アイ・ティー・エス・ジャパン Product Lineup

The "IM Series" is Imatec's impact testing machine. Simply hitting a product and determining whether it "breaks" or "does not break," as well as observing the fracture surface, is not sufficient to fully understand its impact resistance. With the company's impact testing machines, which have responded to high global demands, you can visibly demonstrate that your product possesses "world-class safety performance." 【Product Lineup】 ■IM1P ■IM10-T ■IM10-R ■IM100 ■IM100 Twin Tower *For more details, please refer to the PDF document or feel free to contact us.

The "DWT Series" is a drop weight impact testing machine equipped with sensors for instant data collection of DWTT for line pipe steel. Impact tests exceeding a maximum load of 1 MN instantly digitize data such as "crack propagation energy," "plastic deformation," and "crack initiation load," which serve as guidelines for evaluating line pipe steel materials. Additionally, we provide advanced analysis that captures the growth rate of cracks originating from notches using high-speed video cameras, linking it to impact energy. 【Features】 ■ Significantly reduces the footprint compared to pendulum-type impact testing machines ■ High reproducibility of tests allows for accurate data comparison ■ Simple structure ensures high durability and excellent maintainability ■ Utilizes high-resolution piezoelectric load transducers ■ Complies with API standards *American Petroleum Institute *For more details, please refer to the PDF document or feel free to contact us.

The "QC-633" is a manual dart impact testing machine that complies with the standard test for evaluating the impact resistance of plastic films. It supports both Method A and Method B. The film is placed in a holder with a diameter of 127mm, and darts with a diameter of 38.1mm for Method A and 50.8mm for Method B are dropped onto the clamped film. Darts set at a specified height are dropped to conduct the film impact resistance test. Generally, 20 tests are repeated, recording the drop height, dart weight, and whether the film has fractured during each test. This record serves as reference data representing the impact resistance of each film. 【Applicable Test Standards】 ■ASTM D1709 ■GB/T 9639 *For more details, please refer to the related links or feel free to contact us.

The QC-636 is a drop weight impact testing machine capable of displaying and analyzing test data through software. In standard tests, a 5 kg drop weight (including the striker) is dropped from a height of 1 meter to deliver an impact energy of 50 J, capturing the impact energy absorbed by the sample. It is suitable for evaluating the shock absorption performance of packaging materials used for body protection gear and the transportation of precision machinery. 【Features】 ■ Automatically sets the drop weight to the specified test height ■ Connection with the drop weight via an electromagnet (safe structure during connection) ■ Safety mechanism to prevent the drop weight from falling during a power outage (fail-safe) ■ Low-friction guide mechanism that does not hinder the drop of the weight ■ Display and analysis of test data through software *For more details, please refer to the related links or feel free to contact us.

The "QC-637B" is a drop ball impact testing machine that drops a steel ball of a specified size from a certain height onto a sample placed on the testing platform, delivering an impact to the sample surface. After the impact, the damage to the sample surface is checked, and the drop height and dimensions of the steel ball are adjusted according to the test sample. Please feel free to contact us if you have any inquiries. 【Applicable Testing Standards】 ■JIS A5403 ■JIS K6745 *For more details, please refer to the related links or feel free to contact us.

The QC-913 is a pendulum-type Charpy impact testing machine designed for high-impact energy, making it suitable for evaluating metallic materials. The impact energy absorbed by the sample is determined from the difference in the angle of the hammer set before the impact and the angle after the swing. It features high precision and excellent operability, with the raised hammer automatically returning to its original position after the test. The test data is displayed on a digital screen, so users do not need to perform any calculations. 【Applicable Test Standards】 ■EN10045 ■ASTM E23-00a ■GAB/T 229 *For more details, please refer to the related links or feel free to contact us.

The "QC-915" is a system for machining V-shaped and U-shaped notches in metal samples for impact testing. Notches are machined in a single operation. Accurate notch machining is performed using a precision cutting tool. Since the type of notch varies by standard, the depth can be easily adjusted, and by swapping out different cutters, it accommodates not only ISO 148 but also shapes from different standards. 【Applicable Test Standards】 ■ISO 148 ■ASTM E23 *For more details, please refer to the related links or feel free to contact us.

The "QC-639 C/D" is a pendulum-type testing machine suitable for impact testing of resin samples. It calculates the impact absorption energy based on energy equivalence exchange. The set angle of the hammer not only affects the impact velocity and the position of the weight but also influences the test data, so the impact angle of the hammer is accurately recorded by a pointer. Data calculations and corrections can be easily performed using dedicated software. 【Applicable Test Standards】 ■ASTM D256 ■ASTM D6110 ■ISO179 ■ISO180 ■ISO13802 *For more details, please refer to the related links or feel free to contact us.

