From Humanoid Robot Sorting To AGV Dynamic Charging: Global Giants Compete For Intelligent Logistics, The Robot Revolution Is Coming!
From humanoid robot sorting to AGV dynamic charging: Global giants compete for intelligent logistics, the robot revolution is coming!
Industry dynamics · Equipment technology
Industry news
· Application landing
Figure AI releases humanoid robot sorting system, verifying general artificial intelligence breakthrough in logistics scenarios
New product release
· Core components
Pepperl + Fuchsia introduces the G20 ZPA Smart Roller Module to restructure energy efficiency standards for conveyor systems
· Spare parts
Modern B-9 lithium battery forklift released: charging 10 minutes for 4 hours, redefining industrial handling efficiency
Corporate news
Schneider Electric joins hands with SEER Robotics to deepen the layout of intelligent logistics automation
Sanctuary AI provides Phoenix humanoid robots with new tactile sensors to improve precision in complex operations
RISE Robotics hydraulic robot arm smashed the Guinness Book of Records, lifting capacity of more than 3 tons set a new industry benchmark
Diligent Robotics' Moxi robot completes millions of hospital deliveries, laying out a new frontier in medical AI
Investment financing
· Enterprise investment
ABB spends $120 million to expand U.S. capacity to accelerate energy transition
· Start-up financing
CaPow received $15 million in Series A financing to promote the global layout of dynamic charging technology
Shield AI raises $240 million to drive global deployment of enterprise-class autonomous systems platform
Nomagic raises $44 million to accelerate deployment of intelligent sorting robots in Europe
Figure AI launches humanoid robot sorting system
Logistics scenarios validate general AI breakthroughs
Us robotics company Figure AI has announced the launch of a humanoid robotic logistics sorting solution, with its self-developed Helix visual language action model achieving a breakthrough in parcel handling tasks. The system uses the humanoid robot Figure 02 to complete complex operations such as dynamic conveyor belt package grabbing and label orientation, with a sorting accuracy of 99.2% and a processing speed of 1.5 packages per second, setting a new benchmark for logistics automation.
As an innovative enterprise in the field of humanoid robots in Silicon Valley, Figure AI's technological breakthrough is concentrated in three core modules:
Helix 3D Stereo Vision System: Using a multi-scale feature fusion network, millimeter-level depth perception in industrial scenarios is achieved for the first time. Through the simultaneous acquisition of data by binocular cameras, the system can accurately identify the deformation state of flexible packages (such as express bags), and the capture success rate is 40% higher than that of traditional 2D schemes.
Online self-calibration technology: Develop a visual ontology perception model to estimate the 6D pose of the end of the robot arm in real time through camera data to eliminate performance fluctuations caused by hardware differences of multiple robots. The test shows that the cross-robot strategy migration error can be controlled within 0.3mm, and more than 95% operation consistency can be achieved without manual calibration.
Dynamic decision engine: Based on 1 million hours of real scene training data, the system can complete package size judgment, grab point planning and attitude adjustment within 0.2 seconds, adapt to different weight loads of 5-50kg, and support extreme environment operations from -20 ℃ to 50℃.
In the actual measurement of an international logistics hub, the sorting unit composed of six robots in Figure 02 ran continuously for 72 hours without failure, and the package damage rate was reduced by 78% compared with manual sorting. "Logistics sorting is an ideal scenario to demonstrate general-purpose AI," said Brett Adcock, CEO of the company. "Our system not only solves the package diversity challenge, but also optimizes the fundamental capabilities of the Helix model through technology feedbacks."
At present, Figure AI has reached pilot cooperation with three global logistics giants, and plans to complete the deployment of 100 humanoid robots by the end of 2025. Its modular system supports rapid scenario adaptation and can be extended to pharmaceutical cold chain, automotive parts and other segments through cloud updates. As companies like Amazon and fedex accelerate their automation transformation, the technology is expected to create a market value of more than $1.5 billion in the next three years.
"The real potential of humanoid robots lies in the natural compatibility of their physical form with the human environment." Adcock noted that the second-generation system the company is developing will integrate voice interaction to automate the entire process, from package sorting to customer service. With the cost of humanoid robots falling to 1.5 times that of traditional robotic arms, the logistics industry is expected to usher in a new round of efficiency revolution.
Pepperl + Fuchs launches G20 ZPA Smart Drum module
Reconfiguration of conveyor system energy efficiency standards
German industrial sensor giant Pepperl+Fuchs has released the G20 ZPA intelligent drum control module, which revolutionizes the logistics conveying system through zero pressure accumulation (ZPA) technology, reducing conveyor energy consumption by 40% and increasing installation efficiency by three times. The modular solution eliminates the need for fieldbus infrastructure and can be deployed plug-and-play in high-throughput scenarios such as e-commerce warehousing and airport sorting.
