Used DEK FP Platform EPi #9315549 for sale

DEK FP Platform EPi is an advanced high-speed digital screen printing platform. It is designed to deliver superior, high accuracy, and reliable printing results. The print quality is top-notch and is achieved through the platform's automated capabilities. FP Platform EPi is a fully automated equipment, with no manual intervention. It features a flexible, easy to use mechanical platform that enables printing of a wide range of substrates. It's driven my motion control from its advanced DEK motion control system and offers rapid adjustment of print speeds and substrate registration. The sophisticated motion control also ensures that printing operations are safeguarded against unwanted surprises, as well as minimizing maintenance needs. DEK FP Platform EPi can print to both PCBs and rigid flex substrates. It has an innovative, registered printing capability, which means that up to four stencils can be used consecutively. This allows for higher levels of accuracy and consistent, repeatable production. Furthermore, the platform is outfitted with a high-resolution printhead, a vacuum unit, and a board support machine ensuring that boards are kept stable during print processes. The printhead is engineered to provide precise print quality, and the vacuum tool ensures that heavy boards are securely held in position. FP Platform EPi also boasts a range of safety features. It includes a safety interlock, which prevents the table from moving while the operatives are engaged in loading or unloading operations. The unit is mounted on a sturdy aluminum frame, which is fitted with a rigid shock-absorbing frame. Thermal management and cooling systems are also included to reduce wear on the sensitive parts. Finally, DEK FP Platform EPi provides a comprehensive after sales service and technical support. The unit is supplied with easy-to-use software, tools, and data that allow the users to analyze and optimize their print processes. This ensures that the quality does not drop off drastically over time.