シロ産業 List of Products and Services

Despite being an inexpensive lever type, it achieves high reproducibility.

●Equipped with USB as a communication interface ●Automatically determines the direction of impact tests ●Records 270 average values in 9 groups of files

■Compliant with JIS K 6253 You can also select a durometer hardness testing method (approximate) compliant with JIS K 6253. ■Fully automatic measurement Hardness of O-rings and small rubber parts can be measured fully automatically. ■Improved internal mechanism friction and reproducibility The load system employs a voice coil motor, enhancing the friction and reproducibility of the internal mechanism compared to weight-based systems. ● Plug-in type for easy replacement of the plunger (measuring element). As it is a domestic product, maintenance support is also prompt. ● The sample stage is wide, allowing for various measuring jigs to be grounded. ● Calibration documents can be issued.

Equipped with a digital micro eyepiece, it is unnecessary to look up at the specimen stage platform to input the diagonal of the indentation. The touch screen can display the testing method, testing force, indentation length, dwell time, number of measurements, and conversion scale. When measuring the indentation length, pressing the eyepiece button automatically calculates the hardness value and displays it on the screen. For Knoop hardness measurement, you can select a Knoop indenter, and you can also choose the LCD screen measurement device and CCD image automatic measurement system.

Equipped with a digital micro eyepiece, it is not necessary to look up at the specimen stage platform to input the diagonal of the indentation. The touch screen can display the testing method, test force, indentation length, dwell time, number of measurements, and conversion scale. When measuring the indentation length, pressing the eyepiece button automatically calculates the hardness value and displays it on the screen. For Knoop hardness measurement, you can select a Knoop indenter, and you can also choose the LCD screen measuring device and CCD image automatic measurement system.

Equipped with a digital microscope eyepiece, it is unnecessary to look up at the specimen stage platform to input the diagonal of the indentation. The touchscreen can display the testing method, test force, indentation length, dwell time, number of measurements, and conversion scale. When measuring the indentation length, pressing the eyepiece button automatically calculates the hardness value and displays it on the screen. Test results can be checked or printed out using the built-in printer, or saved by connecting to a computer via the RS232 interface. When measuring Knoop hardness, you can select a Knoop indenter, and you can also choose the LCD screen measuring device and CCD image automatic measurement system.

Equipped with a digital micro eyepiece, it is not necessary to look up at the specimen stage platform to input the diagonal of the indentation. The TH715 uses a new high-resolution color touchscreen, and the operation display screen is intuitively displayed. The display's backlight is adjustable, and an energy-saving mode is available. The touchscreen can display the testing method, test force, indentation length, dwell time, number of measurements, and conversion scale. When measuring the indentation length, pressing the eyepiece button automatically calculates and displays the hardness value on the screen. Test results can be checked or printed out using the built-in printer, or saved by connecting to a computer via the RS232 interface. For Knoop hardness measurement, a Knoop indenter can be selected, and a 2kg test force can be equipped; an LCD screen measuring device and a CCD image automatic measurement system can also be selected.

This instrument is a high-tech product that integrates electromechanics with high reliability, operability, and intuitiveness. It does not use weights and can automatically load or unload the test force, measuring all Rockwell hardness and surface Rockwell scale hardness. 1. Selection function for all scales of Rockwell hardness and surface Rockwell hardness 2. Conversion function for various hardness scales 3. Arc correction function 4. Display and operation via a touch screen, showing the work process with dynamic images, and displaying the operating status of the ball screw and indenter in real-time 5. The test table automatically rises or descends quickly with operation 6. One-button operation for workpiece setup: completing the loading, holding, and unloading of the test force of the indenter, displaying the hardness value, and returning the test bench to its initial position 7. Data saving and deletion, automatic calculation of maximum, minimum, and average values. It is equipped with a printing output function and an RS232 interface for connection to a computer.

It is suitable for measuring Rockwell and surface Rockwell hardness. The conversion of test force is achieved by rotating the variable load handwheel, and this device allows for the selection of dwell time, making it very user-friendly. Aside from dialing to zero, there are no human operational errors, and it has high sensitivity and stability.

The M2700T-ME6103T Digital Dual Lockwell Hardness Tester (Large Screen/Printer) can measure the hardness of all scales of Rockwell and surface Rockwell. It can display and set the current hardness test scale, test force, test indenter, dwell time, hardness conversion values, and type of indenter. The main features are as follows: selection of Rockwell and surface Rockwell hardness scales; conversion values between each hardness scale; ability to save and print hardness test results. Maximum, minimum, and average values are automatically calculated and intuitively displayed on the operation display screen. It is equipped with an RS232 interface for connection to a computer output.

