Used MICROM STP 120-2 #9090011 for sale

MICROM STP 120-2 is an advanced laboratory equipment and accessories package for quantum-mechanical studies and nano-nanoparticle characterisation purposes. It is designed for laboratory personnel who require a trial-size, high-accuracy, and modular equipment for their lab purposes. STP 120-2 is a combination of two components, a powerful STM/AFM subsystem and a separate nanoparticles characterisation module. The STM/AFM subsystem enables nanometer-resolution imaging and manipulation of samples with a topography of up to 20 µm lateral resolution. This is achieved through the adoption of a highly accurate and reliable piezo-actuator, which allows for control and feedback settings in the x, y, and z-axes. The STM/AFM system can also be used to study a wide range of quantum-mechanical properties such as spin, charge, and spin-orbit interactions. The nanoparticles characterisation module is capable of measure the size, morphology, energy level, and excitation-emission spectra of a wide range of nanostructures and nanoparticles. To achieve this, the module is equipped with a high-resolution, ultra-easy-to-use scanning electron microscope. This allows for precise acquisition of detailed images and analysis of particle size and morphology. In addition, the unit can also be used to identify the energy levels of nano-objects through the analysis of single-photon count spectra. In addition to its advanced laboratory capabilities, MICROM STP 120-2 is compact and lightweight, making it easily transportable from one lab to another, if required. It has an intuitive user interface that allows for quick and easy set up and efficient operation. Furthermore, the machine is designed with safety in mind and has an integrated cooling tool and over-temperature protection. STP 120-2 is a powerful tool for analysis and manipulation of nanostructures and offers remarkable precision. With its compact design and advanced features, it is an ideal solution for a wide range of lab applications. Furthermore, the asset offers unbeatable accuracy and reliability, making it a top choice for quantum-mechanical studies and nano-nanoparticle characterisation purposes.