Form rebound elasticity testing machine
Form rebound elasticity testing machine
A steel ball with a diameter of 5/8 inches is dropped from a height of 460 mm, and the rebound height is measured.
- Company:高分子計器
- Price:Other
Last Updated: Aggregation Period:Apr 01, 2026~Apr 28, 2026
This ranking is based on the number of page views on our site.
Last Updated: Aggregation Period:Apr 01, 2026~Apr 28, 2026
This ranking is based on the number of page views on our site.
Last Updated: Aggregation Period:Apr 01, 2026~Apr 28, 2026
This ranking is based on the number of page views on our site.
1801~1830 item / All 3622 items
Form rebound elasticity testing machine
A steel ball with a diameter of 5/8 inches is dropped from a height of 460 mm, and the rebound height is measured.
A series of testing tools designed with usability in mind. Here is information about molds and jigs.
This is an introduction to the compression permanent deformation testing device (for rubber), compression permanent deformation test piece vulcanization mold, rubber sheet vulcanization mold, tear test piece cutter, standard line mark (marker), and one-sided immersion testing device. For more details, please contact us or refer to the catalog.
Introduction of a high-performance active magnetic field canceller created by the micro-vibration measurement technology of patented equipment.
The "AMC-331" is a high-performance active magnetic field canceller that protects electron beam application devices from magnetic field fluctuations. By controlling the disturbance magnetic field detected by magnetic field sensors using a combination of a controller and Helmholtz coils, it suppresses the effects of disturbance magnetic fields. It helps improve the images of electron microscopes and enhances the processing accuracy of electron beam processing devices. 【Features】 ■ Excellent attenuation performance of up to 40-60 dB ■ Achieves about 1/10 the cost compared to magnetic field measures using shielding ■ Simply fix the coils around the device ■ Design coils according to the target device ■ Control multiple disturbance magnetic fields precisely based on frequency analysis *For more details, please refer to the PDF document or feel free to contact us.
Possible from 3 points to multi-point support! Micro-vibration control technology tailored to the specifications and requirements of the equipment.
The "α Series" is a pneumatic active micro-vibration control system that brings together the essence of micro-vibration control technology. As semiconductors and liquid crystals become increasingly miniaturized, there is a transition towards higher precision and speed to improve production efficiency, where technology that can quickly eliminate large direct disturbances is required. This product meets the demands of such a market, offering excellent vibration isolation performance, control performance, and recovery performance. 【Features】 ■ Excellent vibration isolation characteristics ■ Fast settling time and accurate position control ■ High durability *For more details, please refer to the PDF materials or feel free to contact us.
Consistent support until launch! A total solution made possible by patented equipment.
We provide a "total solution for electron microscopes." We achieve a noise-free environment with a vibration isolation system, magnetic field canceller, and soundproof enclosure. This total solution is made possible by our patented equipment. We offer comprehensive support from pre-environment measurement to installation and startup, so please feel free to contact us when needed. 【Features】 ■ Achieves a noise-free environment ⇒ Vibration isolation system + magnetic field canceller + soundproof enclosure ■ Comprehensive support from pre-environment measurement to installation and startup * For more details, please refer to the PDF document or feel free to contact us.
Buildings, facilities, or machines can be constructed or utilized with their inherent value enhanced!
This catalog introduces vibration control products related to vibration damping, vibration isolation, and seismic isolation. It features "vertical passive damping devices," as well as "horizontal passive damping devices," "horizontal active damping devices," and "floor vibration isolation systems." By using our products, it becomes possible to enhance and utilize the inherent value of buildings, facilities, or machinery. 【Contents (excerpt)】 ■ Field of vibration control ■ Vibration control of patented equipment ■ Vertical passive damping devices ■ Horizontal passive damping devices ■ Horizontal active damping devices *For more details, please refer to the PDF document or feel free to contact us.
Single mode 3Hz band and multiple mode tens of Hz band! Measures against low-frequency noise caused by vibrations of elevated road bridges.
