Used CANON / ANELVA ILC 1013 #9130606 for sale

CANON / ANELVA ILC 1013 is a sputter deposition equipment that is used to coat substrates with thin layers of material. It is a low-temperature, high-efficiency system capable of high-precision deposition of materials on any substrate. CANON ILC 1013 is comprised of a base unit with a dielectric sputter target chamber, and an ion source and substrate holder. The base unit is fitted with an ultra-high-vacuum environment to facilitate the deposition process. This vacuum environment is kept stable and consistent with a set of measure and control systems. The ion source is an ion gun that is used to bombard the material with energetic ions. This bombardment facilitates the physical sputtering of the material off of the target. The power of the ion source can be precisely adjusted to achieve the desired deposition rate. The substrate holder allows for the alignment and positioning of the substrate. This enables optimal sputtering of the material onto the substrate. The pressure, temperature, and distance between the substrate and the target can all be controlled to give consistent deposition results. The sputtered material layers are then deposited on the substrate. This process has a number of advantages, including good adhesion between the film and the substrate, homogeneous deposition, and high deposition rates. In addition, ANELVA ILC 1013 is capable of deposition to nanoscale systems. This makes ILC 1013 ideal for use in a wide variety of industries, including medical, electronics, aerospace, and automotive. In conclusion, CANON / ANELVA ILC 1013 is a powerful unit capable of depositing thin layers of material on any substrate. Its ultra-high-vacuum machine allows for consistent and precise deposition. Its ability to precisely control factors such as pressure, temperature, and distance between the substrate and the target, allows for high-precision deposition while preventing film defects. This makes CANON ILC 1013 an ideal choice for anyone looking for low-temperature, high-efficiency sputtering deposition for their projects.