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Weighing in at just 7.2kg（11.02 lbs） per arm, #RealMan‘s RM65-B packs an incredible punch, with a standard 5kg payload capacity and a peak load of up to 9kg（19.84 lbs）. That means these nimble, lightweight robotic limbs can effortlessly handle objects heavier than their own weight - a true testament to the engineering prowess behind our advanced motion control technology. Witness the RM65-B in action as our humanoid robot easily lifts 5kg（11.02 lbs） dumbbells in each hand, showcasing unparalleled dexterity and power in a compact, energy-efficient design. Revolutionize your automation workflows with the RM65-B's unrivaled strength-to-weight ratio. Maximize productivity, reduce energy costs, and expand the reach of your robotic applications. Contact tracyyan@realman-robot.com now to see how the RM65-B can elevate your operations to new heights of performance and efficiency. #robotics #automation #cobot #roboticarm #RealMan #lightweight

🚀 The World's First Bicycle-Riding Robot | Primer v2 Robot 🤖🚴♂️ Meet PRIMER-V2, the remarkable fusion of technology and mobility! Dr. Guero has ingeniously connected a KHR3HV bipedal robot to a custom bike, showcasing a perfect blend of mechanics and robotics. 🔧 The robot pedals with adjustable speed using its feet, steering just like a regular bike with its hands, all under the remote control of a human operator. What sets PRIMER-V2 apart is its stability mechanism, leveraging the inertial centrifugal effect of the front wheel and a gyro assisted by a PID controller for precise steering, especially during straight-line drives. 🔄 Interestingly, when the robot steers, it dynamically adjusts its posture, leaning into turns by bending at the waist. The braking system is equally innovative - lifting the feet off the pedals and pointing them downward, using the metal feet as friction brakes. PRIMER-V2 can effortlessly move backward and forward while in brake mode, and seamlessly transition back to pedaling by lifting one foot onto a pedal, followed by the other, triggering the PID controller. 🕹️ Human intervention plays a role in the transition from braking to pedaling, involving setting the pedal at the lowest position. A subtle (6 deg) angle lag between the leading foot and the other ensures smooth pedal action, preventing interference between the rising foot and the downward torque of the other. #primerv2 #robotics #innovation #technology

🚀Introducing the Next Generation Robotics Crawler by Nexxis Technology‼️ Proud to unveil our latest innovation in robotic inspection technology: the new wheeled version of our advanced robotics crawler. Many of you might remember our tracked version, renowned for its capability to navigate vertical surfaces. Now, we're taking versatility to the next level. Key Features: Wheeled Design: leveraging or tracked chassis, our new crawler is equipped with 6 wheels, providing exceptional maneuverability in complex geometries. Navigates 1.5 Defends: Designed to tackle challenging environments, our crawler can effortlessly navigate 1.5 bends, making it ideal for a wide range of inspection tasks. Part of Our Newest Powertrain Module Device: This crawler forms an integral part of our latest powertrain module device, ensuring seamless integration and enhanced performance for your inspection needs. Why Upgrade? -Enhanced Versatility: The wheeled version offers improved adaptability, making it suitable for a broader array of applications. - Reliable Performance: Built on the robust foundation of our proven technology, this crawler delivers consistent, reliable results. - Innovative Design: Combining the best of both worlds, our new crawler merges the vertical capabilities of the tracked version with the flexibility of wheels. Stay ahead of the curve with Nexxis Technology’s cutting-edge solutions. For more information or to schedule a demonstration, contact us today! If you would like a demo reach out.‼️ #NexxisTechnology #RoboticsCrawler #Innovation #InspectionSolutions #AdvancedTechnology

The World's First Bicycle-Riding Robot | Primer v2 Robot Meet PRIMER-V2, the remarkable fusion of technology and mobility! Dr. Guero has ingeniously connected a KHR3HV bipedal robot to a custom bike, showcasing a perfect blend of mechanics and robotics. The robot pedals with adjustable speed using its feet, steering just like a regular bike with its hands, all under the remote control of a human operator. What sets PRIMER-V2 apart is its stability mechanism, leveraging the inertial centrifugal effect of the front wheel and a gyro assisted by a PID controller for precise steering, especially during straight-line drives. Interestingly, when the robot steers, it dynamically adjusts its posture, leaning into turns by bending at the waist. The braking system is equally innovative - lifting the feet off the pedals and pointing them downward, using the metal feet as friction brakes. PRIMER-V2 can effortlessly move backward and forward while in brake mode, and seamlessly transition back to pedaling by lifting one foot onto a pedal, followed by the other, triggering the PID controller. Human intervention plays a role in the transition from braking to pedaling, involving setting the pedal at the lowest position. A subtle (6 deg) angle lag between the leading foot and the other ensures smooth pedal action, preventing interference between the rising foot and the downward torque of the other. #primerv2 #robotics #innovation #technology

