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Video measuring machine - 150 x 100 x 100 mm | JVB150
The SINPO's JVB150 series video measuring machines are completely portable, due to small volume of 150 x 100 x 100 mm and a lightweight...
Video measuring machine - 150 x 100 x 100 mm | JVB150
The SINPO's JVB150 series video measuring machines are completely portable, due to small volume of 150 x 100 x 100 mm and a lightweight aluminum design. They are a common esthetic choice for worktables with small volume requirements. They feature a screw rod that offers comfortable handwheel rotation. The lens are set from 0.7X to 4.5X. They X and Y axis feature a grating scale, offering high levels of accuracy. The Z axis can also select the grating scale and perform height measuring, offering usability for different applications.
Optical measurement system for tensile testing
Originally created for composite testing, the Video Gauge is fine tuned for tensile testing. Through specialised algorithms and lenses, the system performs as a class 0.5...
Optical measurement system for tensile testing
Originally created for composite testing, the Video Gauge is fine tuned for tensile testing. Through specialised algorithms and lenses, the system performs as a class 0.5 extensometer for strains under 1%, allowing accurate yield and modulus measurements. Using tailored lenses this range can be extended for strains up to 600%, allowing the priorities to be tuned for each materials.
To integrate with your testing machine, a traditional 10V DC output is possible for interfacing with traditional strain channels. Coupled with the fast specimen preparation and the removal of knife edge drawbacks, the Video Gauge offers a range of advantages compared to traditional method
To integrate with your testing machine, a traditional 10V DC output is possible for interfacing with traditional strain channels. Coupled with the fast specimen preparation and the removal of knife edge drawbacks, the Video Gauge offers a range of advantages compared to traditional method
Optical measurement system for compression testing
Unlike tensile tests grips, compression platens can often inhibit the access to a specimen. Unlike contacting methods though, the Video Gauge only requires a line of site to the specimen that requires measurements thereby removing past...
Optical measurement system for compression testing
Unlike tensile tests grips, compression platens can often inhibit the access to a specimen. Unlike contacting methods though, the Video Gauge only requires a line of site to the specimen that requires measurements thereby removing past limitations. Large strains of rubbers or ductile metals can be monitored without any threat of damage from crushing between the platens, whilst testing through failure improves operator safety from having to reach in to remove contact devices.
A range of gauge lengths from under 1mm to over 100mm is possible, allowing the specimen geometry to be designed independently of the extensometry device.
A 10VDC output can be generated from the video extensometer for integration with existing test machines and software strain channels.
Multiple point-to-point measurements can be made of axial and transverse strain allowing the Video Gauge to act as an averaging biaxial extensometer.
A range of gauge lengths from under 1mm to over 100mm is possible, allowing the specimen geometry to be designed independently of the extensometry device.
A 10VDC output can be generated from the video extensometer for integration with existing test machines and software strain channels.
Multiple point-to-point measurements can be made of axial and transverse strain allowing the Video Gauge to act as an averaging biaxial extensometer.
Optical measurement system for bending testing
Use of the Video Gauge system allows high precision deflection measurements to be taken during a multi-point bend test. This can be for a three or four point bend test of any material through failure. Additional properties can be measured, such as the level of anisotropy as described in the...
Optical measurement system for bending testing
Use of the Video Gauge system allows high precision deflection measurements to be taken during a multi-point bend test. This can be for a three or four point bend test of any material through failure. Additional properties can be measured, such as the level of anisotropy as described in the case study [hyperlink].
Features
Point deflection measurements can be taken for the rollers or specimen, or strain can be directly measured from the surface in tension
Class 0.5 and B-2 requirements are met when tested for strains between 0.1 to 1% of a 20mm gauge length.
Testing through failure is not an issue for the Video Gauge, allowing breaking strains to be measured.
Large deflection ranges are a simple matter of choosing the right lens for the application.
No surface damage will occur from the Video Gauge, giving you more representative data
Multi-point bend tests can be monitored for any size of specimen, from 10mm strips up to helicopter blade cross-sections as in the picture. The measurement range can be simply altered through a change of lens or camera position allowing both large and small components to be tested.
Features
Point deflection measurements can be taken for the rollers or specimen, or strain can be directly measured from the surface in tension
Class 0.5 and B-2 requirements are met when tested for strains between 0.1 to 1% of a 20mm gauge length.
