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@OcapoFlex

In my Solopreneur Journey . Looking for my niche with my anti-niche mindset.

Spain เข้าร่วม Ekim 2021
142 กำลังติดตาม104 ผู้ติดตาม
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Alvaro Linares | EL PATIO
Alvaro Linares | EL PATIO@alvarolinaresc·
The Spanish general who made 4th of July possible. America forgot his name for 200 years. Here’s the full story —>
Alvaro Linares | EL PATIO tweet mediaAlvaro Linares | EL PATIO tweet media
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Seisnueve@OcapoFlex·
@RevenRV Es de las únicas veces que los españoles (y toda Europa) apoyamos a Francia. El enemigo de mi enemigo es mi amigo
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Seisnueve@OcapoFlex·
"The hardest prison to escape is the comfort that made you weak, Every man who falls to weakness once called it rest." Marcus Aurelius
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TechniaHQ | humanoid robots
ROBOTS DESIGN AROUND THE WORLD A look at 40 robot designs from industrial arms to humanoids. INDUSTRIAL ROBOT ARMS • 🇨🇭 ABB ➝ IRB Series ➝ Built by ABB for factory automation ➝ Known for welding, handling and assembly lines • 🇩🇪 KUKA ➝ KR CYBERTECH Series ➝ Built by KUKA for compact industrial workcells ➝ Used for handling, arc welding and machining tasks • 🇨🇭 STÄUBLI ➝ TX2 Series ➝ Built by Stäubli for high-speed precision work ➝ Strong in electronics, pharma and clean production • 🇯🇵 YASKAWA ➝ GP Series ➝ Built by Yaskawa Motoman for general handling ➝ Used where factories need speed and repeatability • 🇯🇵 NACHI ➝ CM Series ➝ Built by NACHI for industrial automation ➝ Known for compact arms and production reliability • 🇮🇹 COMAU ➝ Racer Series ➝ Built by Comau for fast industrial motion ➝ Used in automotive and high-volume manufacturing • 🇯🇵 FANUC ➝ ARC Series ➝ Built by FANUC for arc welding ➝ Recognized for yellow factory robots and rugged uptime • 🇯🇵 Mitsubishi Electric ➝ RV-FR Series ➝ Built by Mitsubishi Electric for flexible factory automation ➝ Used for assembly, inspection and machine tending COBOTS • 🇩🇰 Universal Robots ➝ UR10e Series ➝ Built by Universal Robots for human-side automation ➝ Popular because it is easy to deploy in small factories • 🇩🇪 Agile Robots ➝ Diana Series ➝ Built by Agile Robots for collaborative manipulation ➝ Designed for precise arm motion near people • 🇩🇪 NEURA Robotics ➝ Lara Series ➝ Built by NEURA Robotics for cognitive robotics ➝ Built for safer human robot collaboration • 🇯🇵 DENSO ➝ COBOTTA Series ➝ Built by DENSO for compact workbench automation ➝ Useful for labs, small parts and repetitive tasks • 🇯🇵 OMRON ➝ TM-RT Series ➝ Built by OMRON for collaborative factory work ➝ Focused on vision-guided handling and inspection • 🇨🇦 Kinova ➝ Gen3 ➝ Built by Kinova for lightweight robotic manipulation ➝ Used in research, assistive robotics and mobile platforms • 🇨🇳 DOBOT ➝ CR Series ➝ Built by DOBOT for affordable collaborative automation ➝ Made for pick and place, packing and small production lines • 🇰🇷 DOOSAN ➝ CRX Series ➝ Built by Doosan Robotics for industrial collaboration ➝ Known for strong cobot arms and clean design QUADRUPED ROBOTS • 🇪🇸 Keybotics ➝ Keyper ➝ Built by Keybotics for industrial inspection ➝ Designed to move through facilities where wheels struggle • 🇨🇳 Unitree ➝ B2 ➝ Built by Unitree for larger quadruped tasks ➝ Built for payload, speed and outdoor mobility • 🇺🇸 Boston Dynamics ➝ Spot ➝ Built by Boston Dynamics for inspection and mapping ➝ Famous for balance, terrain recovery and field use • 🇨🇭 ANYbotics ➝ ANYmal ➝ Built by ANYbotics for industrial inspection ➝ Used in energy sites, plants and rough environments • 🇨🇳 DeepRobotics ➝ X30 ➝ Built by DeepRobotics for industrial patrol and inspection ➝ Designed for outdoor terrain and harsh sites • 🇺🇸 Ghost Robotics ➝ Vision 60 ➝ Built by Ghost Robotics for rugged field mobility ➝ Used for defense, security and perimeter work • 🇨🇳 Unitree ➝ Go2 ➝ Built by Unitree for consumer and developer robotics ➝ Smaller, cheaper and more accessible than industrial quadrupeds • 🇨🇳 XPENG Robotics ➝ Robot Pony ➝ Built by XPENG Robotics as a smart mobility companion ➝ Blends quadruped movement with consumer robot design • 🇨🇳 Xiaomi ➝ CyberDog 2 ➝ Built by Xiaomi for consumer robotics research ➝ A compact robot dog focused on agility and interaction • 🇨🇳 Pudu Robotics ➝ Pudu D1 ➝ Built by Pudu Robotics for service robotics ➝ Shows how delivery robot companies are moving into legs • 🇨🇳 OPPO ➝ Qric ➝ Built by OPPO as a robotic dog concept ➝ Interesting because a smartphone company explored legged robots • 🇯🇵 Sony ➝ Aibo ➝ Built by Sony as a companion robot dog ➝ One of the clearest examples of emotional consumer robotics
TechniaHQ | humanoid robots tweet media
TechniaHQ | humanoid robots@techniahq

