Used EKRA E4 #9034564 for sale

EKRA E4 screen printer is a highly precise and efficient screen printing system designed for precision component production. It is designed to handle different substrates and component sizes with an accuracy of up to 0.001mm. It is equipped with an advanced optical detection system which automatically aligns the printed circuit boards and makes registration adjustments on the fly. This enables the user to save time on set up and reduces material waste due to inaccurate placements. The printer is supplied with an industrial grade aluminum frame for long-term stability and is designed for a high workload environment. It features integrated circuit board handling and can process up to 4 boards in one cycle. It is equipped with a large selection of tooling enabling versatile production and is compatible with stencil scissors or doctor blades which ensures the highest quality prints. The head includes a multi-axis programmable joystick allowing for precise control. It is designed with top and bottom workplate registration memory, making it ideal for handling intricate components. The printed circuit boards can be accurately and quickly loaded into the printer via the robust, automatically controlled linear feeder system. It is also supplied with a front panel for easy operation and quick setup times. EKRA E-4 also features optional conveyors which provide fast and reliable part transfer to multiple downstream processes. In addition, E4 is designed to be compatible with a wide range of substrates. It is built to be resistant to dust and debris, enabling it to be used in a variety of harsh environments. The machine is not limited to electronics as it can print on a variety of materials. E-4 is backed up by a comprehensive service support package, helping to keep downtime to a minimum and reducing downtime costs significantly. EKRA E4 is an excellent choice for high volume, precision screen printing applications. It is designed to handle all components with repeatability and reliability. Its combination of features make it an ideal choice for mass production of intricate elements.