The "mD Series" is a vibration control device installed on elevated road bridges, which serves as a source of vibration, to reduce low-frequency noise and vibration impacts on nearby buildings. Traffic regulation is not required, and trial construction is possible. The adoption record for elevated road bridges is increasing. We clarify the causes of occurrence and respond to solutions from investigation, analysis, and prediction to suitable measures, construction, installation, and effect confirmation. 【Features】 ■ Key solution for low-frequency noise and vibration measures from elevated road bridges ■ Increasing adoption record for elevated road bridges ■ No traffic regulation required ■ Trial construction is possible ■ Clarifying the causes of occurrence and responding to solutions *For more details, please refer to the PDF materials or feel free to contact us.
Pursuing the essence of vibration! Through vibration control, the activity field of patented equipment expands infinitely.
What vibration control aims for is to create an ideal symbiotic relationship connecting people, buildings, and equipment, and to propose new possibilities in the field of environmental technology. This catalog features the "OS-type vibration isolation device." We introduce various devices including "vibration isolation devices for pumps," "vibration isolation devices for chillers," "vibration isolation hangers," "vibration isolation devices for generators," and "damping devices." [Contents (excerpt)] ■ Vibration isolation devices for pumps ■ Vibration isolation devices for air conditioners ■ Vibration isolation devices for air handlers ■ Vibration isolation devices for chillers ■ Vibration isolation devices for refrigeration units *For more details, please refer to the PDF document or feel free to contact us.
Post-installation of the anchor is possible! The vibration-damping device designed specifically for outdoor unit construction significantly improves work efficiency.
The "CSU" is an OS-type vibration isolation device specifically designed for air conditioning outdoor unit construction methods. The number of foundation bolts has been reduced, improving workability. It is also possible to make suitable adjustments for load changes during renovations or expansions by replacing the vibration absorbing body. Additionally, it meets high seismic standards of 2.0G and is available for outdoor use (HDZ35), with options for heavy salt damage specifications (HDZ55). 【Features】 ■ Reduced number of foundation bolts, improving workability ■ Suitable adjustments for load changes during renovations or expansions can be made by replacing the vibration absorbing body ■ Post-installed anchors are possible ■ Design can be tailored to site specifications ■ Meets high seismic standards of 2.0G *For more details, please refer to the PDF materials or feel free to contact us.
Proposal for comprehensive vibration control technology! The history of the Japanese archipelago is a history of living alongside natural threats.
This catalog introduces seismic isolation measures. Seismic isolation measures are based on coexistence with nature and propose comprehensive vibration control technologies such as seismic isolation, earthquake resistance, vibration control, vibration prevention, and vibration elimination. It includes representative years of major damaging earthquakes near Japan, the frequency of earthquakes that have occurred in Japan, the damage conditions of equipment, and examples of seismic isolation and vibration prevention device installations. [Contents (excerpt)] ■ The Japanese archipelago has continuously suffered from major earthquake damage. - Representative years of major damaging earthquakes near Japan. ■ Trends discovered from the analysis of earthquake characteristics and damage. - The earthquake damage to equipment varies depending on seismic waves, building height, and installation levels. - The frequency of earthquakes that have occurred in Japan and the damage conditions of equipment. *For more details, please refer to the PDF document or feel free to contact us.
Adoption of high-elasticity polystyrene foam! A new concept of floating floor construction that enhances the acoustic environment and is resistant to water.
The "PS Block" is a water-resistant, high-foam floating floor material that combines "water resistance" and "vibration-damping performance" using a wet floating floor construction method. Developed with high-elasticity polystyrene foam, it achieves excellent water resistance and soundproofing and vibration-damping effects. It is suitable for addressing floor impact noise in shared areas of apartment buildings, as well as soundproofing and vibration-damping measures in kitchens of complex buildings, unit baths, jet baths, and equipment machine rooms in public facilities. 【Features】 ■ Easy installation and shortened construction period - Lightweight and durable, making it easy to transport - Rainwater measures during construction are hassle-free, allowing for a shortened construction period ■ High vibration-damping performance ■ Low residual strain reliability - Creep performance is equivalent to or better than three types of glass wool cushioning materials *For more details, please refer to the PDF document or feel free to contact us.
