Used CALITECH CT-605D #9181606 for sale

CALITECH CT-605D is a photoresist equipment ideal for the development and processing of sensitive microelectronic components. The system operates with a resistivity of 3.6 ohms-cm, and is designed to ensure uniformity in the photoresist coating of both sides of a given substrate. It is capable of the lithography processes required for developing various microelectronic components, such as transistors, diodes, electrically conductive components, and integrated circuits. The photoresist unit operates at high-resolution (i.e. resolutions up to 0.5µm) so that precision is not compromised. It is also capable of precise and reproducible thickness control of the photoresist coating, with an accuracy of ± 0.35µm. The machine also offers an adjustable temperature range of 15-35°C, allowing for optimal handling of sensitive components, and an improved process window. Furthermore, the tool is suitable for the coating of both positive and negative photoresist films. The asset offers a wide variety of advantages for its users, such as the ability to conserve material and labour costs due to the fact that all components are processed in one model. Additionally, it boasts a variety of features that ensure production safety, such as the microcomputer-controlled Resistivity Control Equipment, which creates the recommended layers on each substrate. The system is also designed to minimize damages to sensitive materials, such as copper-coated boards, through the use of its automatic Alarm Unit and Warning Signals. The machine is equipped with advanced PLC logic capabilities, and its intuitive interface offers easy operation. In addition, it has an array of features that ensure processes, such as resolution control, are carried out in accordance with industry standards. The tool is equipped with a state-of-the-art mainframe that is capable of accurately processing a wide spectrum of materials within a short period. Overall, CT-605D offers a unique and advanced photoresist asset that is ideal for the precision development and processing of sensitive microelectronic components. It provides a reliable and accurate model that can reduce costs, increase safety, and deliver high-quality results.