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Hysitron IntraSpect 90

布鲁克’s Hysitron IntraSpect 90 is an in-situ indentation system specifically designed to correlate physiochemical changes during deformation. This system integrates with existing microscopes to enable simultaneous Raman characterization during small-scale indentation, tension, compression, or bend testing.

Quantitative

nanoscale-to-microscale mechanical testing

Provides up to 500 mN of force and 150 μm of displacement with unsurpassed noise floors.

Compact

design with high-rigidity load frame

轻松安装在现有光学或拉曼显微镜的阶段。

Unique

PTP sample mount

Allows uniaxial tensile testing of fibers, wires, and other sample geometries with synchronized Raman mapping.

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caractéristiques

Indentation, Tensile, Compression, Bend

Testing Modes

Indentation Testing

使用硬件样本定位阶段,sample is positioned appropriately beneath a pyramidal-shaped diamond probe such that the Raman laser source can be focused directly on the contact zone at an angle of 90°. This allows for the direct observation of pressure-induced phase transformations, amorphization, and molecular re-arrangements occurring beneath the contact point during traditional nanoindentation testing.

Tensile Testing

微型推扣（PTP）设备提供了将单轴张力力施加到小规模纤维，薄膜和2D材料与拉曼光谱法结合使用的手段。必威手机客户端应力和应变值可以轻松从系统的原始力和位移输出中获得，并与材料内的结构变化相关。

压缩测试

使用扁平的钻石探针将应力应用于显微镜柱，颗粒和其他小规模结构。动态观察到变形行为和强度的微观结构起源，以告知下一代高级工程材料。必威手机客户端

Bend Testing

Elastic and fracture properties of micro-cantilevered and clamped beam specimens can be measured with bend testing. Simultaneous optical imaging enables direct observation of fracture initiation and subsequent propagation through a sample.

分区

将拉曼显微镜转换为机械测试平台

Thanks to a compact design, the Hysitron IntraSpect 90 easily mounts on the stage of an existing optical or Raman microscope. An extended sample mount provides clearance for the objective lens to easily access the deformation zone; and locking sample stages provide sample positioning while minimizing sample shift during testing.

Understand the Evolution of Deformation

Synchronized mechanical and imaging data during a bending test on a crystalline sample. Mechanical phenomena, such as fracture, can be easily captured and analyzed with both pieces of information.

布鲁克’s unique transducer design provides up to 500 mN of force and 150 μm of displacement with unsurpassed noise floors for truly quantitative nanoscale-to-microscale mechanical testing under simultaneous Raman observation. The mechanical data can also be synchronized to the real-time optical imaging in the TriboScan analysis software to give a more complete understanding of the evolution of deformation.

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