This project shows the creation of an *EasyPrint* application that uses the Raspberry Pi and other web technologies to enable remote control of multiple 3D printers. In fields such as engineering, design and education, 3D printing has become indispensable, but managing several printers at once can be difficult. The goal of this project was to develop an intuitive web-based solution that allows users to monitor and manage 3D printing operations, monitor printer status, and transmit GCode commands to specific printers. Several Prusa MK2S 3D printers were connected to a Raspberry Pi 4 central hub, which served as a development platform for the *EasyPrint* system. Using Python, Flask, HTML, CSS, JavaScript and GCode, the application's main technologies enable real-time communication. Operating multiple printers from a single interface is made easy with system features for filament management, temperature control and printer calibration. The application facilitates the management of 3D printers and ensures that users can upload and print files, change printer parameters and monitor print status without having to be physically present. Due to its scalability and flexibility, this web-based method is perfect for laboratories, manufacturing sites and educational institutions that need to have centralized control over 3D printers. The effective solution demonstrates how modern hardware and web technologies can be used to support remote manufacturing operations. Future improvements could include advanced print analytics and live camera view for even greater optimization.