Used M & R NANO TECHNOLOGY AG350-6N-D-S-S-Y #9303105 for sale

M & R NANO TECHNOLOGY AG350-6N-D-S-S-Y is a high precision and advanced semi-automatic mask aligner. It is an essential tool for research and development, especially in nanotechnology fields. This machine comes with a 6-inch auto wafer chuck and an 8-inch stepper chuck with double-side alignment. The machine operates on the basis of a low energy UV alignment beam that projects nanoscale patterns onto a wafer, followed by precision etching. Due to its high precision, AG350-6N-D-S-S-Y is the perfect choice when it comes to detailed microfabrication. The NANO TECHNOLOGY M & R NANO TECHNOLOGY AG350-6N-D-S-S-Y features a double-side alignment equipment, utilizing a unique scan-based platform. This dual-side system offers up to three times better alignment of the patterns produced on the wafer surface. The double-side alignment mechanism utilizes both mechanical and optical systems, which enable precise micro fabrication. On top of these features, AG350-6N-D-S-S-Y also includes a high-resolution digital imaging unit. This allows for a higher resolution in generated patterns. It also provides more flexibility and options for determining the pattern for the wafer. M & R NANO TECHNOLOGY AG350-6N-D-S-S-Y has a customizable multi-purpose user-friendly software. It is designed with both experienced and novice users in mind. It can be adjusted to fit desired project needs. It provides controllers for a variety of tasks, such as wafer production, pattern editing, and laser alignment. The NANO TECHNOLOGY AG350-6N-D-S-S-Y also comes with a high quality, maintenance-free electronic machine. This ensures that there are no mechanical components that need to be replaced or adjusted. All necessary information concerning operation is included in the instruction manual. The user interface of the equipment helps simplify complex operation. Overall, M & R NANO TECHNOLOGY AG350-6N-D-S-S-Y is a highly advanced, user-friendly, and affordable mask aligner. It is perfect for nanotechnology projects and other microfabrication processes. Its high precision, versatility, and reliability make it an ideal choice for any laboratory environment.