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

Real-world #machinery is transforming vegetation management. Specialized cutting systems can maintain parks, wooded areas, power-line corridors and railway routes, while follow-up equipment can process branches into mulch or reusable material. #Forestry #Automation #Telixia

Germany’s Proxima Fusion is developing Stellaris, a stellarator-based #fusion power plant designed to confine ultra-hot plasma with complex magnetic fields. Credit: @spaceandtech_ #FusionEnergy #Stellarator #NuclearFusion #CleanEnergy #Energy #Telixia #Proximafusion

Building a 12V LiFePO4 battery pack from individual cells. 🔋⚡ Credit: @JosephEkene12 #LiFePO4 #Battery #EnergyStorage #DIY #Engineering #Telixia #Cells

A microscopic look inside an #Apple #CPU.🔬 The tiny chip reveals an intricate landscape of transistors, interconnects and circuitry, showing just how much #engineering is packed into modern processors. Credit: @JesseCohenInv #Semiconductors #Microchips #Technology #Telixia

A paper-crafted Optimus Prime brought to life with Arduino and servo motors! A creative DIY build showing how simple materials, electronics, and mechanical control can turn a sketch into a moving robot. #Robotics #Arduino #DIY #Transformers #Telixia

A robot inspired by diving birds can swim underwater, break through the surface, and fly. MIT & EPFL’s flapping-wing aerial-aquatic vehicle uses flexible wings and a steerable tail to move through both environments. Credit: @spaceandtech_ @MIT & EPFL #Robotics #Bioinspiration

🤖🏗️ Hilti Group’s Jaibot automates repetitive drilling for MEP installations, using digital plans and positioning technology to locate drilling points and create holes with consistent precision. Credit: Hilti Group #Construction #Robotics #Automation #Telixia

#Cellumation’s Celluveyor uses a honeycomb of independently driven omnidirectional wheels to move, rotate and route packages in different directions, up to 10,000 pieces/hour in a compact footprint. Credit: @IntEngineering #Robotics #Automation #Logistics #Telixia

INTECRO ROBOTICS’ Bilinch® scans a workpiece, identifies weld seams, creates a digital twin and generates robot trajectories automatically, reducing the need to manually program every path. Credit: INTECRO ROBOTICS #Robotics #Welding #AI #Telixia

Four robots. One forklift mast. One coordinated weld. Four igm robots work together in a single cell to manage heat input, control deformation and maintain consistent weld quality during forklift mast production. CC: igm / Jungheinrich #Robotics #Welding #Automation #Telixia

Would you eat burger made by a robotic hand? #Linkerbot’s dexterous #robotic hand demonstrates precise food handling, from placing ingredients to assembling a burger, showing how tactile manipulation could extend into #food automation. #Robotics #PhysicalAI #Automation #Telixia

💻 Palmimo DevKit connects AI agents to a six-legged robot through Python APIs and MCP, turning language-level tool calls into real-world motion. Credit: The Robotics Media #PhysicalAI #Robotics #MCP #Telixia #Python

Robots are taking beach cleanup to the next level. 🤖🏖️ These autonomous machines can move across sand and collect debris, helping automate a repetitive and difficult environmental task at scale. #Robotics #Automation #CleanTech #Telixia

What if 1,000 tiny #robots could act like one? Researchers at Hanyang University developed magnetic #microrobot swarms that assemble and coordinate to move heavy objects, cross obstacles and operate in liquid environments. Credit: #Wevolver #Robotics #SwarmRobotics #Telixia

2,000-year-old idea still solving engineering problems. Archimedes’ screw uses a rotating helical surface to lift and move water or other materials upward, a simple mechanism with lasting engineering value. Credit: @mechanical_4u #Engineering #Mechanics #Innovation #Telixia

gyroscope can look like it’s defying gravity, but the physics is pure mechanics. Angular momentum and precession explain why a spinning rotor responds to torque in such an unexpected direction. Credit: @RobLogic #Physics #Engineering #Gyroscope #Telixia #Science

How do rockets steer without relying on fins? 🚀 Active thrust vector control (TVC) uses actuators to change engine thrust direction, while flight computers and sensors continuously adjust the vehicle’s attitude. #RocketScience #Aerospace #SpaceX #Telixia #Science #AI