The "QC-639 S/T" is a digital impact testing machine used to evaluate the impact characteristics of resin samples. It calculates the impact absorption energy based on energy equivalence exchange. The angle at which the hammer is raised not only affects the impact velocity and the position of the weight but also influences the test data. Therefore, the hammer's raised angle is detected with high precision using an encoder, and the impact energy is automatically calculated from that angle, with automatic correction for energy attenuation due to air resistance and friction. 【Applicable Test Standards】 ■ASTM D256 ■ASTM D6110 ■ISO179 ■ISO180 ■ISO13802 ■ISO8256 *For more details, please refer to the related links or feel free to contact us.

The "QC-639 R/U" is a digital impact testing machine used to evaluate the impact properties of resin samples, controlled by software. The hammer's lifting angle not only affects the impact speed and the position of the weight but also influences the test data. By automating the process from setting the hammer to the test position to its release, it achieves high-precision control of the hammer's lifting angle while ensuring operator safety. Control and test data are managed via a 7-inch touchscreen. Additionally, the hammer angle is detected by a high-precision encoder, which automatically calculates the impact energy from that angle and compensates for energy attenuation due to air resistance and friction. 【Applicable Test Standards】 ■ASTM D256 ■ASTM D6110 ■ISO179 ■ISO180 ■ISO13802 ■ISO8256 *For more details, please refer to the related links or feel free to contact us.

The "QC-640A" is a system for creating V-shaped notches on samples for impact testing. The precision of the notch processing also improves the accuracy of the test data. Since the type of notch varies by standard, the depth of the notch can be easily adjusted, and different cutters can be exchanged to accommodate various notch shapes. The processing speed can be adjusted to minimize the impact on the sample characteristics due to processing. 【Applicable Test Standards】 ■ JIS K7110 ■ ASTM D256 ■ ASTM D6110 ■ ISO 179 ■ ISO 180 ■ ISO 2818 *For more details, please refer to the related links or feel free to contact us.

The "QC-641" that we handle is a DuPont-style drop weight impact testing machine primarily used for evaluating the adhesion of paints. The anvil and striker on the sample receiving side can be changed to various shapes. The drop weight can be selected from 300g, 500g, 800g, or 1000g, and the drop height can be freely set. By freely dropping strikers of various shapes to apply impact, the adhesion of the paint is evaluated based on the condition of the sample surface. 【Applicable Testing Standards】 ■ JIS K5400 ■ JIS K5640 ■ ASTM D2794 ■ ISO 6272 *For more details, please refer to the related links or feel free to contact us.

In the automotive industry, safety during collisions is the most important issue. It is essential to protect occupants from the impact during a collision. Evaluating the impact resistance of products and ensuring safety is indispensable for automobile manufacturers. The drop-weight impact testing machine "IM Series" contributes to the evaluation of the impact absorption properties of automotive parts. 【Usage Scenarios】 * Collision testing of automotive parts * Evaluation of shock-absorbing materials * Safety performance evaluation 【Benefits of Implementation】 * Objective evaluation of product safety * Acquisition of data useful for design improvements * Increased reliability

In the aerospace industry, impact resistance evaluation is essential to ensure product safety and reliability. In particular, aircraft components and structural materials must withstand collisions and impacts, making accurate performance assessment crucial. Insufficient impact resistance can lead to serious accidents. The drop weight impact testing machine "IM Series" is designed to evaluate the impact resistance of products in the aerospace field and enhance safety. 【Application Scenarios】 * Impact testing of aircraft components * Impact testing of spacecraft structural materials * Impact testing of composite materials 【Benefits of Implementation】 * Improved product safety * Strengthened quality control * Enhanced reliability

In the electronics industry, durability against impact during falls is crucial to ensure product reliability. Failures due to product drops can lead to customer complaints and a decline in brand image. The IM series accurately measures the impact when a product falls and assesses the product's safety. This helps in improving product design and quality management. 【Usage Scenarios】 - Drop testing for smartphones, tablets, PCs, etc. - Impact testing for electronic components - Durability evaluation of products 【Benefits of Implementation】 - Improved product reliability - Enhanced efficiency in quality management - Increased customer satisfaction

