Used DNS / DAINIPPON SD-W60A-AVN #9148335 for sale

DNS / DAINIPPON SD-W60A-AVN
ID: 9148335
Developer.
DNS / DAINIPPON SD-W60A-AVN is a photoresist equipment designed for the processing of polymers films and the generation of micro-structures. The system is designed for the photolithography process to transfer a pattern to a photoresist material, which is then used to create micro-structures on a substrate surface. The unit has an integrated spin-coater module for dispenses and developing polymers, enabling the production of films with thicknesses ranging from 50 nm to 1000 µm. The spin-coater works in combination with the fast-speed precision motion mechanism of DNS SD-W60A-AVN to ensure an accurate transfer of the pattern to the substrate. The machine utilizes a semi-automated mechanism to precisely control the exposure and development process. The user can select the exposure parameters to optimize the speed, resolution, and clarity of the pattern formation. The tool is fitted with a four-axis motion control unit to ensure a minimum critical dimension of 1 µm, even for fine structures. DAINIPPON SD-W60A-AVN is designed with a dry-film unit, which is used for the photoresist coating process. This unit consists of pre-moisturizing, drying, and baking modules, which enable consistent and reliable coating results. Furthermore, the asset is also equipped with an integrated inspection model for monitoring the process and ensuring high-quality results. The equipment also provides an auto-loader and unloader for applying and removing the substrate. This can be used to increase the throughput by reducing the time required for handling of the substrate. In terms of safety, the system includes anti-static design to prevent electrostatic damage and ensure a stable process. SD-W60A-AVN is an effective and reliable unit for photomask patterning and production of polymer films. With its high precision and high throughput, this machine has been widely adopted in the semiconductor and photomask industries for producing various micro-structures.
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