We will introduce a case where a DC fluctuating magnetic field was reduced to less than 1/100 by an active magnetic field canceller!
We will introduce a case study on countermeasures for direct current magnetic field interference in scanning electron microscopes (SEM). For the SEM installed in a demo room within an office building, the magnetic field effects caused by nearby railway lines were reduced using an active magnetic field canceller, improving the environment. The active magnetic field canceller can achieve significant improvement effects simply by installing coils or similar devices around the target equipment. 【Case Overview】 ■ Key Points of the Countermeasure: Significant magnetic field fluctuations occur constantly near direct current railway lines. ■ Cause: Multiple railway lines located near the target building. ■ Countermeasure and Effect: The active magnetic field canceller reduced the direct current fluctuating magnetic field to less than 1/100. *For more details, please refer to the PDF document or feel free to contact us.
Air-tight waterproof performance testing device
This is a leak detection device that employs a distortion detection method for airtightness and waterproof performance testing. It conducts airtightness and waterproof performance tests by measuring the distortion on the surface of the workpiece that occurs when pressure is applied around it. Since it uses a non-submersion method with air pressure, there is no risk of damaging defective workpieces due to immersion. There are semi-automatic and automatic types available. It is equipped with two distortion sensors in the capsule, allowing simultaneous airtightness and waterproof testing of multi-chamber structures. The maximum measurement pressure is [0.05 MPa]. It excels in pressure resolution at low pressures, making it ideal for airtightness and waterproof testing of waterproof portable devices and multi-chamber structural components. It can be set in 1 kPa steps, allowing for stable leak detection at optimal test pressures, even for workpieces that are prone to deformation due to pressure.
A compact and lightweight device that achieves AC dielectric strength testing.
Typically, when conducting an AC dielectric strength test, voltage is applied between the windings of the equipment and between the windings and the enclosure (earth potential) to verify insulation strength. In this case, the load from the perspective of the testing device is capacitive (equivalent to a capacitor). When realizing a testing device that corresponds to such a load, this "self-compensating AC dielectric strength testing device" has been designed to be as lightweight and compact as possible, focusing on its capacitive nature. Similarly, the compensation reactor type AC dielectric strength testing device has been widely adopted for the same purpose. Additionally, in small-capacity dielectric strength testing devices (standard type), it is common for the load to be unrelated to capacitive loads. For more details, please contact us or refer to the catalog.
High acceleration testing (up to 34,000 rpm, 100,000 G). Temperature control within the chamber is possible. Complies with standards such as JIS, MIL, and IEC.
The "Centrifugal Constant Acceleration Testing Device" detects structural and mechanical defects in semiconductor components. 【Features】 - Uses steel double-ring copper and slide doors for rotor chamber protection - Employs non-contact eddy current sensors for detecting unbalance in rotating bodies - Incorporates an over-speed protection mechanism that stops the motor if the rotation speed exceeds 20% of the set value - Utilizes a vibration switch for detecting abnormal vibrations in the main unit - Includes a vacuum monitoring mechanism for checking vacuum levels For more details, please download the catalog or contact us.
LabWorks is a manufacturer specialized in testing equipment for vibration testing!
LabWorks is a manufacturer specializing in testing equipment for vibration testing, equipped with sophisticated engineering technology and manufacturing facilities. LabWorks' extensive experience allows for the development and manufacturing of devices that assist customers in their analysis, ranging from the design of microprocessors to analog-based control systems, leading to more refined and dynamic mechanical designs. The broad engineering knowledge gained from field experience has successfully been fed back into product development, increasing reliability. We handle a variety of products, including the maximum excitation force of 2200N "LW127.123-500," maximum excitation force of 1000N "LW127.141-225," high-performance exciter with a center-through type "LW140.141-110," general-purpose full power system exciter with a center-through type "LW139.141-75," general-purpose standard system exciter with a center-through type "LW139.138-40," and general-purpose low power system exciter with a center-through type "LW139.151-30," among many others. For more details, please contact us or refer to our catalog.
