Condenser
Introduction to the condenser.
【Overview】 ■ Condensate spot ■ Various pressure resistance options are available
- Company:東京メータ
- Price:Other
Last Updated: Aggregation Period:Mar 04, 2026~Mar 31, 2026
This ranking is based on the number of page views on our site.
Last Updated: Aggregation Period:Mar 04, 2026~Mar 31, 2026
This ranking is based on the number of page views on our site.
Last Updated: Aggregation Period:Mar 04, 2026~Mar 31, 2026
This ranking is based on the number of page views on our site.
3391~3420 item / All 3560 items
Introduction to the condenser.
【Overview】 ■ Condensate spot ■ Various pressure resistance options are available
Automatically measure important cooling characteristics of the thermoelectric module (maximum temperature difference <ΔTmax>, maximum heat absorption <Qmax>, coefficient of performance <COP>, etc.) and graph them.
This system is a thermoelectric module characteristic testing device composed of our standard thermoelectric module controller TC-1200, an evaluation stage, and a computer. It is equipped with a wide range of applications and can automatically measure and graph all important cooling characteristics of thermoelectric modules, such as maximum temperature difference, maximum heat absorption, and coefficient of performance (COP). Additionally, this system can operate up to four stages independently, allowing for parallel processing of tests such as characteristic testing and shipping inspections (reliability tests, durability tests).
Interlayer peel strength testing device
● By simply applying adhesive tape to a part, interlayer delamination can be achieved, and the delamination strength can be measured. ● The backing work of the adhesive tape allows for multilayer splitting, which was previously difficult. ● It is possible to measure the interlayer delamination strength of various materials, not just ordinary paper, but also laminated paper and others. ● The data measured by the computer can be analyzed for the necessary parts, and data management can be performed.
Printing Suitability Testing Machine (Monochrome Printing)
By incorporating a personal computer data processing system, it is possible to directly measure printing speed and sequentially capture speed data during accelerated printing to draw an acceleration characteristic curve (optional). Additionally, it allows for data management of test conditions during printing (printing speed, printing pressure, printing interval) and measurement data during printing (printing speed, printing pressure).
Soil Stain Printing Test Machine
The structure consists of a plate cylinder, ink kneading roll, drive mechanism, and sensors (for measuring printing speed and printing pressure). It kneads a predetermined amount of ink in the ink kneading roll section while simultaneously spraying a certain amount of atomized water into the ink kneading section to further emulsify the ink. The emulsified ink repeatedly contacts a plate cylinder that has an offset plate wrapped around it for a specified number of times, and by making contact with a transfer roll wrapped with transfer paper, it performs back exposure of the plate and evaluates the background dirt.
Dynamic load capacity maximum ±10kN / Static load capacity ±7kN! The required floor space for the frame is less than 0.8m², making it compact.
The "ElectroPuls E10000" is a state-of-the-art dynamic fatigue testing machine designed for dynamic and static testing of a wide range of materials and components. Equipped with Instron's advanced digital control electronics, Dynacell load cells, console software, and a new testing technique based on the stiffness of the test specimen for hassle-free tuning, electric crosshead lift, a T-slot table that can be flexibly configured for testing, and many other user-oriented features. It operates on single-phase power and does not require additional utilities (such as pneumatic, hydraulic, or cooling water supply) for basic testing machine operations. 【Features】 ■ Oil-free linear motor technology that maintains a clean state ■ Designed for dynamic and static testing of diverse materials and components ■ High dynamic performance, capable of operating at up to 100Hz ■ Operates on single-phase main power, no hydraulic or pneumatic sources needed ■ Temperature-controlled air cooling mechanism *For more details, please refer to the PDF materials or feel free to contact us.
Testing and measuring devices for values such as pressure and flow rate that you want to know.
Inspections and measurements will not have relaxed standards. By conducting inspections and measurements, we want to make numerical judgments regarding whether a product is in the planning stage and aim to improve quality. We will create devices that respond to such needs. Of course, these will not be general-purpose; we will design specialized equipment tailored to the shape of each product.
Experts who are thoroughly familiar with measurement sites will provide suggestions with appropriate balance settings tailored to the installation location and measurement environment, such as heat resistance and cold resistance!
Mikyo Manufacturing is a specialized manufacturer of testing machines and measurement devices. We have renewed our "Testing Machine LINE UP CATALOG" for the first time in about 20 years, offering innovative products through a combination of high-level expertise in software, electronics, and mechanics. In addition to the conventional testing machines and measurement devices that contribute to production and development sites, as well as material research and development fields, we have a lineup of various new testing devices that meet the needs of the times. We introduce a range of universal testing machines, including the high-temperature tensile observation device "CATY-T3H," which features high-speed heating, energy efficiency, and space-saving design, as well as tribology friction and wear testing machines, creep testing machines, and impact testing machines. [Contents Included] ■ Universal Testing Machines ■ Tribology Friction and Wear Testing Machines ■ Creep Testing Machines ■ Impact Testing Machines ■ Durability and Strength Testing Machines ■ Household Goods Testing Machines ■ Other Testing Devices *For more details, please refer to the PDF materials or feel free to contact us.