In the packaging industry, the impact resistance of packaging materials is crucial for protecting products during transportation. To prevent product damage and ensure safe delivery to customers, it is necessary to accurately assess how much external impact packaging materials can withstand. The drop weight impact tester "IM Series" objectively evaluates the protective performance of packaging materials through the assessment of compressive impact and shock absorption, ensuring product safety. 【Usage Scenarios】 * Cardboard boxes * Cushioning materials * Packaging materials * Products during transportation 【Benefits of Implementation】 * Reduces the risk of product damage * Increases customer satisfaction * Lowers transportation costs * Optimizes packaging materials

In the sports equipment industry, the safety and durability of products are highly valued. Particularly for products exposed to impacts and external forces, their shock resistance performance significantly affects product quality. Damage to products or deterioration in performance not only threatens consumer safety but can also undermine corporate trust. The drop weight impact testing machine "IM Series" analyzes the behavior of products when subjected to impacts in detail, evaluating their safety. 【Usage Scenarios】 * Impact testing of sports equipment * Evaluation of product durability * Quality control in product development 【Benefits of Implementation】 * Improvement in product safety * Enhancement of product quality * Gaining trust from customers

In the medical device industry, product safety is the top priority. To protect patient safety, medical devices must withstand various shocks and loads. Product failures not only threaten patient health but can also undermine corporate trust. The drop impact testing machine 'IM Series' is essential for evaluating the shock resistance of medical devices and ensuring product safety. 【Usage Scenarios】 - Drop testing of medical devices - Evaluation of damage due to impact - Assessment of product durability 【Benefits of Implementation】 - Improvement of product safety - Strengthening of quality control - Enhancement of corporate reliability

In the railway industry, evaluating the vibrations and impacts that vehicle components endure is essential to ensure safety and durability. In particular, selecting parts that can withstand long-distance operations and harsh environments requires accurate testing data. Insufficient impact resistance can lead to early deterioration of components and accidents. Our drop-weight impact testing machine, the 'IM Series,' provides data to enhance the safety of railway vehicles through evaluations of compressive impact, shock absorption, and Charpy tests. 【Application Scenarios】 * Impact testing of railway vehicle components * Vibration testing * Evaluation of shock-absorbing materials 【Benefits of Implementation】 * Improved product reliability * Enhanced safety * Reduced product development time

In the defense industry, it is extremely important to maintain product performance against the impact of explosions. Since the durability evaluation of products is related to human life, highly reliable testing is required. The IM series conducts tests assuming impacts from explosions to evaluate product safety. 【Application Scenarios】 * Impact testing of explosives and protective clothing * Durability evaluation of defense-related products * Impact resistance evaluation during the product design phase 【Benefits of Implementation】 * Improved product reliability * Ensured safety * Product design enhancements

In the infrastructure industry, evaluating the strength of materials is essential to ensure the safety and durability of structures. Particularly for structures exposed to earthquakes and impacts, the impact resistance of materials becomes a crucial factor. Insufficient impact resistance can lead to damage or collapse of structures. The drop weight impact testing machine 'IM Series' verifies the safety of infrastructure structures in a visible manner by applying impact to products and assessing their impact resistance. 【Application Scenes】 * Bridges * Tunnels * Dams * Roads * Building structures 【Benefits of Implementation】 * Improved safety of structures * Enhanced reliability of materials * Optimization of design * Reduced risk of accidents

In the energy industry, the reliability of insulating materials is crucial for ensuring the stability and safety of power supply. Insulating materials must withstand external shocks and environmental changes while maintaining their performance over long periods. Insulation failures can lead to accidents or outages in power systems, potentially causing significant economic losses. The drop weight impact testing machine "IM Series" evaluates the impact resistance of insulating materials and visibly demonstrates the safety of the products. [Application Scenarios] - Impact testing of insulating materials - Impact testing of electrical cables - Impact testing of insulators [Benefits of Implementation] - Improved reliability of insulating materials - Enhanced safety of products - Reduced risk of accidents

In the marine structures industry, measures against deterioration due to corrosion are essential to ensure the long-term reliability of products. Particularly for structures exposed to harsh marine environments, corrosion can lead to a decrease in strength, potentially resulting in serious accidents. The drop-weight impact testing machine 'IM Series' helps evaluate the resistance of products to impacts in a corroded state, ensuring safety. 【Application Scenarios】 - Corrosion testing of marine structures - Performance evaluation of products with anti-corrosion treatments - Impact durability assessment under corrosive environments 【Benefits of Implementation】 - Improved product safety - Long-term product lifespan prediction - Feedback for product design - Gaining customer trust