As a breakthrough product in the field of logistics automation, the G20 ZPA module dynamically adjusts the roller start and stop to ensure that packages remain safely spaced during delivery, avoiding the collision and congestion common to traditional conveyors. Its built-in intelligent logic can automatically detect the status of adjacent modules, support 7 operating modes to switch freely, and complete parameter configuration through three rotation selectors without complicated programming.
Technological innovation is reflected in three dimensions:
Minimalist installation architecture: Using puncture technology to connect flat cables, the module can slide freely along the installation track, and the deployment time of a single station is reduced to less than 5 minutes;
Adaptive energy management: non-working state automatically enters hibernation mode, with five-stage acceleration and deceleration curve, reduces mechanical wear and reduces energy consumption;
Full-link diagnosis system: Integrates ZPA analysis tool to automatically generate device list, supports remote fault early warning, and improves maintenance response speed by 60%.
The measured data show that after the deployment of an e-commerce sorting center, the package processing efficiency is increased by 28%, and the life of the conveyor motor is extended by 35%. Its compact design can be adapted to 60mm narrow-gauge conveyors, supporting up to 256 modules running in series and compatible with existing drum specifications. In addition, the G10 voltage limiter absorbs brake feedback current to avoid false triggering of power overvoltage protection.
"We have redefined the smart boundaries of conveyor systems." "The G20 ZPA module enables small and medium-sized logistics companies to enjoy the intelligent delivery experience of Industry 4.0 through a controller-free architecture," said the head of Industrial Automation at Pepperl + Fuchres. With global e-commerce parcel volume growing 18 percent annually, the solution is expected to cover 30 percent of the automated warehousing market within three years, helping customers achieve a 40 percent increase in throughput per square meter.
Hyundai B-9 lithium battery forklift is released
A 10-minute charge lasts 4 hours
Redefining industrial handling efficiency
South Korea's Hyundai Material Handling company launched a new generation of B-9 series lithium battery electric forklift, through breakthrough energy management technology to achieve a 40% reduction in life cycle costs, charging efficiency increased by three times, to provide clean and efficient handling solutions for the logistics and warehousing industry. With a payload range of 8,000 to 10,000 pounds, the product family is equipped with an intelligent energy recovery system that increases operational efficiency while achieving zero emissions.
As a green alternative to internal combustion forklifts, the B-9 uses a high-rate lithium-ion battery pack to support fast charging technology: 10 minutes of charging can meet the needs of an hour of high-intensity operation, and with an automatic balancing management system, the battery life is extended to three times that of traditional lead-acid batteries. Measured data show that compared with the same tonnage of internal combustion forklift, B-9 can reduce carbon emissions by 21 tons per year and reduce comprehensive operating costs by 15%.
Technological innovation is reflected in three core modules:
Dual drive intelligent power system: Independent control of the dual drive motor to achieve accurate torque distribution, climbing ability increased by 25%, the maximum speed of 19km/h;
Human-computer interactive cockpit: Integrated multi-function dashboard to display real-time energy consumption, fault diagnosis and safety information, equipped with fully suspended seats and adjustable steering wheel to reduce operator fatigue;
Predictive maintenance systems: Monitor critical component status with iot sensors to provide 72 hours of early warning of maintenance needs, reducing downtime by 60%.
In terms of safety performance, B-9 is equipped with curve-assisted braking and slope anti-skid system, combined with driver presence detection technology to ensure safe operation. Its compact design enables a minimum turning radius of 2.5 m, making it suitable for operation in narrow storage environments. At present, the series of products have passed the EU CE certification and the United States OSHA standard, and it is planned to cover the major logistics markets in the world by 2025.
"Driven by the carbon peak target, the annual growth rate of the new energy forklift market has exceeded 25%." "The B-9 takes the utility of electric forklifts to a new level through technological innovation, and we expect to capture 30 percent of the North American market in the next three years," said Hyundai Material Handling's global CEO. As retail giants such as Amazon and Walmart accelerate the green transformation of the supply chain, the modern B-9 series is expected to become a new generation of benchmarking products in the field of industrial handling.
Schneider Electric joins hands with SEER Robotics
Deepen the layout of intelligent logistics automation
Global energy management giant Schneider Electric has announced a deepening strategic partnership with Chinese intelligent Robotics company SEER Robotics to further optimize global supply chain efficiency through the deployment of its Laser SLAM forklift truck and M4 intelligent logistics system. This collaboration marks a key step in the construction of Schneider's "Lighthouse Factory", with its three manufacturing sites in Shanghai, Wuxi and Tennessee, USA, fully introducing SEER automation solutions.
