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Autonomous weeding robot using AI vision to detect weeds among young crops and eliminates them instantly with targeted high-precision laser pulses. Real-time on board GPUs map every plant position and directs lasers precisely at weeds Carbon Robotics

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Rohan Paul

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15,936 просмотров • 1 месяц назад •via X (Twitter)

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This AI powered laser weeder uses high-resolution cameras and advanced computing to eliminate weeds with precision lasers. The laser weeder can hit up to 80 weeds per second, averaging 3,000 weeds per minute. The savings in weed control costs is as much as 80%.
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This AI powered laser weeder uses high-resolution cameras and advanced computing to eliminate weeds with precision lasers. The laser weeder can hit up to 80 weeds per second, averaging 3,000 weeds per minute. The savings in weed control costs is as much as 80%.

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The future of farming is autonomous and chemical-free! 🌱 cropr deployed a laser weeding robot working autonomously in chicory fields. AI system identifies weeds from crops. A laser heats the growing point in a fraction of a second. Weed stops growing. No herbicides. No chemicals in the soil. This solves a real problem. Weeds steal water, nutrients, and light. Herbicide resistance is growing. Farmers need alternatives that actually work. The robot learns from every pass. Each field deployment generates data. Each mission improves the next one. The technology already transfers across crops, chicory, carrots, onions coming soon. Better yields. Cleaner fields. Zero chemical residue. That's the future of weed management. 🥕 More info here: ~~ ♻️ Join the weekly robotics newsletter, and never miss any news →
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The future of farming is autonomous and chemical-free! 🌱 cropr deployed a laser weeding robot working autonomously in chicory fields. AI system identifies weeds from crops. A laser heats the growing point in a fraction of a second. Weed stops growing. No herbicides. No chemicals in the soil. This solves a real problem. Weeds steal water, nutrients, and light. Herbicide resistance is growing. Farmers need alternatives that actually work. The robot learns from every pass. Each field deployment generates data. Each mission improves the next one. The technology already transfers across crops, chicory, carrots, onions coming soon. Better yields. Cleaner fields. Zero chemical residue. That's the future of weed management. 🥕 More info here: ~~ ♻️ Join the weekly robotics newsletter, and never miss any news →

Lukas Ziegler

39,443 просмотров • 1 месяц назад

We asked pmikesell about Carbon Robotics' product, the LaserWeeder. "It uses an AI system to find weeds and kill them with lasers." "It's good because you don't have to spray chemicals all over the place." "We want to do this work with automation and just help everybody (to get food that's not doused in chemicals)."
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We asked pmikesell about Carbon Robotics' product, the LaserWeeder. "It uses an AI system to find weeds and kill them with lasers." "It's good because you don't have to spray chemicals all over the place." "We want to do this work with automation and just help everybody (to get food that's not doused in chemicals)."

TBPN

10,601 просмотров • 1 год назад

Rutgers University scientist Thierry Besançon just proved lasers can zap weeds as effectively as herbicides—without a single chemical! In the first peer-reviewed East Coast trials (published June 2025 in Pest Management Science), Carbon Robotics' AI-guided LaserWeeder matched (or beat) conventional herbicides on spinach, peas, and beets. Key wins: - Pinpoint precision — zaps weeds 0.5 cm from crop seedlings with zero damage to the crop - Up to 97% weed biomass reduction in tests Better crop growth in some cases - No herbicides = safer for workers, consumers, environment, and sidesteps resistant superweeds like Palmer amaranth Besançon: "It’s pure physics. Just light energy targeting the weeds." Farmers with specialty crops (few herbicide options) are already interested. Challenges: High cost (~$500K+), needs multiple passes, works best on small weeds—but tech is evolving fast (faster models coming). This could revolutionize sustainable farming on the East Coast and beyond. No more "Roundup-ready" dependency? What do you think—laser weeders the future, or too expensive/practical yet? (From Rutgers/Cornell 2025 study + recent reports—game-changing ag tech!)
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Rutgers University scientist Thierry Besançon just proved lasers can zap weeds as effectively as herbicides—without a single chemical! In the first peer-reviewed East Coast trials (published June 2025 in Pest Management Science), Carbon Robotics' AI-guided LaserWeeder matched (or beat) conventional herbicides on spinach, peas, and beets. Key wins: - Pinpoint precision — zaps weeds 0.5 cm from crop seedlings with zero damage to the crop - Up to 97% weed biomass reduction in tests Better crop growth in some cases - No herbicides = safer for workers, consumers, environment, and sidesteps resistant superweeds like Palmer amaranth Besançon: "It’s pure physics. Just light energy targeting the weeds." Farmers with specialty crops (few herbicide options) are already interested. Challenges: High cost (~$500K+), needs multiple passes, works best on small weeds—but tech is evolving fast (faster models coming). This could revolutionize sustainable farming on the East Coast and beyond. No more "Roundup-ready" dependency? What do you think—laser weeders the future, or too expensive/practical yet? (From Rutgers/Cornell 2025 study + recent reports—game-changing ag tech!)