In the home appliance industry, it is essential to protect products from shocks that occur during transportation. In particular, drops and vibrations during transport can lead to product damage or performance degradation. Our drop impact testing machine, the 'IM Series,' is necessary to evaluate whether products can withstand shocks during transportation. 【Usage Scenarios】 - Drop testing of home appliances - Evaluation of packaging material's shock absorption - Vibration testing during transportation 【Benefits of Implementation】 - Reduced risk of product damage - Improved quality control - Increased customer satisfaction

In the oil industry, the safety of infrastructure such as pipelines is extremely important. In particular, the toughness evaluation of steel used in low-temperature environments and high-pressure conditions is essential for accident prevention. The occurrence and propagation of cracks can lead to serious accidents, so accurate assessment is required. The DWTT instrumentation testing machine "DWT Series" instantly digitizes data such as "crack propagation energy," "plastic deformation," and "crack initiation load" for line pipe steel, allowing for the evaluation of steel safety. [Application Scenarios] - Toughness evaluation of pipeline steel - Steel evaluation for oil drilling rigs - Steel evaluation for storage tanks [Benefits of Implementation] - Quantitative assessment of steel safety - Reduction of accident risks - Compliance with API standards

In the gas pipeline industry, safety and durability are the top priorities. To ensure the reliability of pipelines, quality assessment of steel materials is essential, particularly the accurate measurement of "crack propagation energy," which indicates strength against impact. The DWT series contributes to this challenge by instantly digitizing data that serves as a guideline for evaluating line pipe steel materials. 【Application Scenarios】 * Quality assessment of steel materials for pipelines * Performance evaluation of steel materials through impact testing * Measurement of crack propagation energy 【Benefits of Implementation】 * Improved quality control of steel materials * Enhanced safety of pipelines * Increased accuracy of data

In the shipbuilding industry, quality assessment of the steel used is essential to ensure the safety and durability of vessels. In particular, accurately measuring the strength of steel against impact, known as "crack propagation energy," is crucial. Traditional testing methods can be time-consuming and labor-intensive for data acquisition, and there have been challenges with the reproducibility of tests. The DWTT instrumentation testing machine, the "DWT Series," addresses these issues. 【Application Scenarios】 - Quality assessment of shipbuilding steel - Strength evaluation of welds - Material selection 【Benefits of Implementation】 - Improved reliability of steel - Reduced testing time - Enhanced accuracy of data comparison

In the bridge construction industry, the reliability of materials is crucial for ensuring the safety of structures. Particularly for bridges exposed to aging and external impacts, it is essential to evaluate the strength against material failure. If proper evaluations are not conducted, it could lead to early damage to the structure or serious accidents. The DWTT instrumentation testing machine, the "DWT Series," instantaneously digitizes data such as "crack propagation energy," "plastic deformation," and "crack initiation load," which serve as guidelines for evaluating line pipe steel materials and support the structural integrity assessment of bridges. 【Application Scenarios】 - Material selection during the design phase of bridges - Deterioration diagnosis in the maintenance management of existing bridges - Investigation of accident causes 【Benefits of Implementation】 - Quantifies the strength against material failure, enabling objective evaluation - Enhances the safety of bridges - Reduces maintenance costs

In the wind power generation industry, the safety and durability of turbines are the top priorities. In particular, damage to turbine blades caused by strong winds or collisions with foreign objects can lead to decreased power generation efficiency and serious accidents. It is essential to accurately assess the occurrence and propagation of cracks to ensure the safety of turbines. The DWT series instantaneously digitizes data such as "crack propagation energy," "plastic deformation," and "crack initiation load," which serve as guidelines for evaluating line pipe steel materials. This enhances safety assessments during the material selection and design phases of turbines, reducing risks in long-term operations. 【Usage Scenarios】 * Material evaluation of turbine blades * Quality control of turbine components * Safety measures for wind power plants 【Benefits of Implementation】 * Improved safety through quantification of crack propagation energy * Enhanced reliability through increased accuracy of data * International quality assurance in compliance with API standards

Ensuring collision safety in the automotive industry is a crucial issue that involves human lives. As vehicle lightweighting progresses, it is essential to enhance energy absorption capacity during collisions. By accurately assessing the strength and ductility of steel materials and analyzing the occurrence and propagation of cracks in detail, safer vehicle designs can be achieved. The DWTT instrumentation testing machine, the "DWT Series," contributes to this challenge by instantly digitizing data such as crack propagation energy and plastic deformation. 【Application Scenarios】 * Steel material evaluation at automotive parts manufacturers * Collision safety performance evaluation tests * Performance evaluation in material development 【Benefits of Implementation】 * Contributes to improved collision safety * Accurate material evaluation based on data * Enhanced reproducibility of test data

