Protemics scanning system solutions are the ideal modular platform for THz near-field imaging applications of any kind. All system components are optimized for the utilization of TeraSpike microprobes at maxmimum performance.

Standard scanning system configurations may be combined with a suitable laser systems on customer side or can be extended with a new laser source for optical excitation.

Scanning systems are designed for applications such as:  

• THz Metamaterial research and sensing application

• Semiconductor wafer inspection

• Sheet resistance imaging

• Graphene analysis

• THz device characterization

• Microstructure analysis

• Non-destructive testing

THz near-field scanning system

全自动太赫兹近场扫描系统

The TeraCube Scientific and the new TeraCube Scientific M2 are fully automated THz near-field scanning systems to be operated in an optical laboratory surrounding. Both systems enable time-domain measurements of THz field distributions in a controlled distance to a sample surface.  Protemics proprietary TeraSpike near-field microprobes are used to image broadband THz pulses transmitted through planar samples.

TeraCube Scientific和新的TeraCubeScientific M2是全自动太赫兹近场扫描系统，将在光学实验室周围运行。这两个系统都能够在到样品表面的受控距离内对太赫兹场分布进行时域测量。蛋白质组学专有的TeraSpike近场微探针用于对通过平面样品传输的宽带太赫兹脉冲进行成像。

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Key features典型特征:

• High-speed data acquisition for continuous move scanning through synchronized motion-control and real-time position detection

• Optical sample topography detection for adaptive THz surface scanning at constant microprobe/surface-distance on structured or bended samples

• Linear polarized and rotatable THz emitter for polarization-dependent measurements

• High performance THz emitter/detector components plus high dynamic range Lock-in detection for outstanding signal quality

• Integrated CCD camera module for monitoring of microprobe tip and sample position

• System control and measurement automation software with easy to operate graphic user interface readily installed on included PC unit

• Software-implemented alignment monitoring function and system health check electronics

• Software assisted microprobe-tip to sample surface approximation

• Time-domain signal preview mode for fast optical alignment alignment

• Data-export as plain-text or Matlab-compatible format

• System housing for laser and dust protection

• Open extendable lab-type system platform

Technical Specifications技术规格表

Installation requirements

Vibration-damped optical table with 1.5 m x 1m x 1m of space for system placement
Laser laboratory specification of class 3B or higher