2 in 1! Voltage and resistance testing possible with one device. Cost reduction for coil testing!
The AC/DC withstand voltage and resistance testing machine TH9201B features a "simple" and "compact" structure, equipped with cutting-edge technology and interfaces, making operation more convenient and incorporating more practical functions. It is suitable for transformers, devices, and especially for components used in safe winding inspections.
2 in 1! Voltage and resistance testing possible with one unit. Cost reduction for coil testing!
The insulation resistance/withstand voltage tester TH9320 is an economical and advanced safety tester. It can display small characters, is lightweight, and easy to operate! It can be widely used for safety testing of household appliances, transformers, electrical components, and more.
Compliant with VDE 0434, IEC 60270, EN 50178, VDE 0884, IEC 60747-5-5, UL 1577, etc.
This is for laboratory or on-site measurement of partial discharge in medium and high voltage components in accordance with VDE 0434, IEC 60270, EN 50178, VDE 0884, IEC 60747-5-5, UL 1577, etc. Partial discharge (PD) is a localized discharge that occurs at defects or uneven areas. PD measurement is a so-called "non-destructive test" used to assess the quality of insulating materials. Unlike pure high voltage testing, the test specimen is not pre-damaged at low PD levels. Partial discharge measurement requires at least one coupling capacitor, measurement impedance, and a partial discharge measurement device (PD meter). The MPS partial discharge test set and PD meter comply with IEC 60270 and IEC 60060. High voltage (Hi-Pot) and partial discharge tests can be conducted in accordance with VDE 0884, IEC 60747-5-5, IEC 60664, IEC 61730-2, UL 1577, and others.
Using high-speed sampling technology, it is possible to save the waveforms of the standard/master coil and the DUT (Device Under Test) in the measuring instrument. Partial discharge testing is possible!
The Impulse Winding Tester ST-10K is an essential device for testing winding products such as transformers, motors, rotors, stators, electric valves, generators, and all types of coils. It provides an ideal testing method for detecting insulation failures and uses high-speed sampling technology to store the waveforms of the standard/master coil and the DUT (Device Under Test) in the measuring instrument. By comparing the waveforms of the master and the DUT, it is easy to identify areas without issues. Furthermore, it can display the ideal coil waveform as a master and calculate the inductance values of partial discharges, making the ST-10K particularly effective for production and quality control.
A waterproof testing device for analysis that inspects leakage points in the work using emerging bubbles. Custom orders and modifications are also accepted.
The "HPT8701P02" is a waterproof testing device for analysis that inspects the leakage points of a workpiece by submerging it in water after pressurizing it with air inside a container, allowing bubbles to emerge. It is also possible to inspect for water leakage at depths of up to 20 meters by directly submerging the workpiece and pressurizing it with air. This product allows for the insertion of a pressurized workpiece into water, and when the air inside the container is exhausted, bubbles will emerge from any leaking workpiece, indicating that there is a leak. 【Features】 ■ Pressure: Max 0.2 MPa ■ Capable of inspecting for water leakage at depths of up to 20 meters ■ Containers can be designed to fit the workpiece size and test pressure *For more details, please refer to the catalog or feel free to contact us.
A variety of grips are available! The maximum load with the combination of a servo motor and ball screw is 5kN.
The "QC-548M1F Series" is a compact universal testing machine with a single-column structure that does not require a large installation space. It allows for stroke adjustments according to sample dimensions and offers a variety of grips (such as air grips, thread grips, and vice grips) to accommodate various tests. The user-friendly software supports multiple languages and features real-time display of test data, reporting functions, data analysis capabilities, and archiving of saved data. 【Features】 ■ Accurate position adjustment using a jog controller ■ Optional corrosion protection for load sensors ■ Automatic recognition and calibration function for load cells ■ Control via PC using M1F software ■ Supports tensile (compression) tests, bending tests, peel tests, displacement maintenance tests, and more *For more details, please refer to the PDF materials or feel free to contact us.
Control via PC is possible! The M1F controller supports tensile (compression) tests, bending tests, and more.
