Page 6 - Testing and Inspection Machines

Servopulser Servo Dynamic Systems Viscosity Testing Machines

High-Speed Impact Testing Machine Electromagnetic Force Fatigue/Endurance Testing System Electric Motor Driven Actuator Compact Hydraulic Vibration Generator Force Simulator Flow Tester (Capillary Rheometer) Automatic Mooney Viscometer

Hydroshot HITS Series Servopulser EMT Series NJ-SERVO JF Series CFT-500EX/100EX SMV-301/301RT

As demands for safety and reliability increase, it is becoming increasingly This fatigue/endurance testing system uses an oil-free, clean and quiet The NJ-SERVO electric motor driven actuator utilizes an electric motor drive This easy-to-handle, lightweight and compact hydraulic vibration generator The CFT-500EX/100EX flow tester evaluates the viscosity of resins and The SMV-301 automatic Mooney viscometer evaluates the Mooney viscosity
important to evaluate the dynamic strength (impact resistance characteristics) electromagnetic force drive source. It is capable of high-speed repeated system. High accuracy test control is enabled by a special servo motor and applies a repeated load to actual products, such as automobile parts, other fluid materials based on the temperature, pressure and flow and curing characteristics of rubber. A touch-panel LCD screen enables easy
of materials and parts. The HITS obtains data such as maximum test force, testing at a maximum speed of 2 m/sec and a maximum stroke of ±50 mm. stroke displacement measurement sensor. In addition, the system configuration furniture and structures, to evaluate their endurance. rate. It is ideal for evaluating the flowability of thermosetting resins. operation, and the key performance capabilities, such as evaluating
energy and displacement at speeds up to a maximum 72 km/h (20 m/sec). It has a large testing space and also supports atmosphere testing when the is simpler in comparison to hydraulic actuators, so it is easy to maintain, and temperature recovery characteristics, are outstanding. It is also available with
• Dynamic Test Force : ±5 kN, ±10 kN, ±20 kN, ±30 kN (4 models) • Extrusion Pressure : 0.49 to 49 MPa
Two models are available - a tension type (HITS-T10) and puncture type optional thermostatic chamber is attached. achieves power savings and space savings. This system accommodates a wide • Effective Stroke : ±50, ±100, ±150 mm (selectable) • Test Temperature : (ambient + 20˚C) to 400˚C an ISO and ASTM-based stress relaxing feature (Model SMV-301RT).
(HITS-P10). range of tests with a high degree of expandability. This includes everything • Test Types : Constant temperature test or constant rate heating test • Applicable Standards : JIS K6300, ISO 289, ASTM D1646
Model EMT-1kNV-30 EMT-1kNV-50 EMT-5kN-30 EMT-5kN-50
• Impact Test Force : 10 kN Max. Test Force ±1 kN ±5 kN (Dynamic) from endurance evaluations of the main body and assemblies of automobiles, • Mooney Viscosity Measurement Range : 0 to 200 M
• Speed Setting Range : 0.1 mm/s to 20 m/s (for both static and dynamic testing) ±3.5 kN (Static) aircrafts, and other transportation equipment to endurance evaluations of • Temperature Control Range : (ambient +20 ˚C) to 200 ˚C
• Piston Stroke : 300 mm Stroke ±30 mm ±50 mm ±30 mm ±50 mm stand-alone parts; from multi-axis tests combining multiple actuators to uniaxial
• Controller : Model 4870 Controller (designed especially for high-speed impacting)
• Software : High-Speed Impact Testing Software Max. Frequency 200 Hz 200 Hz 100 Hz tests; and from sine waves to working waveform simulation tests.

Hardness Testers

Electromagnetic Force Micro Material Tester Servopulser Control Unit Torsional Dynamic and Fatigue Testing System Ultrasonic Fatigue Testing Machine Film, Surface Treated Layer, and Microscopic Electronic Components
Evaluation System : Dynamic Ultra Micro Hardness Tester Particle Micro Compression Tester
Micro-Servo MMT Series Controller - 4830 EHF-T USF-2000
DUH-211/211S MCT-211 Series
By utilizing an electromagnetic actuator, this testing machine performs The 4830 is a servo controller for fatigue and endurance test equipment. These testing machines test the torsional strength characteristics of engines, The USF-2000 ultrasonic fatigue testing machine employs ultrasonic vibrations
gram-level test forces or micron level high-speed cyclic loading. It is ideal for The load waveform can be displayed in color LCD. The main operation can turbines, and motors, and of shafts, couplings and clutches that transmit to test the fatigue strength of materials, accomplishing even gigacycles in a A new evaluation system for measuring the material strength of micro The MCT-211 series measures the compression strength of particles
evaluating the dynamic strength of micro materials, small parts or other be easily done with a touch panel. A high performance has been achieved by rotational torque used in automobiles, aircraft, carriages, electric motors, and short period of time. Parameters can be entered and tests monitored via the regions, such as semiconductors, LSI, ceramics, hard disks, vapor (several µm to several 100 µm diameter). It allows the measurement
similar samples. a rangeless measurement function of 24-bit resolution and the latest digital machines. computer provided. deposited films, and thin coating layers, not addressed by previous of the compression strength of individual particles of various
control technology. The 4830 can be connected to a PC with a USB, and can • Static capacity 1.5× that of dynamic capacity • Test Frequency : 20 kHz ±500 Hz hardness testers. It can also be used to evaluate the hardness of materials in the powdered stage of processing, such as ceramics,
MMT-11NV-2 MMT-101NV-2 MMT-101NV-10 MMT-250NV-10 be controlled with software (option). • Torque actuator has outstanding endurance at low friction. • Test Stress : 180 to 900 MPa (with circular tapered specimens)
Test Force Capacity 10 N 100 N 100 N 250 N • Extends the life of hydraulic operating fluid and hydraulic operated devices. • Test Force Ratio : -1 plastics and rubbers. plastics, pigments, food products or pharmaceuticals. The resulting
• Control Method : Fully digital two degrees of freedom PID control data relates closely on how the finished material eventually performs.
Stroke 2 mm 10 mm • Sub controller function enables the specimen to be attached and removed without an overload • Load Range : 0.1 mN to 1961 mN at full scale
• Frequency Response : 1 kHz (controller alone)
Max. Frequency 60 Hz 100Hz being applied to it. • Indentation Depth Range : 0 to 10 µm with 0.0001 µm min. indicated value • Loading Method : Electromagnetic 9.807 mN to 1.961 N (1 to 200 gf)
• Control Channels : 4 Channels • Test Modes : 3 modes (Model 211) or 7 modes (Model 211S)
Power Requirements AC 100 V • Full safety interlock is provided to enable unmanned testing. or 9.807 mN to 4.903 N (1 to 500 gf)
• Analog Input Resolution : 24-bit • Includes the feature for converting to ASCII format. • Indenter : 50 µm diameter diamond cone
• Displacement Measurement : Differential Transformer 0 to 10 µm or 0 to 100 µm
• Optical Viewing System : Includes x500 microscope

Testing and Inspection Machines
6 7 General Brochure 8