with a large-capacity memory, making it convenient for managing and recording measurement data.
Pocket-sized rebound hardness tester with high-precision measurement in the palm of your hand.
The KH-260plus is a compact rebound-type portable hardness tester designed for easy hardness measurement, with a palm-sized design. Its small and lightweight (approximately 110g) construction makes it easy to carry, allowing it to be used in various scenarios such as on-site inspections and equipment checks. By simply applying the impact device to the measurement target, it can quickly measure the hardness of metallic materials, enabling efficient inspection work. The measurement results can be automatically converted into multiple hardness scales, including HL (Leeb hardness), HB (Brinell), HV (Vickers), and HRC (Rockwell), based on the HL standard. It supports hardness evaluation of a wide range of metallic materials, including steel, cast iron, and aluminum. Additionally, it features an organic EL display for clear visibility of measurement results. The measurement data can be stored in the main unit, making it convenient for data management on-site. This compact portable hardness tester can be utilized in various fields, including quality control of mechanical parts and metal products, equipment maintenance, and material evaluation.
Measuring various hardness levels digitally.
This is a hardness tester that measures the resistance force that appears internally when an object is subjected to external forces, rather than measuring load. The measurement range is from 10N to 100N. It determines pass or fail using comparator judgment display. It has a memory function that can store 1000 measurement data points. It adopts USB as an interface, making it easy to connect with a computer.
Measuring various hardness levels digitally.
This is a hardness tester that measures the resistance force that appears internally when an object is subjected to external forces, rather than measuring load. The measurement range is from 10N to 100N. It determines pass or fail with comparator judgment display. It has a memory function that can store 1000 measurement data points. It uses USB as an interface, making it easy to connect with a computer.
This is a paper and form winding hardness testing machine that employs the rebound method.
In the conventional "sound hitting method" (a method where the roll surface is tapped and the sound is heard), there was a heavy reliance on the inspector's intuition, making it impossible to manage quality quantitatively. The paper film winding hardness tester can be easily operated even by those without measurement experience, yielding accurate inspection results. The inspection results are quantified based on a unique principle, aiding in quality management.
