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Chinese robotics — Robot learning research·· 6 days agoSignalEditorial score75

Zhiwang Future Targets Warehouse Picking with Dual-Arm Robots at CeMAT

具身智能的“算账时代”:这家企业在仓库里死磕“1公分”与“1比1”替人

Summary

At the CeMAT exhibition, Zhiwang Future demonstrated its second-generation Armstrong Pro dual-arm wheeled robot for warehouse picking. CEO Sun Junkai highlighted that while early clients focused on basic mobility, current demand requires proven commercial viability in real-world settings. The company addresses physical constraints like a 1cm reach gap and aims for a 1:1 labor replacement ratio through self-developed WISE-RL architecture, targeting the 90% of traditional warehouses that lack funds for major infrastructure changes.

Source: Chinese robotics — Robot learning research · 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.

Control
Reported autonomousOpen source S5

Reported numbers

  • Reported failure rate

    1%

    View original evidence
    ” 即便到现在,机器人的整体失败率依然在1%到3%。
    Open source S14
  • Reported failure rate

    3%

    View original evidence
    ” 即便到现在,机器人的整体失败率依然在1%到3%。
    Open source S14
  • Reported duration

    8 hours

    View original evidence
    未来甚至会超过1,因为—人一天8小时后下班,机器人晚上还能巡检、盘点、提前排产。
    Open source S23
  • paper: not_reported

What remains unknown

Not established in the collected evidence: Environment, 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.

在 具身智能 企业智往未来的展台上,观众正通过iPad体验“下单”——随着指令下发,其二代机器人轮式双臂机器人Armstrong Pro自主导航至密集货架,精准抓取指定物品并放入料箱。

Open source S5

(CeMAT现场,正在执行演示任务的轮式双臂机器人Armstrong Pro。

Open source S3

” 即便到现在,机器人的整体失败率依然在1%到3%。

Open source S14

未来甚至会超过1,因为—人一天8小时后下班,机器人晚上还能巡检、盘点、提前排产。

Open source S23

在上述药企的算账逻辑里,一个工人三年的综合成本在几十万元左右,而机器人的生命周期是五年。

Open source S24

Source:Chinese robotics — Robot learning research · news.qq.com

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