Special release! A collection of case studies on shock testing devices. Prevent damage and improve quality. Also reduces transportation costs.
Electronic devices such as mobile devices and digital home appliances are prone to damage from minor shocks, which can lead to malfunctions and failures. By incorporating shock testing during the development/manufacturing stage, it is possible to prevent damage in advance, which also helps improve product quality and reduce transportation costs.
Generate half sine waves, trapezoidal waves, and sawtooth waves. Simulate shock pulses. High operability.
By utilizing the automated shock testing system 'AutoShock-II', the evaluation, design, and optimization of product vulnerabilities and protective packaging can be conducted more efficiently. It can be used in various fields such as aerospace, automotive, home appliances, and precision instruments for design and reliability assessment, as well as protective packaging evaluation and design departments. 【Features】 - Generates half-sine waves, trapezoidal waves, and sawtooth waves to simulate shock pulses. - Comes with Windows-based data collection and analysis software. - Reduces friction with a nitrogen brake system and hydraulic lift mechanism, ensuring high reproducibility. - Low height of the device enhances operability. - Complies with standards such as OEM, ASTM, MIL-STD, IEC, and ISO. For more details, please download the PDF.
For verifying packaging design. Achieving accurate surface, edge, and corner drop tests. Compliant with JIS, ASTM, and other standards.
Cargo in transit can be damaged due to impacts such as falls. The "ACCUDROP AD-160A" is a testing device that reproduces the impact of a fall, allowing for the evaluation of the shock resistance of packaged goods and the effectiveness of cushioning materials. With precise drop control, it enables drop tests with excellent reproducibility at the set angle without adding rotational moments to the test items. It complies with various standards such as JIS, making it useful for verifying packaging designs. 【Features】 ■ Reproduction of corner and edge drops is possible using fixtures ■ Complies with testing standards such as JIS, ISTA, ASTM, ISO, and MIL ■ Two models with different maximum load capacities are also available *For more details, please refer to the materials. Feel free to contact us with any inquiries.
【Temperature range -50℃ to 200℃】Space-saving and energy-efficient, easily usable for temperature environment testing of devices!
The "Thermal Test Partner" is a model developed with the aim of being compact and energy-efficient for easy use in device temperature environment testing equipment. It is designed to save space and energy, making it suitable for a wide range of devices, including mounted circuit boards. The control system is highly versatile, allowing for precise temperature monitoring and management of log data. 【Features】 ■ Compact design of the device ■ Low noise operation ■ Wide temperature range ■ -50℃ to +200℃ ■ High precision temperature control resolution ■ Use of domestically sourced refrigerants *For more details, please contact us or download the PDF.
A lineup of testing machines that comply with international standards such as ISO and EN. Adopted in a wide range of fields from aerospace to textiles.
Our company sells the "Combustion Testing Equipment" from Concept Equipment, which is used in a wide range of fields such as aerospace, railways, marine, construction, plastics, and textiles. Testing can be conducted in accordance with international standards such as ISO, EN, BS, IEC, IMO, ASTM, and FAA, allowing for the evaluation of product flammability, smoke density, ignitability, toxicity, and more. 【Product Lineup】 - Oxygen Index Module - NBS Smoke Chamber (compliant with BS6401, ASTM E662, etc.) - UL94 Frame Chamber (compliant with UL94, IEC) - FAA 4C Flammability Chamber (in accordance with FAR Part 25) - Vertical Fiber Testing Machine (compliant with EN ISO 6940, 6941), and more. *Please refer to the materials for details on each product. Feel free to contact us with any inquiries.
Usable under high temperature and pressure conditions! Numerous achievements in various university laboratories and corporate research institutes!
