Used QUORUM TECH / BIO-RAD / POLARON Q150T #9253669 for sale

QUORUM TECH / BIO-RAD / POLARON Q150T is a top-of-the-line sputtering equipment used in the deposition of thin films for research purposes. This system is designed with ultra-fine high vacuum deposition technologies to allow researchers to deposit thin films with accuracy and precision. The unit includes an integrated magnetic field power supply, made up of two identical channels that can be used simultaneously with individual temperature control. This advanced sputtering machine employs an electron beam evaporator for direct evaporation of material from target onto the substrate. It uses 150 mm and 75 mm titanium targets to sputter onto substrates with any shape and size. The electrons can be focused on different areas of a 6" diameter target to speed up deposition processes and allow for improved control over the film thickness. BIO-RAD Q150T tool can be used to deposit a variety of materials, including metals, conductors, semiconductors, and dielectric compounds. These materials can be sputtered onto a glass or plastic substrate in an effort to achieve various properties, including electrical properties, optical properties, adhesion properties, and mechanical properties. Its sputter pressure is adjustable from .1 to 20 mTorr, allowing researchers to develop thin films with a variety of properties as well as high deposition rates. The precise control, precision, and accuracy of POLARON Q150T is made possible through the use of quartz sensors, integrated thermocouples, mass flow controllers, and temperature monitoring software. The asset offers active control over the variables influencing the depositions, enabling the researcher to make fine-tuned adjustments while depositing thin films with accuracy. Q150T sputtering model has been specially designed to provide researchers looking to study or develop thin films with an easy-to-use and highly effective platform. It comes with a range of advanced features and modern technologies, so researchers can deposit thin films with precision and accuracy while achieving excellent adhesion and film uniformity.