There are several types of schemes that come together, and what is missing is not the equipment that can be moved or the equipment that can be placed.What's missing is a robot that moves, lets go and can run continuously.
Unloading, dismantling, and high-level shelves have access to these links, with a single unit weighing from 30 to 50 kg, which is precisely the largest and driest positions in logistics and manufacturing, long-term recruitment difficulties, high loss rates, unreliable multiple operations, and continuous increase in labor costs.
This gap is the most typical scenario in the warehouse chain, which is in the inventory. In the inventory there are a small number of loads, refinements, continuous filling of the three indicators at the same time with hard requirements to load the feed box from a high position, to be able to accurately place the feed box to a designated location, and to repeat this without interruption.
The G2 Max is going to take over, which is exactly what these three classes are doing, spread across different devices and groups.
How can it be both heavy and fine?
In order to understand the product logic of G2 Max, we need to know where the problem lies.
The greater the load, the higher the stiffness requirements of the joints and structures, the more difficult it is to control the gaps in the transmission chain, and the harder it is to suppress the shape changes and vibrations at the end under the overload.
In the warehouse logistics and general industrial transport scenarios, the mainstream path has long been to break down this contradiction into different devices:Re-loading equipment is responsible for transportation and precision work depends on the teacher.The thinner the disassembly, the more interconnections, the more beat losses and failure points.
In the industry, the structural gap between precision and precision equipment is largely due to the fact that it is not an impenetrable silicon in the physical sense of the law, but a path that is shaped by engineering costs and scenic economics.
The solution to G2 Max is to put the contradictions back on a device.The robot is configured with 7 degrees of freedom force control arms, with a joint force torque sensor capable of achieving a repositioning accuracy of ≤±0.5mm, and is the first long-range/multi-tasking rechargeable robot in the industry.G2 Max wants to do this, yes.“Weighing heavily and finely, it can be done in one piece of equipment, it can do a lot of work, and it moves constantly.
At the same time, the G2 Max integrated vertical operation covers 0.1 m to 2.5 m and horizontal coverage of 1.2 m, accompanied by body posture adjustment of the waist tilted joints.From low-bit pickup to high-bit coding can be done in a sequence of moves.The waistline also supports single-sided decoding, significantly improving job utilization.
This solves another level of friction and friction: the load capacity is not cut by the operating space. G2 Max extends the three-dimensional range through gestural adjustment, the tray can be placed on the wall, and the friction directly corresponds to the client.Improve space efficiency, reduce site costsThe bottom uses four-wheel independent rotation, supporting all-wheel-drive, ground turning and curving, achieving high throughput in tight storage corridors.
G2 Max features the Genie Studio 2.0 smart operating platform, which supports dual partners in high-speed rapid deployment and flexible adaptation; duration with dual-cell thermal plugs, autonomous recharging, multiple power supplements, 7×24 hours of uninterrupted operation, meeting the continuous production demands of industrial scenarios, helping enterprises reduce dependence on workers and operating costs, and helping customers drive positive ROI.
Overloaded force control accuracy, continuous operation throughout the domain space, continuous operation without power interruption, these three capabilities are superimposed on each other, thus creating a coil and a coil.
It is worth noting that in industrial sites, the ability of equipment to enter the factory also involves the need for safety valves. Especially in complex operating environments such as human-powered warehouse corridors, pre-storage interfaces, linear operating areas, security is more accessible to the door.
The G2 Max is equipped with sensors such as vision, laser radar and ultrasound to provide 360° range sensing, supporting environmental recognition and navigation avoidance.The G2 Max is designed according to industrial safety standards to meet the needs of the customer's tire safety production to avoid damage to equipment and injuries to personnel.
It is true.Production line, what's out?
The conference presented the G2 Max's workmanship through three locations, in production lines and warehouses. More convincing than the parameters is its pace and success rate in different industry clients' venues.
Xiang revealed that the G2 Max has now completed and continues to operate in the production lines of the leading 3C electronics, industrial logistics, food production, solar acceleration, storage logistics and manufacturing, in the context of decommissioning, shelf relocation, heavy parts relocation, and non-formal parts relocation.
