Electromate has expanded its robotics portfolio to include Dobot’s educational robot lineup, now available to customers across Canada. This addition provides academic institutions, training centers, and research labs with access to a structured ecosystem of robotic platforms and accessories designed for teaching programming, automation, and mechatronics.
The Dobot educational lineup includes a range of robotic systems suited for different levels of instruction. Entry-level platforms such as the Magician Lite support foundational learning in coding and robotics, while the Dobot Magician Educational Version introduces expanded capabilities including multiple programming methods and accessory integration. For more advanced training, systems such as the MG400 and Magician E6 provide higher payload capacity, increased workspace, and multi-axis control aligned with industrial robotic applications.
Supporting these robots is a range of accessories designed to replicate complete automation workflows within a classroom or lab environment. This includes electric grippers, suction cups, vision kits, and linear rail kits. These components allow educators to build practical exercises around material handling, pick-and-place operations, inspection tasks, and system integration. Accessory options can be reviewed within the Dobot ecosystem.
Electromate supports customers with engineering-driven guidance on product selection, system integration, and long-term scalability. The company works directly with educators to align robotic platforms and accessories with curriculum objectives and lab requirements. A limited quantity of Dobot educational robots and accessories is currently available in stock for immediate delivery, supporting institutions preparing for upcoming academic terms.
Electromate is a Canadian-owned provider of mechatronic and robotic solutions, offering access to a wide range of configurable components and integrated systems. The company works with manufacturers and institutions across Canada to support the development and deployment of automation systems.
