WiBotic’s cover photo
WiBotic

WiBotic

Appliances, Electrical, and Electronics Manufacturing

Seattle, WA 3,821 followers

Powering the world of automation

About us

WiBotic develops wireless charging hardware and fleet energy management software for the growing mobile, aerial and underwater robotics markets. Our technology is used by hundreds of customers across a range of robotic applications and has even been selected for use by NASA on upcoming lunar missions.

Industry
Appliances, Electrical, and Electronics Manufacturing
Company size
11-50 employees
Headquarters
Seattle, WA
Type
Privately Held
Founded
2015
Specialties
Robotics

Locations

Employees at WiBotic

Updates

  • Come say hi to the team and check out our live demos featuring Mobile Industrial Robots, Clearpath Inc., and Astrobotic! #ProMat2025 #warehouseinnovation #wirelesscharging

    View profile for Ben Waters

    CEO and co-Founder @ WiBotic Inc. | PhD, Powering the World of Automation

    Great to be back at PROMAT 2025! Come stop by the WiBotic booth N6624 to see our wireless charging and battery management software solutions. This year we have on display our 1kW charging solution, MiR250 robot, Clearpath Jackal, Defy Shuttle, and a special display for our space qualified solution featuring the Astrobotic CubeRover!

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  • WiBotic reposted this

    📢 ProMat 2025 is almost here—are you ready to transform your material handling?   MiR’s autonomous mobile robots (AMRs) are redefining efficiency in logistics and manufacturing. At ProMat, you can see MiR robots in action at 7 different booths, including:   ✅ Universal Robots (N6715) – See the MiR600-powered MC600 mobile cobot in action ✅ Agility Robotics (N7568) – Featuring Digit, the industry's first commercially deployed humanoid robot interactive with a MiR AMR ✅ Ouster (N7847) – high performance digital lidar solutions essential to the AI-enabled MiR1200 Pallet Jack ✅ Matthews Automation (S4355) - proven integration and optimization with AS/RS, AMRs, and other robotics for goods-to-person picking solutions and other advanced applications ✅ WiBotic (N6624) - essential wireless infrastructures for battery powered applications like MiR AMRs ✅ Piab Group (S4477) - Innovative solutions that enhance automation in logistics ✅ CaPow (E12934) - In-motion energy transfer technology for AMRs Find us at these booths across the show floor and discover how our AMRs optimize workflows, improve safety, and drive productivity.   Let’s connect at #ProMat2025 and move your business forward! #MiR #MobileRobots #Automation #Logistics #MaterialHandling #MHI #ProMatShow

  • 🚨 Countdown to #ProMat2025! One of the largest manufacturing and supply chain events of the year is just days away, and we can't wait to see everyone there! Join us at ProMat 2025 to experience cutting-edge wireless power technology in action. Stop by our booth to: - See live demos of our powerful 1kW wireless charging systems — designed to maximize uptime and efficiency for your robots and autonomous vehicles. - Get an up-close look at the incredible Astrobotic CubeRover, featuring the space-qualified wireless charging system — a groundbreaking step for autonomous power in extreme environments. Whether you're in #warehousing, #logistics, or #robotics, you won’t want to miss these exciting innovations. 📍 Visit us at Booth N6624 — see you there! #SupplyChainInnovation

  • Stop Waiting — Start Automating with Wireless Power! We’ve all seen it — autonomous mobile robots (AMRs) sitting idle, waiting for a manual battery swap or time-consuming plug-in recharge. That downtime adds up fast. By integrating wireless charging into your AMR workflow, you can: ✅ Boost Productivity: No more downtime for manual charging — robots can charge automatically during idle moments. 💰 Maximize ROI: Keep your AMRs working longer with efficient charging solutions that reduce labor costs and improve fleet utilization. 🔋 Extend Battery Life: Wireless charging systems optimize battery health by delivering the right charge at the right time. 🛡️ Improve Safety: Wireless charging eliminates exposed cables and connectors, reducing the risk of sparks, heat buildup, and wear-and-tear. In fast-paced automation environments, every second counts. Don’t let outdated charging methods slow you down! Curious how wireless power can improve your AMR operations? Let’s connect! #WirelessCharging #AMRs #Automation #Productivity #Safety #ROI

