Used MIKASA 1H-D2 #9314308 for sale

MIKASA 1H-D2 is a photoresist equipment designed for use in lithography and medical technology. It is capable of creating highly precise films of up to 150nm or greater. It is a high-end tool used for the preparation of thin-film substrates for fabrication of micron-scale components, as well as for photoresist etching steps on production-level wafers. 1H-D2 uses high-quality components and advanced technologies, including an advanced multi-beam single-wavelength laser-scribing system, advanced software, and a unique exposure controller. The laser scriber enables highly accurate and precise application of materials, including photoresist and other materials to the substrate. The exposure controller works to automatically adjust the exposure of the material to the laser beam, allowing for exact control and precision of the material deposition. This photoresist unit is designed for high-efficiency production with shorter cycle times and high yields. It also has a shorter transition time between different production cycles, which leads to higher throughput. The machine is automated, with the ability to be fully optimized for each application. Additionally, MIKASA 1H-D2 offers a wide range of photoresist materials, including positive, negative, hybrid, and spin-on types of resist. These materials are designed to work with different lithography processes and can meet a wide variety of applications. Additionally, the tool also provides two different pellicles, one for masks and one for wafers, enabling precise control over the entire process. In addition, 1H-D2 provides excellent support and automation features, such as wafer mapping, device optimization, integrated data logging, and complete recipe management. This ensures that the production process is as streamlined and efficient as possible. Overall, MIKASA 1H-D2 is an advanced photoresist asset designed for high-precision lithography and fabrication of micro-scale components. Its high-quality components and advanced features make it the ideal choice for a wide variety of applications in medical and semiconductor device industries.