Testing through failure is not an issue for the Video Gauge, allowing breaking strains to be measured.
Large deflection ranges are a simple matter of choosing the right lens for the application.
No surface damage will occur from the Video Gauge, giving you more representative data
Multi-point bend tests can be monitored for any size of specimen, from 10mm strips up to helicopter blade cross-sections as in the picture. The measurement range can be simply altered through a change of lens or camera position allowing both large and small components to be tested.
Optical measurement system for shearing testing
Video Gauges 2D multi-point tracking allows for direct measurements of shear strain. Direct measurements can be taken through measuring the change in angle between three points as in the diagram to the right. Mimicking a +/-45 strain gauge pair is also possible using four points, in order to obtain readings...
Optical measurement system for shearing testing
Video Gauges 2D multi-point tracking allows for direct measurements of shear strain. Direct measurements can be taken through measuring the change in angle between three points as in the diagram to the right. Mimicking a +/-45 strain gauge pair is also possible using four points, in order to obtain readings that will correspond to historic data.
Shear modulus measurements can be taken using these methods for V-notch or short beam specimens of any size using the appropriate hardware, with minimal preparation through a sprayed on speckle pattern. This enables tests to be performed on micro specimens or full sized components.
5 Arc-second resolution measurements ensure that your results are accurate and repeatable.
Measurements through failure can be taken without any threat of damage to the extensometry equipment so tests can run without interruption.
High strain materials can be monitored, whilst accuracy can be maintained by taking the true reading of the inside angle indicated
Video Gauges post-processing feature allows tests to be reviewed and new measurements to be made from the video, giving engineers additional insight in to the failure mode of the material.
Shear modulus measurements can be taken using these methods for V-notch or short beam specimens of any size using the appropriate hardware, with minimal preparation through a sprayed on speckle pattern. This enables tests to be performed on micro specimens or full sized components.
5 Arc-second resolution measurements ensure that your results are accurate and repeatable.
Measurements through failure can be taken without any threat of damage to the extensometry equipment so tests can run without interruption.
High strain materials can be monitored, whilst accuracy can be maintained by taking the true reading of the inside angle indicated
Video Gauges post-processing feature allows tests to be reviewed and new measurements to be made from the video, giving engineers additional insight in to the failure mode of the material.
Optical measuring system / for component testing
When investigating the behaviour of components and assemblies, the multi-point abilities of the Video Gauge has repeatedly helped engineers investigate the true...
Optical measuring system / for component testing
When investigating the behaviour of components and assemblies, the multi-point abilities of the Video Gauge has repeatedly helped engineers investigate the true behaviour of their components. The Video Gauge is able to measure the following properties, each to a sub-pixel accuracy:
Position
Displacement
Rotation
Bend Angle
Strain
Using these details, each element can be studied with a new level of detail, as outlined in examples below. Setups can include up to four cameras, allowing for additional cameras to look at multiple faces or to focus on small areas for higher resolution measurements.
Position
Displacement
Rotation
Bend Angle
Strain
Using these details, each element can be studied with a new level of detail, as outlined in examples below. Setups can include up to four cameras, allowing for additional cameras to look at multiple faces or to focus on small areas for higher resolution measurements.
3-axis measuring microscope - MC-60, MC-70 Series
The MC-60, MC-60T, MC-70 and MC-70T are variants of Meiji Techno's MC Series Brightfield/Darkfield Precision Measuring Systems. This device is capable of brightfield, darkfield, and...
3-axis measuring microscope - MC-60, MC-70 Series
The MC-60, MC-60T, MC-70 and MC-70T are variants of Meiji Techno's MC Series Brightfield/Darkfield Precision Measuring Systems. This device is capable of brightfield, darkfield, and simple polarization observation modes. It is characterized to have high quality metallurgical microscope components, precision X-Y stages and durable stands. These microscopes are available with 2-axis and 3-axis electronic digital readouts both in inches and metric. The series have a transmitted stage light guide, it also have an optional Z-Axis Digimatic indicator and a sliding rotatable polarizer and darkfield lever. MC Series Systems can be operated in 110 or 220 volt, incident or transmitted, binocular or trinocular configurations.