At the start of the T1 production line, the G2 Max carries out the precise transport of the joint assembly line of the silicon robotic robot silicon.These components require the highest precision, and the installation surface is slightly sticky, which affects the life of the joint module; in the past, it relied entirely on man-made stacks, push trucks, and unloading.
After the G2 Max was installed, the two-arm endbox, sub-millimeter level, was dropped, loaded, moved, delivered to position. The G2 Max achieved a stable matching against the pace of a 2.5 minute downline T1.
The best way to test continuous operational capability is during peak seasons in the food industry.In the dismantling of finished product codes in the leading food enterprises, the sorting workshops were previously run by two shifts of workers, with daily movements measured in tonnes, double eleventh sales of peak season shipments further increased, and the workplace load continued to rise. G2 Max participated in the dismantling of finished products, demonstrating continuous transportation and adaptability to different box types.
Currently, the G2 Max has completed the delivery of the drag-and-drop tray scheme, with a drag-and-drop tray mixed-line codes being rolled out in a positive phase. The single-tray operation takes up to 35 seconds, with an overall success rate of no less than 99.9%, and continues to expand into multi-tray, mixed-line operation scenarios.
The complexity of the day-to-day and fast-moving scenes is on the horizon.G2 Max covers the process of dismantling, opening, filling, and recycling of containers, supporting multi-specific container blending for identification and identification rates of up to 100%, while providing safety protection for the transport of heavy goods through all corners without obstacles, connecting material removal and packaging accessories, and the recycling of empty containers.
The warehousing scene of the leading logistics companies is directly linked to the listing link.In this scenario, the G2 Max covers the entire process of unpacking a box into a library, unpacking an empty container, and connecting it to a cubic-case packing to a human selection system, with a success rate of more than 99%, to unpacking 80 boxes per hour, unpacking 75 boxes per hour, and connecting to the library for unpacking and subsequent storage operations.
Different production lines correspond to different pump loads + precision + safety + continuous pump combinations: the start of the T1 test is the rhythm matching of the pump, the food industry is faced with peak seasonal pump pressures, the generic scenario to cope with multi-specific mixing lines, and the logistics warehousing is located on the entire process connection to the warehouse. G2 Max's drop-location method is not to replace a single device, but to replace the link between the existing equipment and the process that has been filled by man.
It is worth noting that this process is not a one-way delivery of real-world scenarios, testing environments, safety specifications, standards and supply chain management experiences to customers, as well as joint test verification of inventory operations, filtering of containers and subsequent storage processes. The customer's focus is not only on a single device parameter, but on robotic filters that can be tested, accepted, maintained, and replaceable filters, which are precisely the basis of industrial customers' decisions from trial to large-scale purchase.
The launch of the G2 Max, set at the pace of Xiao's product, is a step further from the presentation of the technology to the delivery of the scene.G2 Max is targeting harder, more exhausting, more dangerous, and more underemployed jobs in the industrial customer base.
Co-founder, co-president, president of the corporate business systemThe positioning logic of this product: the industrial value of hardware intelligence, to be tested in real-world scenarios. Xi Jinping will continue to refine products, deepen open collaboration, drive hardware intelligence from single-point operations to full process collaboration, so that technological innovation can be transformed into real production capacity.
Fool moves mountains: making it a daily routine
The core of the product that Xi Jinping gives G2 Max is the Foolish Mountaineering.The long-term problem of heavy, repetitive, and high manpower-cost transportation operations in a long-term, continuous occupation of the industrial landscape; not a one-off feat, but the stability, reliability, and sustainability of the day-to-day operation, with the continued power of robots, is to reshape industrial productivity a little bit.
This metaphor directly refers to the real needs of customers on the ground: customers never really want to lift a 50 kg peak, but the device runs on the production line for three months, runs for a year, or even longer, and at the same time keeps pace, accuracy, and failure.
The posture of the G2 Max platform, which is the application of the platform and the replication of the implementation of the platform for accelerating the deployment of the platform, is aimed at the next stage of the competitive dimension: not whose robots are single-point stronger, but whose technologies can become more rapidly and steadily available on the customer product line.
Note: Parameter data in the text are all derived from the official public quality of Xiao.