Laser Extensometer

Description: Tinius Olsen model 600LS non-contacting extensometer is designed to measure the extension of medium to high elongation materials, typically elastomers. Since there is no contact of this extensometer with the sample, the 600LS is ideal for also measuring the elongation of fragile

• Length: 5.67 inch
• Test Applications: Ductility, Physical / Thermal Properties
• Type: Extensometer

Description: the sample, the laser scanning beam will measure the separation of the reflective gage marks at a scan rate of 320 scans per second. Unlike other non-contacting extensometers, if the scanning beam is interrupted for any reason, elongation measurements will automatically be corrected

• Length: 7.09 inch
• Test Applications: Ductility, Physical / Thermal Properties
• Type: Extensometer

Description: These extensometers are high precision non-contacting units for strain measurement in materials testing. They use a high speed laser scanner to measure the spacing between reflective tape strips on the sample. The measurement range is from 0.3 to 5 inches (8 to 127 mm) on the LE-05 and

• Length: 27 inch
• Test Applications: Tensile
• Test Temperature: Up to 302 F
• Type: Extensometer

Description: Using the principles of laser diffraction, this unique system is designed to accurately measure the cross section of carbon and other opaque fibers and filaments in the diameter range of five to fifty microns. The unit is available in both single and dual array configuration. The single array

• Test Applications: Gaging, Specialty / Other
• Type: Extensometer

Description: The laserXtens 1-15 HP is the specialist for small specimens. It provides highly accurate, non-contact measurements of deformations in a measurement range up to 14 mm from a measurement length of 3 mm, without the need for gauge marks.

• Standard: ASTM, ISO
• Stroke / Travel: 0.1181 to 0.5906 inch
• Test Applications: Compressive, Tensile
• Test Temperature: 50 to 95 F

Description: lengths from 1.5 to 120 mm in accuracy class 0.5 to EN ISO 9513 in a wide range of applications. This extensometer can be used in the same way as the laserXtens 1-32 HP/TZ for any environmental condition, but it has a larger measurement range.

• Standard: ISO
• Stroke / Travel: 2.36 inch
• Test Applications: Compressive, Flexure / Bending, Tensile, Specialty / Other
• Type: Extensometer

Description: The laserXtens 7-220 HP provides high-accuracy, non-contact measurement without the need for gauge marks for tensile, compression and flexure testing on metals. Due to the patented laserXtens array technology it has a wide measurement range and full view of the entire specimen, which

• Stroke / Travel: 8.27 inch
• Test Applications: Compressive, Fatigue / Cyclic, Flexure / Bending, Tensile, Specialty / Other
• Type: Extensometer

Description: The laserXtens 2-220 HP provides high-accuracy, non-contact measurement without the need for gauge marks for tensile, compression and flexure testing on metals. The system reliably performs closed-loop strain-rate controlled tests to ISO 6892-1 Method A1. The laserXtens is easy to

• Standard: ISO
• Stroke / Travel: 1.97 inch
• Test Applications: Compressive, Fatigue / Cyclic, Flexure / Bending, Tensile, Specialty / Other
• Type: Extensometer

Description: 1.1 This practice covers the description, application, selection, installation, data collecting, and data reduction of the various types of contact type extensometers used in the field of rock mechanics. Laser or other non-contact extensometers are not covered here. 1.2

Description: The angular deflection of E-O Deflectors is small but has rapid random access response and is extremely precise. Major applications include facet to facet error correction in laser data and image recorders which use spinning mirrors and the generation and stabilization of auxiliary tracks in

Description: The 3D Laser ESPI System (laser holography) measures in and out-of-plane displacements and strain very precisely using laser interferometry. It is used in a broad variety of applications from fatigue tests to general strain measurement and analysis. The interferometric method

Description: Shearography is a variation of laser technology ESPI (holography), specifically designed for NDT applications. Shearography provides full-field, non-contact testing for rapid wide-field inspection of composites, bonded structures and other advanced materials. Shearography is an optical video

Description: sample for strain measurements when using the Tinius Olsen 500L laser extensometer. When liquid nitrogen is used, a demisting facility is fitted. The chamber is supported on a frame located between the columns of the testing machine. When the chamber is not in use, the chamber can be

• Configuration: Benchtop / Instrument
• Features: Windows
• Temperature Control: Heating, Cooling
• Temperature Range: 299 C

Description: notched to allow the adjustable top crosshead to be repositioned for more comfortable working height In-head pocket grips can be supplied to accommodate flat or round tensile specimens Full range of precision extensometers and deflectometers are available using video, laser, encoder

• Application Software: Yes
• Force / Load Capacity: 337200 lbs
• Mechanical Test: Tensile, Compressive, Shear / Torsion, Universal