We have developed an automation platform to speed up experimental procedures. At the core of this platform is a flexible Aubo i5 robotic arm that is responsible for connecting all the modules. This robotic arm can perform various tasks related to sample preparation and crystal growth without human intervention. The 6-degree-of-freedom (6DoF) robotic arm can move in three-dimensional space using Cartesian coordinates for translation (x, y, z) and rotation (roll, pitch, yaw). It is equipped with two grippers: a pneumatic gripper for holding manual pipettes to dispense solvents into vials, and an electric gripper for transferring sample vials or screwing caps for vials. As a result, this dual-end robotic arm can handle both transportation and manipulation tasks, mimicking human-like actions. In addition, our platform also consists of three key modules including a solid dispensing station (Fig. ), a liquid dispensing station (Fig. ), and a computer vision system (Fig. ). The ChemPlusTM benchtop solid dispenser (Fig. ), developed by XtaiPi, is utilized for weighing and dispensing solids. Once the resource vessel is filled with the required solid material, a mini robotic arm in the station will carry out the process of retrieving the resource vessel, placing the sample vials onto the balance, and then dispensing the solid into 8mL sample vials as specified. Subsequently, several racks (up to 4), each containing 20 vials, will be placed on the liquid dispensing station for the addition of solvents and solution preparation. The liquid dispensing station (Fig. ) is designed for handling solvents and solutions. It is composed of holders for pipettes, pipette tips, sample vials and sample vial caps, containers for solvent storage and a station for vial capping. This platform connects to a computer vision system to quickly identify existing solid products and help us decide on the best characterization methods for the next stage. The system was designed to possess two strategically positioned cameras and two lights (Fig. ) for capturing photos.