One of the crucial issues in web-based laboratories allowing remote access to real experiments is theirinsufficiency for allowing simultaneous access to multiple users. As a solution to this problem, this studypresents the design and implementation of an e-laboratory that allows conducting experiments by more thanone users at the same time through a single experimental platform and the same server. For the case study,some experiments of Electrical Machines course, which has an important role in Electrical and ElectronicsEngineering syllabus, are selected. In this context, basic experiments of some widely used machines in industrial applications like direct current machines, stepper motors and servo motors can be conductedsimultaneously by using the platform achieved. A FPGA controller is used for the main control process ofthe system. Thanks to the FPGA's capability of parallel operation, simultaneous access to experiments areprovided easily and data transfer is performed more quickly as well as reliably. Users can carry out anyexperiment remotely by connecting to the related experimental set via the designed web pages and can analyze all experimental results both graphically and numerically. The cost and the dimension of the systemis decreased because of using just a single controller and only one server as well. Besides, the system can beexpanded easily because of the ability to add new experimental sets simply. Thus, the study contributes to elaboratory applications by presenting a novel and innovative approach.