Tungsten Filament Scanning Electron Microscope | SEM2000

CIQTEK Diamond Quantum Computer for Education is a teaching instrument based on the diamond's spin magnetic resonance of the nitrogen-vacancy (NV) center. By controlling basic physical quantities such as optics, electricity, and magnetism, it implements quantum manipulation and readout of NV center spins, which enables the demonstration of basic concepts of quantum computing, such as qubits, quantum gates, and quantum algorithms.   The instrument works at room temperature (no need for a cryogenic environment), making the operating cost almost zero. The desktop design makes it easy to adapt to classrooms, laboratories, and other settings for conducting quantum mechanics and quantum computing experimental courses.

CIQTEK SEM4000 is an analytical field emission scanning electron microscope equipped with a high-brightness long-life Schottky field emission electron gun. With the three-stage condenser electron optics column design and the large continuously adjustable beam current, SEM4000 delivers advantages in EDS, EBSD, WDS, and other analytical applications. The system supports low vacuum mode, which can help directly observe poorly conductive or even non-conductive specimens. Standard optical navigation mode, as well as an intuitive user operation interface, makes your analysis work easy.

CIQTEK Quantum Photon Experimental Platform adopts BBO parametric down-conversion, single photon detection, and other technologies, which can carry out experiments such as quantum entanglement source preparation and verification, and quantum random number generation. At the same time, the hardware module supports manual construction and debugging. The benchtop design allows it to adapt to a variety of different teaching environments, both in the classroom and in the laboratory, where experimental teaching of quantum optics can be easily carried out. CIQTEK Quantum Photon Experimental Platform can help and promote universities and colleges to open and optimize advanced physics experimental courses, modern physics experimental courses, optical engineering professional courses, and other related work.

CIQTEK SEM4000 is an analytical field emission scanning electron microscope equipped with a high-brightness long-life Schottky field emission electron gun. With the three-stage condenser electron optics column design and the large continuously adjustable beam current, SEM4000 delivers advantages in EDS, EBSD, WDS, and other analytical applications. The system supports low vacuum mode, which can help directly observe poorly conductive or even non-conductive specimens. Standard optical navigation mode, as well as an intuitive user operation interface, makes your analysis work easy.

CIQTEK SEM5000 is a field emission scanning electron microscope with high-resolution imaging and analysis ability, supported by abundant functions, benefits from advanced electron optics column design, with high-pressure electron beam tunnel technology (SuperTunnel), low aberration, and non-immersion objective lens, achieves low voltage high-resolution imaging, the magnetic specimen can also be analyzed. With optical navigation, automated functionalities, carefully designed human-computer interaction user interface, and optimized operation and use process, no matter if you are an expert or not, you can quickly get started and complete high-resolution imaging and analysis work.

CIQTEK Widefield NV Microscope is a wide-field magnetic resonance based on the principle of spin magnetic resonance in the diamond nitrogen-vacancy center (NV center). The spin state of the NV center luminescence defects is susceptible to the surrounding microwave and static magnetic fields and can be read out using a laser.   Measuring the magnetic or microwave field distribution around the sample using NV centers enables quantitative nondestructive microscopic magnetic imaging with high spatial resolution, a large field of view, a large dynamic range of detectable magnetic fields, and fast imaging speed.   It's also compatible with ambient testing environments to cryogenic & vacuum extreme environments.

CIQTEK SCS1800 synchronous control system is based on high-precision network clock and time synchronization technology to realize the distribution of multi-node clock signals and sub-nanosecond synchronization control.   It can be widely used in industrial automation control, distributed base stations, power grid synchronization, automatic control, adaptive array antennas and multi-static radars, etc.

In January 2022, the CatLiD-I 675 near-bit follow-on measurement system provided by CIQTEK-QOILTECH achieved a successful operation well in the Linxingzhong gas field located at the transition location between the Yishaan slope and the Jinxi flexural fold zone in the Ordos Basin, which the related parties well recognized. The lithology of the top and bottom of the seam of the target layer of this well is mainly mudstone and carbonaceous mudstone. The coal seam is buried at a large depth, and there is less reference data available in the surrounding wells. The coal seam section is prone to wall collapse and well leakage, downhole stuck drilling, buried drilling, and other complicated accidents. Moreover, the well slope adjustment is large due to landing advance. The CIQTEK-QOILTECH CatLiD-I 675 near bit was picked up from 2208 m and the retest curve matched the upper instrumentation, providing data for guidance to give an accurate landing point.     When landing, due to the advancement of the coal seam, the trajectory goes down to the bottom of the coal seam, and the gamma curve of the near bit measures the complete curve pattern of the coal seam from the top to the bottom, which provides a basis for judging the position of the borehole trajectory inside the coal seam later. The gamma curve change of near bit in drilling is obvious with high resolution and accurately judges the position in and out of the coal seam and within the coal seam. The accurate change of the value of gangue in the coal seam can effectively determine the location of the trajectory, which improves the drilling encounter rate and smoothness of the borehole trajectory.     The service section of this well is 2208-3208m, with cumulative footage of 1000m and a drilling encounter rate of 91.7%; a trip to drill to completion depth, with a cumulative downhole time of 168 hours, 53.5 hours of pure drilling, and an average mechanical drilling speed of 18.69m/h, which greatly shortens the drilling cycle! The on-site crews of CIQTEK-QOILTECH and related teams worked together to shorten the drilling cycle, increase the drilling encounter rate, reduce the risk, and finally received high praise from everyone! The CIQTEK-QOILTECH CatLiD-I 675 near-bit measurement system is a perfect completion.