Smart Technology

The best robot mops for 2024: Expert tested and reviewed The Dreame X40 Extremely is hands-down the most effective two-in-one robotic vacuum mop I've examined. Certainly one of its few downsides is that... See more https://lnkd.in/gb3-_Mqn

Streamline your factory & warehouse operations with next-gen 3D collision avoidance. (LINK in comment section below) The hidden challenges of mobile robotics: Today, mobile robots are transforming industrial workflows, carrying out repetitive tasks that once demanded manual effort. But despite their efficiency, these systems are often blindsided by detection limitations, leading to unexpected collisions and costly production halts. The result? A single incident can bring an entire operation to a standstill, risking high expenses and lost productivity. Meet Toposens ECHO ONE®, your solution to smooth, safe operations: Our next-generation 3D Ultrasonic Collision Avoidance System leverages the science of echolocation - just like bats - to help your mobile robots steer clear of obstacles, no matter what environment they’re operating in. How does it do that? Our pioneering sensor system compensates the drawbacks of optical sensors through sound-based triangulation in combination with sophisticated noise-filtering software. In so doing, it provides robust, real-time data on obstacles, effectively bridging the gaps left by traditional optical sensors. With dynamically adjustable warning and stopping zones, the system delivers 3D obstacle detection in real-time, empowering your mobile robots to operate safely and efficiently. By significantly reducing blind zones, you can minimize costly accidents and maximize operating efficiency. You’re welcome. 🙂 #MEYSENS #ToposensECHOONE #3DUltrasonics #SensorSolutions #CollisionAvoidance #MobileRobots #WarehouseAutomation #Robotics

🌟 Hull Cleaning Robot in Action. ➡️ JOBTOROB.com: Connecting Robots and Humans for Work. 🌐✨ https://lnkd.in/e-24Tzvr 🚢 Hull cleaning just got smarter! DOF and CLIIN Robotics are taking maintenance to the next level. Watch as advanced Hull Cleaning Robot, equipped with a high-performance brush tool, tackles light slime and delivers a spotless, smooth finish. 🌊💪 This pilot demonstrates how robotic technology is transforming hull maintenance—efficient, impactful, and precise. 👀 Watch the highlights and witness the future of marine cleaning! 📹 See the robot in action! Click the link to explore its capabilities and how it’s redefining hull maintenance. 🚢✨ #HullCleaning #MarineRobotics #SustainableShipping #CleanHullTechnology #DOF #CLIINRobotics #OceanTech #InnovationOnWater

PRIMER-V2 is an incredible leap forward in robotics and mobility! 🚴♂️🤖 Watching this robot pedal and steer like a human is a fascinating display of how technology is pushing boundaries in innovation. From dynamic posture adjustments to its innovative braking system, this is truly next-level robotics! Curious about how cutting-edge technology like this is impacting markets globally? Check out our latest market update, where we dive into Tesla’s Robotaxi, economic shifts, and more. Stay ahead of these tech trends and their market influence! 👉 Read more here: https://lnkd.in/gwTJ4VTf #Robotics #Innovation #TechTrends #GlobalMarkets #Tesla #AI #EstimatedStocks

If you are asking what difference there is between successive series of robots, we will answer that sometimes very little. Sometimes very slight.  But sometimes these small changes are very significant. You can read what's new in the BXP series below. - A hollowed-out wrist to accommodate hoses and cables, which influences more possibilities in the robot's movements, and this in a shorter cycle time (𝐮𝐩 𝐭𝐨 𝟏𝟑.𝟕%) - Narrow waist and small footprint allow for high-density installations (footprint 𝐫𝐞𝐝𝐮𝐜𝐞𝐝 𝐛𝐲 𝟏𝟑% compared to BX100L/BX200L) - the robot will fit even in a small and narrow space, e.g. at some machine where space is limited.  - Industry-leading speed compared to the competition and the BX series - and it is well known that the higher the robot's movement speed, the greater the possibility of achieving shorter cycle times (𝐮𝐩 𝐭𝐨 𝟏𝟑.𝟕%) - 𝐋𝐚𝐫𝐠𝐞 range of motion with large JT2 clearance for easier movement close to the body (same as BX) - Reduced number of robot cables 𝐟𝐫𝐨𝐦 𝟒 𝐭𝐨 𝟏 - 𝐋𝐚𝐫𝐠𝐞𝐫 grease port for reduction gear for improved servicing - Connector for welding power supply - 𝐋𝐚𝐫𝐠𝐞 working space and flexibility - High environmental resistance (𝐈𝐏𝟔𝟕 𝐜𝐞𝐫𝐭𝐢𝐟𝐢𝐞𝐝 𝐰𝐫𝐢𝐬𝐭 𝐚𝐧𝐝 𝐈𝐏𝟓𝟒 𝐜𝐞𝐫𝐭𝐢𝐟𝐢𝐞𝐝 𝐛𝐚𝐬𝐞) - Available with the new generation of 𝐅 𝐜𝐨𝐧𝐭𝐫𝐨𝐥𝐥𝐞𝐫𝐬 #kawasakirobotics #robotics #new #better #improvement