This device adopts a weightless automated testing force application, using a 0.5% accuracy compression sensor for feedback, and the CPU control system automatically compensates for any lost testing force during the test. The testing force and load holding time can be directly selected on the touch panel, providing high measurement accuracy, good reproducibility, and convenient operation.

The testing process is controlled by the CPU, which manages the automatic switching function between the objective lens and the indenter. The switching position employs mechanical and electronic double matching, resulting in high positional accuracy. This device has a testing force of 10 levels and 13 types of Brinell testing scales for any selection. It is equipped with three sets of ball indenters and two sets of objective lenses, automatically recognizing and switching between the objective lenses and indenters. The dwell time of the testing force and the brightness of the light source measuring the indentation can be adjusted. It can display the measured indentation length, hardness value, number of measurements, and more. Conversion values between each hardness scale can be selected. Test results can be checked or printed out with the built-in printer, or saved by connecting to a computer via the RS232 interface.

The testing process is controlled by the CPU, which manages the automatic switching function between the objective lens and the indenter. The switching position employs mechanical and electronic double matching, resulting in high positional accuracy. This device has 10 levels of test force and 13 types of Brinell test scales for any selection. It is equipped with three sets of ball indenters and two sets of objective lenses, automatically recognizing and switching between the objective lens and the indenter. The dwell time of the test force and the brightness of the light source for measuring the indentation can be adjusted. It can display the measured indentation length, hardness value, number of measurements, and more. Conversion values between each hardness scale can be selected. Test results can be checked or printed out using the built-in printer, or saved by connecting to a computer via the RS232 interface.

The testing process is controlled by the CPU, which manages the automatic switching function between the objective lens and the indenter. The switching position employs mechanical and electronic double matching, resulting in high positional accuracy. The built-in touchscreen tablet allows for more intuitive parameter settings and result displays, making operation convenient. It avoids stimulation from the microscope light source and visual fatigue, reducing measurement errors. This device has ten levels of testing force and thirteen types of Brinell testing scales for any selection. It features three sets of ball indenters and two sets of objective lenses, automatically recognizing and switching between the objective lenses and indenters. With high magnification, the observed surface becomes very clear. Depending on the selected hardness scale, the equipment automatically selects the corresponding indenter and objective lens. The automatic lifting table adopts a precise structure with high stability, automatically rising when measurements begin, returning to the focus position after the testing force is applied, achieving one-key automation. It adopts an integrated design of the hardness tester and panel computer. Equipped with a Windows 7 system, it has all functions operable on the computer.

The digital Brinell hardness tester is a microcontroller-controlled Brinell hardness tester that combines a precision mechanical structure with a closed-loop control system. This device employs a weightless automated test force application and uses a 0.5‰ precision compression sensor for feedback, while the CPU control system automatically compensates for any lost test force during testing. The device is connected to a digital micro eyepiece, eliminating the need to look up at the specimen platform, and there is no need to input the diagonal length of the indentation. It can directly display the hardness value, test force, dwell time, and indentation length. After measuring the indentation length, pressing the eyepiece button will automatically retrieve and display the hardness value on the screen.

The digital Brinell hardness tester is a microcontroller-controlled Brinell hardness tester that combines a precision mechanical structure with a closed-loop control system. This device employs a weightless automated test force application and uses a 0.5‰ precision compression sensor for feedback, while the CPU control system automatically compensates for any lost test force during the testing process. The indentation of the impression can be measured directly with a digital microscope eyepiece, and the test force, indentation length, dwell time, number of measurements, conversion scale, date, and time can be intuitively displayed on a large screen. After measuring the indentation length, pressing the eyepiece button allows for the automatic acquisition and display of the hardness value on the screen. Test results can be checked or printed out using the built-in printer, or saved by connecting to a computer via the RS232 interface.

The conversion of test force is achieved by the rotation of a variable load handwheel. This device allows for the selection of dwell time and is very easy to use. Aside from dialing to zero, there are no manual operational errors, and it has high sensitivity and stability.

You can display and set the current hardness test scale, test force, test indenter, dwell time, hardness conversion values, and types of indenters. The main features are as follows: Selection of Rockwell hardness scales; conversion between each hardness scale; adjustable display backlight with energy-saving mode. Real-time data is saved in folders, with a total of six data folders available. You can delete, print, and output any file data. The results of hardness measurements are saved in real-time, with maximum, minimum, and average values automatically calculated and intuitively displayed on the operation display screen. It is equipped with an RS232 interface for connection to a computer.

