Used MARKEM CURE #9039595 for sale

MARKEM CURE (Compact UV Resin Exposure) is an advanced exposure equipment designed for rapid prototyping of printed circuit boards (PCBs). This system is based on the principles of photolithography and uses ultraviolet (UV) light to transfer circuit patterns onto a light-sensitive "UV Resin." CURE can accurately expose patterns from a wide variety of PCB specifications, including thin-film, single- and double-layer, and large-scale dies. MARKEM CURE unit consists of a sealed box, a series of light-emitting diodes (LEDs) to generate the UV light, a stepper motor to adjust the exposure distance, and an optional exposure controller. All of these components are mounted on a stainless steel frame to ensure accurate and consistent results. The machine can be configured to work with a range of exposure lengths from 5 to 15 microns. The UV LEDs are designed to provide a uniform and constant intensity of the exposure light across the entire surface area, and the adjustable exposure distance allows for a greater degree of accuracy. The detailing process for CURE is quite simple. First, the PCB artwork is loaded into an appropriate computer-aided design (CAD) program. The artwork is then processed and scaled to the correct size before being transferred onto the UV Resin, which is placed in the exposure box of MARKEM CURE. Next, the PCB artwork is sent to the exposure controller, where the exposure time and distance for each side of the miniature circuit board can be adjusted. Once the exposure time has been set, the tool is then shut down and the exposed board is washed and peeled to remove the remaining resin. The curing process is then completed by exposing the board to a UV light for a few minutes to CURE the board's solder mask and other coating layers. Overall, MARKEM CURE asset provides a great solution for prototyping and mass-producing PCB designs with accuracy and efficiency. By combining the UV exposure model with powerful CAD software, the equipment allows for quick and accurate development of circuit boards with a minimal amount of waste.