Italy | NATO DIANA Energy & Power 2026
A versatile, energy-efficient and electro-adhesion based technology for object manipulation
NATO DIANA 2026 Cohort
Adaptronics develops electro-adhesive interfaces with integrated tactile sensing feedback, designed to revolutionize object manipulation for robots and automated machines. This deep tech solution provides unprecedented versatility and dexterity in gripping objects of any shape, size, or material. It functions as an electrostatic gripper, enabling precise control and feedback during handling operations.
Adaptronics offers unprecedented versatility and dexterity in object manipulation, capable of gripping diverse objects regardless of their shape, size, or material. The technology boasts minimal energy consumption, contributing to more sustainable logistics on Earth and in space. Its integrated tactile sensing feedback provides superior control and adaptability compared to traditional grippers.
Defense customers should care about Adaptronics for its potential to enhance robotic capabilities in hazardous or complex environments, both on Earth and in space. The technology's ability to handle diverse objects with precision and minimal energy consumption can significantly improve mission efficiency and safety. Its adaptability reduces the need for specialized tools, streamlining logistics and operational readiness.
While specific cost figures are not provided, the technology's minimal energy consumption offers a significant return on investment through reduced operational costs and extended mission durations. Its versatility can also decrease the need for multiple specialized grippers, leading to savings in equipment procurement and maintenance. The enhanced dexterity and reliability can prevent costly damage to sensitive materials or equipment.
While a specific TRL is not provided, the description of a 'product' that can be 'easily mounted' and 'plug-&-play' suggests it is beyond early research, likely in the prototype or system demonstration phase. As a deep tech start-up founded in 2022 producing adaptive mechatronic devices, it is likely in TRL 5-7, moving towards commercialization. Further validation would be needed to pinpoint an exact TRL.
Adaptronics is an Italian deep tech startup revolutionizing robotic object manipulation with its proprietary Electro Active Adhesive Layer (EAAL). This plug-and-play electro-adhesive interface offers unprecedented versatility, dexterity, and energy efficiency, capable of gripping objects of any shape, size, or material with integrated tactile sensing. Designed for sustainable logistics on Earth and in Space, it enhances robotic capabilities for defense, space, and industrial automation by providing a superior, adaptable gripping solution.