● 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 ●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

● Direct conversion of HL, HRB, HRC, HB, HV, HS to tensile strength ● Direct display of all functions and parameters ● Utilizes seven types of impact devices, with automatic calibration ● Ability to input date and marks ● Software calibration ● Charging complete indicator, low battery indicator ● Test results can be printed ● Automatic power off ● Rechargeable battery

● 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

● Easy-to-use menu ● Direct conversion of HL, HV, HB, HRC, HRB, HRA, and HS ● Utilizes 7 types of impact devices with automatic recognition of impact devices ● 4.3-inch LCD screen, 480×272, 24 bits color display ● Can store up to 2000 groups of data ● Upper and lower limits can be set. A buzzer alarm will sound if the measurement exceeds the limits ● Data transfer function to PC in Word or Excel format via USB and RS232 interface ● Charging complete indicator, low battery indicator ● Measured data can be sent to a printer for printing ● If equipped with D/DC impact devices, the built-in conversion table allows direct reading of HB values.

● 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.

● High-temperature compatibility (special type for thermal power plants) ● Excellent convenience product that allows hardness testing anytime and anywhere. ● OLED display that can read measurements even in dark environments ● Measurement data can be printed in real-time via Bluetooth wireless printer or mobile device app. ● Parameters can also be set through the mobile device app. Intelligent remote operation is possible. ● Software calibration function. ● Rechargeable lithium battery with charging indicator function.

● Integration of G-type impact device hardness measurement. ● You can select materials, hardness gauges, test direction, and measurement time. ● Conversion between three hardness scales: HLG, HB, and HRB. ● Automatically identifies the impact direction. ● Review, delete, clear, and calculate current measurement data and averages. ● Can store 200 measurement data points. ● Measurement data can be saved to a computer using a USB interface for data analysis functions. ● The automatic monitor has an automatic shutdown function to save battery power.

To eliminate errors caused by different forces applied artificially, the operation stand allows users to achieve excellent measurement accuracy and reproducibility. The operation handle applies force evenly to the object. To measure correctly, the height can also be adjusted to match the thickness of different objects.

● 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.

● Composed of a smart probe and a smartphone (currently Android only), connected wirelessly via Bluetooth. ● The hardness values measured by the smart probe can be wirelessly transmitted to the smartphone in real-time. ● By installing a dedicated app, the smartphone can receive the hardness values from the smart probe and enable other functions of the Leeb hardness tester. ● Excellent portability, compact size with a strap. ● Built-in rechargeable lithium battery that can be charged wirelessly. ● Dustproof and waterproof grade is IP54. ● Software can be upgraded remotely. ● By connecting the smartphone to the TIME Mono internet platform, enhanced features can be realized. ● Automatically identifies the direction of impact. ● Upper and lower limits for hardness values can be set in advance, and an alarm will sound if limits are exceeded, making it convenient for batch testing. ● The self-defined material function allows the creation of a unique hardness conversion table through comparative testing. ● Measurement records can include multiple types of additional information such as photos, videos, and positioning. ● Rich post-data processing capabilities including cloud storage, customized work instructions, real-time data sharing, and report generation.

● 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

The M2700IME-5432CT is a derivative of the Shore AO durometer. It uses an AO type indenter, but the press foot is rectangular. It is designed to test microporous materials made of rubber and plastic in shoes when the compression rate is 50% or more and the stress is above 0.049 MPa. ● Digital durometer for microporous materials in rubber and plastic shoes. ● It employs an LVDT displacement sensor and operates accurately even in harsh environments with 90% RH humidity. ● Hardness values are clearly displayed on the OLED screen with menu operation. ● Automatic zero point calibration.

● The Digital Shore AO durometer is mainly used for testing soft materials such as low-hardness rubber and sponge. ● It employs an LVDT displacement sensor, ensuring accurate operation even in harsh environments with 90% RH humidity. ● The OLED screen clearly displays hardness values, features automatic zero-point calibration, and offers three operating modes (real-time, peak value lock, timing lock) to meet various testing requirements. ● The lock mode guarantees reading rules and reduces human reading errors. ● In peak value lock mode, the device automatically locks the peak hardness value. ● In timing lock mode, the user can set a timing period of 1 to 60 seconds, and the meter automatically starts timing and locks the measurement. ● In lock mode, upper and lower limits for measurements can be preset, and a prompt will appear if limits are exceeded, making it convenient for batch detection, calculating averages, and automatically eliminating gross errors. ● It can save 200 average locked values. ● Optional software allows test data to be transferred to a PC via USB in Microsoft Word or Excel format. ● Continuous operation for over 24 hours. ● Voltage display and low voltage prompt.

