Description
Hysitron TI 900 TriboIndenter
Inventory # 9566-P
Model: TI 900
Description:
Hysitron offers in-situ scanning probe microscopy (SPM) imaging standards with each nanomechanical testing instrument. The in-situ SPM imaging capability of the TI 900 TriboIndenter is critical for precise test placement and microstructure identification
The in-situ images are obtained by raster scanning the indenter probe over the sample surface to allow for pre- and post-test observation of the material surface. This feature provides the capability to position the indenter probe within ten nanometers of the desired testing location. Identification and characterization of phases in multiphase materials or fine sample surface features can only be reliably carried out by employing in-situ SPM imaging
Posttest imaging also provides the ability to verify that the test was performed in the anticipated location, which maximizes the reliability of data and aids in the explanation of unexpected test results
Specifications:
Optics Specifications:
Normal Field of View:
Maximum: 0.625mm x 0.550mm (625 µm x 550 µm)
Minimum: 0.028mm x 0.022mm (28 µm x 22 µm)
Magnification:
Optical: 20x
Digital Zoom: 0.5x – 11x
Effective: 10x – 220x
Transducer Specifications:
Load:
Resolution: <1 nN
Noise Floor: 100 nN
Displacement:
Resolution: 0.0004 nm
Noise Floor: 0.2 nm
Drift: <0.05 nm/sec.
Stage Specifications:
X and Y Stages:
Travel: 250 mm x 150 mm
Encoder Resolution: 500 nm
Z Stage:
Travel: 50 mm
Resolution: 3 nm
Standard Features:
Hysitron’s patented capacitive transducer provides industry-leading sensitivity and stability
Automated testing for high throughput and statistical sampling of materials
In-situ imaging provides nanometer precision positioning and the convenience of SPM topography
Acoustic and thermal enclosure, along with stable transducer design, minimizes set-up and stabilization of time
Top-down optics for viewing and selection of testing sites
Sub-micron resolution staging for sample positioning
Numerous add-ons that allow the widest array of testing capabilities on the market
Active vibration-dampening systems ensure low noise and uncompromised sensitivity
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