Used DNS / DAINIPPON 60A #9217925 for sale

DNS / DAINIPPON 60A is a photoresist equipment based on the development of the Dip-N-Strip model that has been used for decades by industrial circuit board manufacturers. It is characterized by its high resolution that is capable of matching a wide range of PCB sizes, from 5 to 35mm. Its use of both UV and visible light sources provide the operator with improved speed and accuracy when processing large batches of components. The system features an automatically controlled dispenser and a heated stencil. The dispensing module consists of a main unit, which is incorporated into the overall unit and equipped with a fan for enhanced cooling. This main unit has a vacuum control machine that regulates the deposition of the photoresist material. The heated stencil is where the exposure process takes place. It has an adjustable temperature control, allowing for precise alignment of the photoresist material with the PCB. When processing the photoresist material, the tool uses a three-step procedure. The first step consists of the dispensing process, which uses a rotating spindle to dispense the photoresist material onto the PCB. The material is then quickly cured, making it more durable and reliable in terms of its circuit layout. The second step involves the exposure process, in which the material is exposed to both UV and visible light sources. The asset then provides the operator with several predetermined exposure settings, allowing for rapid adjustment of the exposure duration and intensity. The third and final step includes the developing process, which involves the use of a chemical wetting agent and water wash. DNS 60A photoresist model provides an efficient and reliable solution to the PCB production process. Its use of both UV and visible light sources allow for faster processing times and higher resolution. Furthermore, its adjustable temperature setting ensures that the photoresist material is accurately aligned with the PCB, resulting in more reliable wiring connections. With its advanced microprocessor controls, the equipment allows for rapid adjustment of exposure duration and intensity, making it a suitable solution for large-scale production.