The "Flat Membrane Testing Device M20" is a flat membrane testing device for LAB using a cross-flow method. It enables separation using functional membranes in a cross-flow manner, allowing for the evaluation of multiple types of membranes at once, making the selection of membrane types easier. Additionally, the effective membrane area can be adjusted within the range of 0.036 to 0.72 m², making it suitable for small-scale production. 【Features】 ■ Allows evaluation of multiple types of membranes at once ■ Individual permeate from each membrane can be collected separately ■ Capable of high-pressure testing up to 69 bar and high-temperature testing at a maximum temperature of 90°C ■ The flat membrane area can be easily adjusted within the range of 0.036 to 0.72 m² ■ Many achievements in university laboratories and food/manufacturing research institutes ■ Compatible with RO membranes, NF membranes, UF membranes, and MF membranes from various manufacturers for testing *For more details, please refer to the PDF document or feel free to contact us.
Achieve high-precision data acquisition with simple operation! A compact flat membrane testing device useful for research and development!
The cross-flow flat membrane testing device "SEPA CFII" is a membrane testing apparatus primarily used in the research and development departments of chemical manufacturers and water treatment equipment manufacturers. It operates in a cross-flow manner, allowing for the acquisition of useful data for scale-up. Additionally, it is provided as a unit, enabling immediate evaluation and experimentation simply by preparing the supply liquid and flat membrane. It can test various manufacturers' RO membranes, NF membranes, UF membranes, and MF membranes. It supports the detachment of a single flat membrane and small liquid volumes, contributing to simplified operations and cost reduction. 【Features】 ■ Cross-flow method ■ Compact ■ Easy operation ■ Economical ■ Maximum operating pressure 6.9 MPa *For more details, please refer to the PDF document or feel free to contact us.
Flexural resistance
Model 266: Investigate the cracking of paint when bent using a round mandrel. Model 312: Examine the elongation of paint applied to the test piece using a conical mandrel.
Impact resistance
A testing machine for measuring the cracking, damage, adhesion, and elasticity of coatings. It forms a bulge by dropping a weight with a hemispherical tip onto a painted thin plate. Adjustments are made based on the height of the drop and the weight of the weight.
This is a model suitable for thin sheet forming at low ranges in workplaces and workshops. Compliant with International Organization for Standardization (ISO) standards.
The wrinkle suppression force is set at the standard value of 10 kN, and the Erichsen value is displayed on the screen. Using an optional illuminated microscope makes it easy to detect cracks.
It is ideal for factories and quality control where regular testing is required. It is a testing machine capable of all deep drawing tests in accordance with international standards.
This testing machine is fully automatic and allows for customized testing by using the appropriate test tools. The test cylinder is equipped with three pistons, similar to models 142, 145, and 146, and performs the entire testing process with a single operation. Additionally, this test can provide analog output and record data. There is also software available for data analysis, such as deep drawing values.
This is a testing machine for hydraulic deep drawing tests, including FLC tests and bulge tests. The test plates can be tested up to 400X650mm.
This is a high-performance testing machine capable of using ball punches up to 200mm, with a maximum squeezing force of 1,000kN. After a crack occurs, it can be stopped automatically or manually. Height measurement is done using a measuring probe or optically.
Equipped with automatic test sequence functionality. The ideal model for performing intermediate range plate thickness and speedy quality control.
The squeezing punch automatically stops after detecting a crack and displays the squeezing value digitally. Optionally, data can be output to a PC. Additionally, by using an optional illuminated microscope, cracks in coated samples can also be detected.
Quality control, of course, is a testing machine with high performance in material research and material development.
This electric and hydraulic testing machine has a capacity of either 200kN or 400kN and allows for operation in either automatic control or manual mode. It digitally displays parameters such as drawing force and wrinkle suppression force, and can be connected to a PC via analog output to record displacement diagrams. As an option, it can also enable measurement evaluation and operation of the testing machine via PC. Additionally, it can perform other tests such as corner tube drawing tests, warm deep drawing tests (up to 550°C), high-speed drawing tests, and Fukui tests.