As a benchmark enterprise for Industry 4.0, Schneider Electric has been piloting SEER intelligent logistics system in Chinese factories since 2021, and seamlessly docking AGV robots with MES systems to realize the digitalization of the whole process from production line to storage link. The data shows that order picking efficiency in the deployment area is increased by 30% and labor costs are reduced by 25%. In 2024, the cooperation between the two parties was upgraded to the US market, and SEER's self-developed laser navigation forklift completed 72-hour continuous operation test in the Tennessee factory, with a cargo handling accuracy of 99.95%, and the processing capacity per shift increased by 40% compared with traditional equipment.
"SEER's flexible automation technology fits perfectly into our smart manufacturing strategy." "Our M4 system uses AI algorithms to dynamically optimize route planning, which improves storage space utilization by 22 percent and enables multi-brand equipment to work together, saving us 30 percent in equipment procurement costs," said Schneider Electric's head of global supply Chain.
The core technology advantages of SEER Robotics are: 1) Centimeter-level positioning technology based on laser SLAM, which can adapt to complex industrial environment; 2) Intelligent scheduling system to achieve multi-robot dynamic obstacle avoidance, system response speed up to 0.1 seconds; 3) Modular design supports 72-hour rapid deployment. At present, the program has been applied in the automotive manufacturing, electronic assembly and other fields, and customers include industry giants such as Tesla and Foxconn.
Schneider Electric plans to expand the SEER intelligent logistics system to 15 production sites around the world by 2026, focusing on high-growth areas such as new energy and data centers. Through this cooperation, Schneider has not only improved its own supply chain resilience, but also empowered ecological partners through an open platform to jointly promote the establishment of industrial logistics automation standards. As the global manufacturing industry accelerates its intelligent transformation, the partnership is expected to create a market value of more than $800 million in the next five years.
Sanctuary AI has equipped Phoenix humanoid robots with new tactile sensors
Improve precision in complex operations
Sanctuary AI, a Canadian general-purpose humanoid robotics company, has announced the integration of a new tactile sensor for its Phoenix series of robots, expanding industrial applications through enhanced physical interaction. This technological breakthrough enables robots to operate with millimeter-level precision in visually restricted environments, effectively addressing the global labor shortage.
As an innovative company in the field of embodiment AI, Sanctuary AI has achieved three core upgrades by deploying a highly sensitive tactile sensor on the fingertip of the Phoenix robot: 1) Blind operation capability: complete fine operations such as blind selection and anti-slip detection in visual occlusion scenes; 2) Force feedback control: real-time adjustment of grip strength to avoid damage to goods; 3) Behavioral data accumulation: Provide 10 times more tactile interaction training data for physical AI models.
"Tactile perception is the key to human-level operational capabilities." "While traditional vision-dependent robotic systems take 0.3 seconds to respond after touching an object, our sensor shortens that delay to 0.05 seconds, reducing the number of repeated grasp by 60 percent," said CEO James Wells. Testing data showed that the Phoenix robot equipped with the new sensor increased its yield in electronic component assembly tasks from 89% to 97%.
The technical team used 3D printing technology to integrate the pressure sensing array into the silicone fingertip, each sensor can detect 1,000 pressure changes. Compared with other solutions that rely on stereo vision, the haptic system is particularly outstanding in the processing of flexible objects (such as cloth and food), and the grasp success rate is 45% higher. At present, Phoenix robots have been piloted in automotive manufacturing, telecommunications infrastructure and other fields, and a single device can replace 3-5 skilled workers.
"This is just the beginning." Lead researcher Jeremy Fishel revealed that the team is developing a second-generation neuromorphic haptic chip with plans to increase the spatial resolution to 0.1mm while reducing energy consumption by 50%. As the global manufacturing industry accelerates the automation transformation, Sanctuary AI's haptic technology is expected to reach 2,000 industrial scenarios in the next three years, creating a market value of more than $500 million. The company plans to launch a consumer-grade version in 2026, pushing humanoid robots into the field of home services.
RISE Robotics hydraulic robot arm hits Guinness Book of Records
Lifting capacity of more than 3 tons to create a new industry benchmark
Us innovative technology company RISE Robotics announced the start of the Guinness World Records challenge, its self-developed hydraulic hybrid robot arm prototype successfully lifted 3,000 pounds (about 1.36 tons) of weight, aiming to beat the "strongest industrial robot arm" world record. The breakthrough technology combines hydraulic drive with intelligent control algorithms to achieve more than twice the load capacity of conventional robotic arms while maintaining zero