The "QC-526M1F-Extended" is a versatile testing machine with a double column design that combines a standard test space with a longer stroke. The maximum load, achieved through a combination of a servo motor and ball screw, is 20kN. It allows for stroke adjustments to accommodate various sample dimensions and a wide range of grips (such as air grips, thread grips, and vice grips), making it suitable for various tests. 【Features】 ■ Precise position adjustment using a jog controller ■ Optional corrosion protection for load sensors ■ Automatic recognition and calibration function for load cells ■ Maximum load of 20kN achieved through a combination of a servo motor and ball screw ■ Compatible with tensile (compression) tests, bending tests, peel tests, and displacement maintenance (tensile/compression) tests via the M1F controller *For more details, please refer to the PDF document or feel free to contact us.
The QC-501M1F is a universal testing machine suitable for testing samples and products with a maximum load of 300 kN.
It consists of a servo motor, a high-precision transmission, and the M1F controller. The M1F software operates on Windows and supports tensile, compression, bending, peeling, and tear tests. The robust and durable system structure enhances test stability and reduces issues during high-load measurements. It is ideal for tests requiring high loads on metals, composites, and construction materials. The servo motor excels in quiet operation and precise control, allowing for high-accuracy test data. It can be operated directly from an optional 7-inch display, enabling standalone testing of the system. Precise adjustments of vertical movement using a jog controller facilitate accurate alignment at the start of tests and during the calibration process of load cells, preventing overload. The wide speed range of 0.2 to 375 mm/min accommodates numerous standard tests.
Contributing to yield improvement through strength testing, surface inspection, and environmental testing of semiconductors.
In the semiconductor manufacturing industry, improving yield is a critical issue. The quality of metal coatings on wafers significantly affects product reliability and yield. Poor adhesion strength of the coating or incompatibility with the substrate can lead to various problems, potentially lowering yield. By utilizing testing equipment such as the indenter from Nanovia, it becomes possible to detect these issues early and implement countermeasures. 【Application Scenarios】 - Mechanical strength verification of metal coatings on wafers - Evaluation of adhesive failure, cohesive failure, and critical load of polymer coatings - Scratch resistance testing of multilayer thin films - Friction evaluation of self-cleaning glass coatings - Scratch testing under high-temperature conditions 【Effects of Implementation】 - Improved yield through quality assessment of coatings - Enhanced product reliability - Reduction of defective products - Increased efficiency in research and development
Applying semiconductor inspection technology to evaluate the biocompatibility of medical devices.
In the medical device industry, the evaluation of biocompatibility is essential to ensure the safety and reliability of products. Particularly for implants and devices implanted in the body, the biocompatibility of coating materials is crucial, influencing long-term safety and functionality. Delamination or degradation of coatings can potentially cause adverse effects on patients. Our wafer polymer coating testing considerations apply technologies developed in semiconductor inspection to contribute to the evaluation of medical device coatings. 【Application Scenarios】 - Coating evaluation of implant materials - Durability testing of medical polymer coatings - Friction evaluation in biocompatibility testing 【Effects of Implementation】 - Improved product reliability through mechanical strength evaluation of coatings - Durability assessment of coatings through scratch testing - Enhanced biocompatibility through friction evaluation
Support for materials testing in the aerospace field.
In the aerospace industry, lightweight design and high durability are required simultaneously. In particular, the materials used for aircraft bodies and components must maintain performance under harsh environmental conditions. Evaluating the adhesive strength, wear resistance, and heat resistance of metal coatings and polymer coatings is essential to ensure product reliability. Tests using Nanovia's indenters and tribometers contribute to solving these challenges. 【Application Scenarios】 * Coating evaluation of aircraft components * Surface treatment evaluation of space structural materials * Development of new materials aimed at weight reduction 【Effects of Implementation】 * Improved material durability * Enhanced product reliability * Shortened development time
Evaluate the strength of semiconductor coatings and improve tamper resistance.
In the security industry, products with high tamper resistance are required to prevent unauthorized access and tampering of devices. In particular, semiconductor devices need to be protected from physical attacks, making the strength and adhesion of coatings crucial. Delamination or damage to the coating can lead to vulnerabilities in the device. Our wafer polymer coating tests evaluate the adhesive strength and scratch resistance of coatings, contributing to the improvement of tamper resistance. 【Use Cases】 - Coating evaluation of semiconductor devices - Protective coating evaluation for security chips - Evaluation of electronic components requiring tamper resistance 【Benefits of Implementation】 - Improvement in coating quality - Increased reliability of devices - Reduced risk of unauthorized access and tampering
Evaluation of compression impact and shock absorption! Testing machine to enhance automotive safety.
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
Shock test for the aerospace field! Instrumented impact testing machine with a speed of 20 m/s.
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
Evaluate the durability of sports equipment! Ensure product safety through impact testing.
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
For evaluating compression impact and impact absorption properties, as well as for Charpy tests! Instrumented impact testing machine with a high speed of 20 m/s.
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