EZ Test
Compact Table-Top Universal Tester
Enhanced Testing Functionality in a Compact Body
Full-Range Lineup Performs Wide Variety of Testing
Perform a wide range of materials testing, thanks to extended test strokes, a wide range of test speeds, and a larger test space.
Force measurement is possible to comform to following standards.
JIS B 7721 Grade 1
ISO 75000-1 Class 1
EN 10002-2 Grade 1
ASTEM E4
Introduction movie (wmv/10.0MB)
Perform a wide range of materials testing, thanks to extended test strokes, a wide range of test speeds, and a larger test space.
Force measurement is possible to comform to following standards.
JIS B 7721 Grade 1
ISO 75000-1 Class 1
EN 10002-2 Grade 1
ASTEM E4
Introduction movie (wmv/10.0MB)
Full-range lineup performs wide variety of testing
LONG type [EZ - L]
Maximum capacity 5kN, stroke 920mm
Perform testing up to 5 kN, Ultra long 920mm stroke is ideal for elongation testing of materials that elongate significantly, including rubber and films, and for tensile and bend testing of plastics.
Perform testing up to 5 kN, Ultra long 920mm stroke is ideal for elongation testing of materials that elongate significantly, including rubber and films, and for tensile and bend testing of plastics.
SHORT type [EZ - S]
Maximum capacity 500N, stroke 500mm
The comparatively short stroke and small testing capacity are ideal for testing of electrical and electronic components, food(rheology), pharmaceutical packages and other products.
The comparatively short stroke and small testing capacity are ideal for testing of electrical and electronic components, food(rheology), pharmaceutical packages and other products.
-Easy to use! Closed-front and open-table design in a compact body
-Solid basics! A highly-precise, highly-reliable testing system
-Solid basics! A highly-precise, highly-reliable testing system
EZ-L Testing Applications
Rubber Tensile Test Using 5kN Screw-type Flat Grips + SES-1000 extensometer
This is an example of a dumbbell-shaped rubber specimen being stretched using common-type threaded grips. Use of the SES-1000 extensometer provides accurate measurement of elongation.
This is an example of a dumbbell-shaped rubber specimen being stretched using common-type threaded grips. Use of the SES-1000 extensometer provides accurate measurement of elongation.
O-ring Tensile Testing Using Rotating Roller Grip
Measures the tensile strength of rubber ring-shaped specimens. Linked to the crosshead, the chain rotates the lower rollers, which uniformly elongates the rubber.
Measures the tensile strength of rubber ring-shaped specimens. Linked to the crosshead, the chain rotates the lower rollers, which uniformly elongates the rubber.
Resin Tensile Testing Using 5kN Pneumatic Flat Grips + SIE-560S Automatic Extensometer
Tension is applied to resin via 5 kN pneumatic flat grips.
When used in combination with the SIE-560S automatic extensometer, specimen attachment and release can be performed quickly, increasing the testing efficiency. Also, the high-precision design of the SIE-560S allows elasticity measurement.
(When performing elasticity measurement, be sure the specimen does not fall over. )
Tension is applied to resin via 5 kN pneumatic flat grips.
When used in combination with the SIE-560S automatic extensometer, specimen attachment and release can be performed quickly, increasing the testing efficiency. Also, the high-precision design of the SIE-560S allows elasticity measurement.
(When performing elasticity measurement, be sure the specimen does not fall over. )
Thin Copper Tensile Testing Using 5kN Non-shift Wedge-type Grips + DVE-201 Video Non-Contact Extensometer
Tension applied to a thin copper specimen via 5 kN non-shift wedge-type grips. Use in combination with
the DVE-201 non-contact video extensometer enables measurements of the elastic modulus of the material.
Tension applied to a thin copper specimen via 5 kN non-shift wedge-type grips. Use in combination with
the DVE-201 non-contact video extensometer enables measurements of the elastic modulus of the material.
EZ - S Testing Applications
45-Degree Board Peeling Testing
This test measures the peeling strength of electronic components, specifically, IC pins.
This test measures the peeling strength of electronic components, specifically, IC pins.
Electronic Component Shear Testing
Shear measurement is performed by exerting pressure (pushing) on an electronic component in the longitudinal direction.
Shear measurement is performed by exerting pressure (pushing) on an electronic component in the longitudinal direction.
Food Packaging Bag Tensile Testing
In this example, tensile testing is performed on the opening of a food packaging bag that has been cut off.
In this example, tensile testing is performed on the opening of a food packaging bag that has been cut off.
Boiled Fish Paste (Kamaboko) Elasticity Measurement Testing
This test measures the firmness of boiled fish paste.
This test measures the firmness of boiled fish paste.
Lipstick Bending Test
Measures the firmness of lipstick.
Measures the firmness of lipstick.
Adhesive Tape 180-Degree
Peeling Test
Uses a 180-degree peeling test to measure the adhesion strength of adhesive tape.
Peeling Test
Uses a 180-degree peeling test to measure the adhesion strength of adhesive tape.
Specifications
| EZ-S | EZ-L | ||
| Load Capacity | Max. 500N (Load cell can be selected from 9 types: 1N, 2N, 5N, 10N, 20N, 50N, 100N, 200N and 500N) | Max.5kN (Load cell can be selected from 11 types: 1N, 2N, 5N, 10N, 20N, 50N, 100N 200N, 500N, 1kN, 5kN) | |
| Force Measurement: | Accuracy | Within +/-1% of indicated value( in the range1/1 to 1/250 of load cell rated capacity) | |
| Magnification | x 1 to x 50 equivalent(range-less) | ||
| Calibration | Automatic calibration method(calibration test force:tensile or compression) | ||
| Crosshead Speed Range | 0.05mm/min. to 1000mm/min. | ||
| Dimensions | W371mm x D538mm x H927mm | W371mm x D538mm x H1333mm | |
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