In the aerospace industry, strict evaluation of materials used is essential to ensure the safety and reliability of aircraft. In particular, a material's resistance to impact is a crucial factor in minimizing damage during accidents. When selecting materials, it is necessary to accurately understand data related to crack occurrence and propagation in order to choose the optimal material. The DWTT instrumentation test machine, the "DWT Series," instantly digitizes data such as "crack propagation energy," "plastic deformation," and "crack initiation load," which serve as guidelines for evaluating line pipe steel, thereby strongly supporting material selection in the aerospace field. 【Application Scenarios】 * Material evaluation for aircraft components * Material selection during the design phase of aircraft * Quality control of materials 【Benefits of Implementation】 * Accurate evaluation of material impact characteristics * Improved safety through optimal material selection * Streamlined design processes based on data

In the railway industry, the safety of rails is extremely important for ensuring the operation of trains and the safety of passengers. Rail damage can lead to derailment accidents, making it essential to identify the causes and conduct tests to prevent them. In particular, evaluating the durability of rails and their strength against impacts is crucial for achieving safe operations. The DWTT instrumentation test machine, the "DWT Series," instantly digitizes data on rail crack propagation energy, plastic deformation, and crack initiation loads, supporting the quality assessment of rails. 【Application Scenarios】 - Quality assessment of rails - Development of new material rails - Durability testing of rails - Clarification of crack initiation mechanisms 【Benefits of Implementation】 - Improved rail safety - Reduced accident risks - Extended lifespan of rails - Realization of data-driven quality management

In the plant industry, the most important issues in piping are safety and durability. Damage to piping can lead to serious accidents, and to minimize that risk, it is essential to evaluate the quality of the steel used in the piping. In particular, the assessment of crack occurrence and propagation is a crucial factor that affects the lifespan and safety of the piping. The DWTT instrumentation testing machine, the "DWT Series," instantly digitizes data such as "crack propagation energy," "plastic deformation," and "crack initiation load" of line pipe steel, providing vital information for evaluating the safety of piping. [Application Scenarios] - Quality evaluation of steel used in plant piping - Material selection during the design phase of piping - Safety evaluation and risk management of piping [Effects of Implementation] - Improved safety of piping - Reduced risk of accidents - Increased reliability of steel evaluation data

In the energy infrastructure industry, ensuring the safety of infrastructure facilities such as pipelines is the top priority. In particular, damage from aging deterioration or external impacts can lead to serious accidents. To evaluate the safety of infrastructure facilities, it is essential to accurately measure the "crack propagation energy" of steel materials and assess their impact resistance. The DWTT instrumentation testing machine, the "DWT series," was developed to address this issue. 【Application Scenarios】 * Evaluation of steel materials in pipelines * Evaluation of steel materials in plant facilities * Safety evaluation of infrastructure facilities 【Benefits of Implementation】 * Improved safety of infrastructure facilities * Reduced risk of accidents * More accurate data comparisons, enabling reliable evaluations

In the mining and heavy machinery industry, the quality assessment of steel materials is crucial to ensure the safety and durability of heavy machinery. Particularly for heavy machinery used in harsh environments, resistance to steel material failure is required. The occurrence and propagation of cracks can lead to serious accidents, making accurate evaluation essential. The DWTT instrumentation testing machine, the "DWT Series," instantly digitizes data such as "crack propagation energy," "plastic deformation," and "crack initiation load," which serve as guidelines for evaluating line pipe steel materials, contributing to the safe operation of heavy machinery. 【Application Scenarios】 - Evaluation of steel materials for heavy machinery - Evaluation of components for mining machinery - Evaluation of steel materials for infrastructure facilities 【Benefits of Implementation】 - Improved accuracy of steel material quality assessment - Enhanced safety of heavy machinery - Reduced risk of accidents

In the defense industry, the performance evaluation of armor materials is a crucial factor that influences the reliability of weapons and protective systems. In particular, durability against impacts in actual combat is essential for protecting human lives. It is necessary to accurately assess the impact resistance of armor materials and optimize designs based on that data. The DWTT instrumentation test machine, the "DWT Series," quantifies the "crack propagation energy" of armor materials and evaluates their strength against impacts. 【Application Scenarios】 - Armored vehicles - Bulletproof glass - Protective clothing - Other defense equipment that needs to withstand impacts 【Benefits of Implementation】 - Visualization of the impact resistance of armor materials - Improved accuracy of performance predictions during the design phase - Enhanced product reliability - Contribution to the protection of human lives