Sprit G2 Max Heavy-Lift Robot Achieves High-Precision Handling and All-Weather Operation
既能拎40公斤重，又能拿捏0.5毫米精度？这届机器人把“苦力活”干成“绣花活”，甚至开始造机器人了！
Sprit G2 Max is an industrial-grade heavy-lift robot capable of lifting 40 kg with a repeat positioning accuracy of ±0.5 mm, achieving 100% material recognition rate. The robot has been deployed on multiple production lines, marking the transition of physical AI from laboratory settings to real-world manufacturing environments.
The launch of the Sprit G2 Max robot highlights advancements in force-controlled manipulation and vision integration, enabling high-precision, heavy-load material handling in industrial settings. Its design emphasizes compatibility with existing production lines and 24/7 operation, addressing key challenges in automation and safety.
Source: Chinese robotics — Deployment discovery · Read original article ↗
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What the source reports
Publisher-reported claims, with original evidence. These results have not been independently verified by RoboSignal.
Reported numbers
load capacity
40
load capacity
50
repeatability precision
0.5
load capacity
40
View original evidence
力气大还手稳：双臂拎起40公斤，放件误差不超半毫米 在料箱转运和产线供料现场，机器人往往面临多重考验：重物要搬得稳，物料要放得准，还要跟得上多班倒的生产节奏。
Open source S10hourly material handling
150
- paper: not_reported
- code: not_reported
- weights: not_reported
- dataset: not_reported
What remains unknown
Not established in the collected evidence: Environment, Control, Data origin.
Reported performance applies to the described task. It does not establish general autonomy or deployment readiness.
Source excerpts and review record
Automatically extracted; no manual editorial approval recorded.
精灵G2 Max给出的数据是：双臂额定负载40公斤，峰值可达50公斤，而手臂重复定位精度控制在±0.5毫米以内。
Open source S11
力气大还手稳：双臂拎起40公斤，放件误差不超半毫米 在料箱转运和产线供料现场，机器人往往面临多重考验：重物要搬得稳，物料要放得准，还要跟得上多班倒的生产节奏。
Open source S10
依托 7自由度力控双臂 和视觉引导技术，面对国内头部日化快消产线上尺寸、重量各异的混线物料，这台机器人实现了100%的物料识别率，顺畅完成了从拆垛、开箱上料到空箱回收的完整长流程工序。
Open source S18
贴着墙干活：省下厂房空间，每小时搬运超150箱 不少工厂在推进自动化时，往往被高昂的产线改造成本劝退。
Open source S19
Source：Chinese robotics — Deployment discovery · news.qq.com