Robotics and Unmanned Vehicles Systems technology has been improved dramatically in the past decade. The growing trend to reduce the involvement of humans in difficult and life-threating tasks that have increased significantly after the recent pandemic accelerated developments in this field from humanoid robots to autonomous cars and beyond.
With the complex interconnections between mechanical and electrical components and the difficulties involved in controlling and monitoring larger Li-Ion cells arrays, we provide experience, skill, and solutions required to bring your robotics and mechatronics projects to a maximum performance and efficiency.
By designing rechargeable battery packs with increased cell capacity, high thermal stability and longer life cycle.
Robotics and Unmanned Vehicles Systems technology has been improved dramatically in the past decade. The growing trend to reduce the involvement of humans in difficult and life-threating tasks that have increased significantly after the recent pandemic accelerated developments in this field from humanoid robots to autonomous cars and beyond.
With the complex interconnections between mechanical and electrical components and the difficulties involved in controlling and monitoring larger Li-Ion cells arrays, we provide experience, skill, and solutions required to bring your robotics and mechatronics projects to a maximum performance and efficiency. By designing rechargeable battery packs with increased cell capacity, high thermal stability and longer life cycle.
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