Robotics & AI Education
UK
Joined October 2025
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Giant 3D printing is turning digital ideas into real products.
From furniture and décor to commercial fixtures and molds, these massive printers are pushing additive manufacturing toward large-scale, on-demand production.
Credit:@ChinaNow24
#3DPrinting #Manufacturing #Telixia
🤖🧬 What if robots were powered by living muscles?
Researchers at ETH Zurich are developing tiny biohybrid robots using lab-grown muscle tissue. Electrically stimulated muscles contract, enabling movement like walking, swimming and grasping.
#Robotics #Bioengineering #Telixia
👁️✨ Personalized prosthetic solutions can help restore facial appearance.
A spectacle-mounted orbital prosthesis combines precision craftsmanship with individualized design and colour matching.
Credit: Suvidha Eye Services
#MedicalInnovation #Prosthetics #Healthcare #Telixia
Meet ONMIKRO, a Montreal-based startup developing ultra-compact robotic systems for microscale automation. Its robotic arm has demonstrated submicrometer repeatability in preliminary testing.
Credit: @onmikro / @ctorobotics
#Robotics #MicroAutomation #PrecisionRobotics #Telixia
🖨️🤖 Bambu Lab’s H3C introduces a new level of multi-material 3D printing.
Its Swaptek tool changer switches between 9 independent print tools in about 6 seconds, enabling prints with materials ranging from PLA to carbon-fiber nylon and TPU.
#3DPrinting #AdditiveManufacturing
At CeMAT ASIA, this fast-moving robotic sorting duo stands out from the slower humanoid demos.
Their coordinated movements make automation look surprisingly playful while showcasing the potential of robotic sorting
CC:CeMAT ASIA
#Robotics #Automation #HumanoidRobots #Telixia
Meet Floaty:A 340-gram flying robot that takes to the air without propellers.
Inspired by birds, its four flapping wings help it steer by riding rising air—a fascinating new approach to energy-efficient flight.
CC: @IntEngineering
#Robotics #AerialRobotics #Innovation #Telixia
🚀 Aerial mobility concepts using compact propulsion and advanced control systems could open new possibilities for emergency response, search & rescue, and remote-area access.
Credit: @ctorobotics / Arkadiusz Romańczuk
#AerialMobility #Robotics #Aerospace #Telixia
Extractacore Ltd uses robotics and vision technology to automate iceberg lettuce core removal, adjusting to each head’s size, shape and core position to reduce food waste.
Credit: Marcin Gwozdz / Extractacore Ltd
#Robotics #FoodAutomation #AgTech #Manufacturing #Telixia
🥬🤖 Every lettuce is different. The cut must adapt!
Extractacore Ltd uses robotics and vision technology to automate iceberg lettuce core removal, adjusting to each head’s size, shape and core position to reduce food waste.
#Robotics #FoodAutomation #AgTech #Manufacturing
Introducing FloRe, a framework that learns force-reactive humanoid locomotion and manipulation directly from human demonstrations—without requiring a robot.
Credit: Sihang Li
#Robotics #PhysicalAI #HumanoidRobots #Telixia
🌍🤖 NVIDIA Isaac tools help AI agents build simulation environments, train robot skills, and evaluate performance. Agility Robotics’ ONE SN helps bring those skills into the real world.
Credit: @NVIDIARobotics
#Robotics #PhysicalAI #Simulation #Telixia
Researchers at UC Berkeley developed Workhorse, a whole-body humanoid locomotion and manipulation system that learns human-demonstrated skills without robot-specific motion retargeting.
#HumanoidRobots #Robotics #PhysicalAI #Telixia
Meet Rover Flipper: a compact mobile robot that climbs steep inclines and navigates back down with impressive traction and control.
Sometimes, the real challenge isn’t going up—it’s coming down.
Credit: @roverrobotics
#Robotics #UGV #MobileRobotics #Telixia
🤖🩺 A soft robot is learning to navigate the small intestine.
MIT engineers developed a robotic enteroscope inspired by snake movement, designed to navigate narrow passages while enabling imaging, targeted drug delivery, and tissue sampling.
@MIT
#MedicalRobotics #AI #Telixia
🤖🗑️ What if taking out the trash became a job for robots?
Revere Robotics’ Curbie is designed to move standard garbage bins to the curb and return them—without requiring special bins or major infrastructure changes.
Credit: Revere Robotics
#Robotics #Automation #Telixia
🚲 Speed and precision in automated wheel building!
This robotic system assembles a wheel in under 4.5 minutes, reportedly maintaining ~0.5 mm tolerance at 60% of maximum speed.
Credit: @velotechmartin / Martin Girdwood
#Robotics #Automation #Manufacturing #Telixia
🤖 8 hours on the production line!
Xiaomi’s full-size humanoid robot is reportedly performing an 8-hour task at the Center Console Side-Cover Sorting Workstation in the Xiaomi Auto Factory.
Credit: Takayuki Y. / Xiaomi
#HumanoidRobots #PhysicalAI #Automation #Telixia
Designed for large outdoor spaces, it reportedly covers up to 3,000 m² per hour and operates for up to 10 hours on a single charge. Remote-controlled mowing is taking outdoor maintenance to another level.
Credit: @ctorobotics / Eco-Tron
#Robotics #AgTech #Automation #Telixia
Developed by Diden Robotics, this quadruped robot uses switchable magnetic feet to climb steel walls inside ships for welding and inspection. It matches 3D scans with CAD drawings and trains in simulated shipyards before deployment.
#Robotics #Automation #IndustrialRobotics