● Digital Shore D durometer for testing the hardness of rigid plastics and rubber ● Built-in displacement sensor. Compact size for easy portability and usability ● 1.3-inch OLED display screen, 128 × 64 graphic dot matrix for easy readability ● Three operating modes to meet various testing requirements: real-time, peak value lock, timing lock ● Optional operation stand ● Capable of saving 200 groups of average peak values ● USB interface for connection to a PC ● Data processing software with options for outputting to Microsoft Word or Excel for quality control and management needs ● Pre-set upper/lower limits and out-of-limit alarms for batch testing ● Displays voltage status and low voltage prompts ● Automatic shutdown when not in use, with adjustable shutdown time and on/off capability

● The M2700HT-6544T is used for standard thin samples such as vulcanized rubber and plastic products. ● It employs an LVDT displacement sensor, ensuring accurate operation even in harsh environments with 90% RH humidity. ● The OLED screen clearly displays hardness values. ● Automatic zero-point calibration. ● Three operating modes (real-time, peak value lock, timing lock) to meet various testing requirements. ● The lock mode guarantees reading rules and reduces reading errors. ● In peak value lock mode, the device automatically locks the peak hardness value. ● In timing lock mode, the user can set a timing period of 1 to 60 seconds; the meter automatically starts timing and locks the measurement value. ● In lock mode, upper and lower limits for measurements can be preset, and prompts will appear if limits are exceeded, which is convenient for batch detection. ● It has the capability to calculate averages and automatically eliminate gross errors. ● It can save 200 average lock values. ● Optional software allows test data to be transferred to a PC via USB in Microsoft Word or Excel format. ● Continuous operation for over 24 hours.

■Food, Granular Tablet Hardness Test Wheat, grains, rice, feed, tablets, etc. ■Product Overview The food granular tablet hardness tester is used in factories, production sites, and research institutions. In agriculture, it is particularly used to test the hardness of grains (wheat, rice). It employs advanced testing technology with high precision features, large character display, high resolution, easy operation, and excellent durability and reliability. Measurements can be easily taken on-site. It can also be measured on the workbench of a test lab.

This is a series of digital force gauges that measure the internal resistance that appears in response to external forces acting on an object, rather than measuring the load itself. The measurement range is from 10N to 100N. It determines pass or fail with comparator judgment display. The memory function can store 1000 measurement data points.

With simple handle operations, the hardness of the tablets can be measured. It complies with the United States Pharmacopeia (USP).

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.

● Probe tip diameter 8Φ It is thin enough to easily measure in narrow spaces and curved surfaces. ● Durability of the indenter is over 1 million measurements Due to static pressure loading, regular replacement of parts is unnecessary. ● Measurement possible in just a few seconds It allows for a reduction in measurement time. ● Indentation is minimal (approximately 0.1mm) The indentation is inconspicuous, making it suitable for product inspection. ● No influence from the material of the measurement table (wood, metal, resin, etc.) There is no need to limit the measurement table to metal. ● Free measurement in all directions Measurements can be taken from any direction. ● Upper and lower limit thresholds can be set An alarm will notify you if the measurement value exceeds the thresholds. ● Inline automatic measurement (optional) By incorporating it into the production process, automation of hardness measurement is possible.

It is a portable hardness meter that can measure the hardness of fruits, vegetables, meat, and fish without damaging the sample.

●Measurable in just a few seconds Measurement time can be reduced. ●Small indentation (approximately 0.1mm) The indentation is inconspicuous, making it suitable for product inspection. ●Immediate reading of hardness values (HV, HRC, HS, HBW) The measured hardness can be converted into various scales. ●Tensile strength (N/mm²) conversion function included The measured hardness can be converted into tensile strength. ●No influence from the measurement base (wood, metal, resin, etc.) There is no need to place the test object on a metal base for measurement. ●No influence from the back surface condition of the test object Measurements can be taken without being affected by the back surface of the workpiece. ●Electric probe with a shape that is easy to press against the target, providing excellent stability There is no variation in values between testers. ●Data memory for 2000 points Data can be imported to a computer using data processing software (optional). ●Calibration value memory for 10 points Up to 10 calibration values can be stored according to the test object. ●Handheld and rechargeable, ideal for on-site measurements Can measure large items, complex shapes, indoors and outdoors, including on towers and ships.