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AI for Low-Pesticide Agriculture Garry Tan Farmers are stuck in a bad loop: use more chemicals, get diminishing results, pay more, take on more risk. And they can't just stop, because if pests win, crops die. AI that can identify individual weeds in real time, robotics that can treat one plant instead of blanketing a field, and new biological solutions mean this problem finally looks solvable.
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AI for Low-Pesticide Agriculture Garry Tan Farmers are stuck in a bad loop: use more chemicals, get diminishing results, pay more, take on more risk. And they can't just stop, because if pests win, crops die. AI that can identify individual weeds in real time, robotics that can treat one plant instead of blanketing a field, and new biological solutions mean this problem finally looks solvable.

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UBTech Robotics has showcased its humanoid robot Walker S2 playing tennis with a human. Using real-time vision sensors, it tracks the ball, adjusts its position, and returns shots with good accuracy. The robot can also swap its own batteries, allowing it to operate continuously without human help.

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Introducing Carbon AutoTractor! Today Carbon Robotics introduces the first and only tractor autonomy solution with real-time remote supervision and control. Powered by Carbon AI, Carbon AutoTractor is installed on existing tractors and is remotely monitored by Carbon Robotics operators, who handle interventions in real time to ensure seamless operation. Carbon AutoTractor delivers reliable, uninterrupted autonomous tractor operation–helping farmers increase productivity, reduce labor dependency, and scale operations. Developed with direct feedback from farmers, Carbon AutoTractor addresses the key barriers that have prevented the widespread adoption of tractor autonomy: frequent stoppages requiring farmer intervention, complex supervision and management, and unreliable solutions not built for 24/7 production operations. "Too often, autonomy in agriculture has been overpromised and underdelivered,” said Paul Mikesell, CEO and founder of Carbon Robotics. “We built Carbon AutoTractor to change that—by working closely with farmers every step of the way to design a solution rooted in simplicity, reliability, and the realities of modern farm operations. This is autonomy shaped by real-world experience, not just another tech experiment." Explore Carbon AutoTractor:

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After a lightning strike, every aircraft must be carefully inspected before it can fly again. Traditionally, this process can take time and requires technicians to manually check large sections of the aircraft. This is where autonomous drone technology can help. Equipped with advanced sensors and AI-powered analysis, a fully autonomous drone can quickly scan the aircraft surface and detect potential lightning strike damage with high precision. The goal is not to replace experts, but to support them - making inspections faster, more consistent, and ultimately helping make aviation even safer. New technologies like AI and robotics often raise concerns about jobs. But when used responsibly, they can also reduce risk, assist skilled professionals, and improve safety in critical industries like aviation. What do you think - can technologies like AI and autonomous drones help make flying safer, or do you worry more about the impact on jobs? With muc_maintenance Not an ad

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These machines don’t look like they build the future of AI. But they do. What you are seeing is not an industrial robot just move. It is part of the process that makes the world’s most advanced chips possible. TRUMPF laser systems are used to manufacture key components for ASML’s EUV lithography machines. ❗️Without this step, modern AI hardware would simply not exist. • They machine parts with nanometer-level precision • They enable the optics and components needed for EUV lithography • Their stability directly affects chip yield and quality • No TRUMPF lasers, no ASML EUV. No EUV, no advanced AI chips. It is easy to focus on GPUs and models. But the real bottleneck sits much deeper in the industrial stack. ——- Weekly robotics and AI insights. Subscribe free:

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