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  • 🔋 Power Up Your Robots with Faster, Safer Charging When it comes to keeping large mobile robots powered, traditional charging methods can slow you down. That's why more companies are turning to WiBotic’s 1kW wireless charging system — a powerful solution that combines efficiency, reliability, and flexibility to keep robots moving without the hassle of physical connections. Here’s why this system is gaining attention across industries: - Fast, Efficient Power Delivery: Operating at 1kW (1000 Watts), WiBotic’s system charges robots up to three times faster than lower-power systems — perfect for fleets that can’t afford long downtime. - Resonant Wireless Charging Technology: Unlike traditional inductive charging, our system operates at higher frequencies to efficiently transfer power over longer distances with flexible alignment. No more struggling with precise docking! - No Physical Connections = Enhanced Safety: By removing metal-to-metal contact points, there’s no risk of sparking, short circuits, or corrosion — making it ideal for demanding environments like warehouses, distribution centers, and outdoor operations. - Built for Harsh Conditions: Because key power components can be fully sealed, this system excels in environments where dirt, dust, or water might cause traditional charging contacts to fail. The system integrates seamlessly with WiBotic Commander, giving fleet managers real-time insights into battery health and charging status. With Commander’s proactive charge control, operators can fine-tune voltage and current to extend battery lifespan — saving both time and replacement costs. As Peter K. CEO & Founder at Cypher Robotics, explains: “With the new 1kW system, robots will charge at three times the previous speed, opening up a whole new set of applications where fast and ultra-reliable charging is needed.” From warehouse automation to agriculture, mining, and even lunar exploration with NASA - National Aeronautics and Space Administration and Astrobotic, WiBotic’s 1kW system is driving innovation in robot power solutions. If you’re ready to give your fleet the power boost it needs, let’s talk! ⚙️ #WirelessCharging #RoboticsInnovation #AutomationSolutions #PoweringTheFuture #WiBotic

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  • 🚨 ProMat 2025 is just ONE WEEK AWAY! We're excited to be hitting the show floor at ProMat 2025 to showcase the latest in wireless charging for autonomous robots and we’ve got some exciting demos you won’t want to miss! Live Demos in Action! Stop by our booth to see our wireless power solutions keeping AMRs from top robotics companies (like Mobile Industrial Robots) charged and ready to roll. Meet the CubeRover! In collaboration with Astrobotic, Bosch Research, and NASA Glenn Research Center, we’ll be showcasing the innovative CubeRover — a space-ready robot designed to explore the lunar surface. If you're in the world of warehouse automation, logistics, or robotics, this is your chance to see cutting-edge power solutions in action. 📍 Visit WiBotic at Booth #N6624 Don't miss out — come say hi, watch our demos, and discover how WiBotic can power up your autonomous systems! #ProMat2025 #WarehouseAutomation #RoboticsCharging #WirelessPower #AMR #CubeRover

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  • ⚡ Why Make Your AMRs Sit Around Waiting for a Charge? ⚡ Imagine this: Your AMRs are cruising around, getting things done—then boom, battery’s low. Time to dock, sit, and do absolutely nothing for the next hour (or more). Not exactly peak efficiency, right? With wireless opportunity charging, your robots can grab a quick charge whenever they pause—at loading zones, staging areas, or between tasks. No waiting around, no wasted time. Just seamless, on-the-go charging that keeps operations moving. ✅ More uptime – Your AMRs stay busy, not stuck at a charging dock. ✅ No worn-out connectors – Because… well, there aren’t any. ✅ No route redesigns – Place chargers where it makes sense for your workflow. Bottom line? If your AMRs aren’t charging while they work, they’re working less than they could be. Are your robots still stuck in the “dock-and-wait” era? Let’s talk! 👇 #Automation #AMR #WirelessCharging #OpportunityCharging #WarehouseEfficiency #Robotics #Industry40

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  • Take a look at the thermal images below. The only difference? One screw is a couple of threads looser than the other resulting in a fire waiting to happen. 🔥 For humans, we smell something burning, feel unusual heat, or just know something isn’t right. For autonomous vehicles, robots, and drones operating without direct human oversight, these failures are much harder to catch. That’s why autonomous systems need an equally smart, autonomous charging solution. WiBotic charging hardware and software is designed to identify anomalies before they become catastrophic. This isn’t just about efficiency—it’s about safety, reliability, and ensuring autonomous operations can scale with confidence. Have you seen unexpected power or charging failures in autonomous systems? Let’s discuss in the comments! 👇 #robotics #autonomouscharging #wirelesscharging #batterytech #automation

    View profile for Ben Waters

    CEO and co-Founder @ WiBotic Inc. | PhD, Powering the World of Automation

    Autonomous systems are smart. But loose wires happen! Here’s an example of why autonomous systems need an equally smart and autonomous charging solution. The photos below show a thermal image of a cable connected to a battery terminal. The difference between the two photos is one screw is tight and the other is a couple threads looser. And one is about to cause a fire while the other is totally normal. For autonomous systems, these are really hard problems to detect. But they happen way more often than one might think. A person can rely on smell, touch and intuition to hopefully detect something like this. But for any application where the operator isn’t standing right next to the vehicle, the vehicle (or the charger) needs to be smart enough to detect this and shutoff…fast. WiBotic charging hardware combined with WiBotic Commander software is able to detect minute trends between charge current, expected battery voltage dV/dt and dozens of other metrics we monitor to identify anomalies like this quickly. To do this accurately, we rely on our database of historical charge cycles that has millions of charging hours for comparison and analysis. Safe. Smart. Reliable. Wireless. www.wibotic.com

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Funding

WiBotic 2 total rounds

Last Round

Series A

US$ 5.7M

See more info on crunchbase