The humanoid robot race will be decided inside the supply chain. A robot body looks simple from the outside. Inside every movement depends on a stack of expensive fragile and hard-to-scale components. • Actuator modules ➝ Convert software commands into controlled movement ➝ Drive shoulders, hips, knees, elbows, ankles and wrists ➝ Bad actuators mean weak motion, heat issues and short service life • Dexterous hands ➝ Decide what the robot can actually do ➝ Picking tools, opening doors, carrying objects and handling small parts all depend on the hand ➝ A humanoid without useful hands is mostly a walking demo • Harmonic drives ➝ Give precision inside the joint ➝ Reduce backlash ➝ Help the robot move smoothly under load • Battery packs ➝ Set runtime, weight and deployment time ➝ Every extra kilogram affects balance walking efficiency and payload ➝ Long runtime is one of the hardest problems for real work • Compute / GPU ➝ Runs onboard AI, vision, planning and safety logic ➝ The robot has to react inside the body, not only in the cloud ➝ Latency matters when the robot is walking near people • Cameras & sensors ➝ Give vision depth balance and force feedback ➝ The robot needs to see the floor, detect objects and understand contact ➝ No perception means no useful autonomy • Torque motors ➝ Put power inside every joint ➝ Compact motors are critical for hips, knees, shoulders and wrists ➝ More torque with less heat means longer useful operation • AI data & training ➝ Turns teleoperation, simulation and real failures into better behavior ➝ Walking, grasping and tool use need massive task data ➝ The robot learns from the stack behind it The market will reward the companies that can control the full body stack: • joints • hands • sensors • batteries • compute • training data • manufacturing • repair network

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Jason Shuman
Jason Shuman@JasonrShuman·
Prediction: The U.S. Government will subsidize the future of manufacturing automation and robotics 10X more within 5 years
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Seisnueve@OcapoFlex·
21/21 🔗 Charging Interfaces 🏆 Phoenix Contact + Amphenol Industrial connectors rarely make headlines. But every robot eventually needs to recharge
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Seisnueve@OcapoFlex·
19/21 ⚡ Battery Management 🏆 Texas Instruments Power management chips decide how efficiently robots use every watt. Often overlooked. Essential. 20/21 🔌 Flexible Wiring 🏆 TE Connectivity Millions of bending cycles. Zero failures. The nervous system of every robot.
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Seisnueve@OcapoFlex·
Save this threat with 21 companies related to physica AI: 1/21 🧠 AI Brain (VLA Models) 🏆 Google + OpenAI Google leads robotic foundation models (RT, Gemini Robotics). OpenAI dominates commercial deployment through partnerships like Figure and 1X. No intelligence. No robot.
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