智慧生化与精准实验 Intelligent Biochemical & Precision Experimentation
展商：Zhejiang Humanoid Robot Innovation Center Co., Ltd.
原产国/地区：中国大陆
该场景展示人形机器人协同自动化设备集群，实现实验室全流程自主作业。依托高自由度仿生本体、多模态融合感知与VLA大模型，机器人自主完成定量分样、试剂配制、物料转移、上下样、实验分析、数据采集、报告解析及智能管控等长序列任务，具备8项以上原子技能，可构建5项以上子任务作业链，适配多种容器与液体。亚毫米级精密操作与可泛化定量倒液达国际领先，突破长序列误差累积与跨设备协同瓶颈。系统部署周期不足一周，适配性强，可落地科研院所及化工企业。方案解决高通量改造量大、小批量灵活度不足等痛点，打通数据链路，推动实验室向人形平台、全流程闭环、AI自主决策演进。 This scenario demonstrates a humanoid robot collaborating with automated equipment clusters to achieve full-process autonomous operations in a laboratory setting. Leveraging a high-degree-of-freedom bionic body, multi-modal fusion perception, and a VLA large model, the robot autonomously completes long-sequence tasks including quantitative aliquoting, reagent preparation, material transfer, sample loading/unloading, experimental analysis, data acquisition, report interpretation, and intelligent management and control. It possesses over eight atomic skills and can construct task chains comprising five or more sub-tasks, adaptable to various containers and liquid types. Its sub-millimeter precision manipulation and generalizable quantitative liquid-handling capabilities reach internationally leading standards, breaking through bottlenecks in long-sequence error accumulation and cross-device coordination. The system can be deployed in less than a week, offering strong adaptability, and is suitable for implementation in research institutes and chemical enterprises. This solution addresses pain points such as extensive modifications required for high-throughput scenarios and insufficient flexibility for small-batch, multi-variety operations, while opening up laboratory data pipelines. It drives the evolution of laboratory automation toward humanoid platforms, full-process closed-loop operation, and AI-driven autonomous decision-making.
展品详情
该场景展示人形机器人协同自动化设备集群，实现实验室全流程自主作业。依托高自由度仿生本体、多模态融合感知与VLA大模型，机器人自主完成定量分样、试剂配制、物料转移、上下样、实验分析、数据采集、报告解析及智能管控等长序列任务，具备8项以上原子技能，可构建5项以上子任务作业链，适配多种容器与液体。亚毫米级精密操作与可泛化定量倒液达国际领先，突破长序列误差累积与跨设备协同瓶颈。系统部署周期不足一周，适配性强，可落地科研院所及化工企业。方案解决高通量改造量大、小批量灵活度不足等痛点，打通数据链路，推动实验室向人形平台、全流程闭环、AI自主决策演进。
This scenario demonstrates a humanoid robot collaborating with automated equipment clusters to achieve full-process autonomous operations in a laboratory setting. Leveraging a high-degree-of-freedom bionic body, multi-modal fusion perception, and a VLA large model, the robot autonomously completes long-sequence tasks including quantitative aliquoting, reagent preparation, material transfer, sample loading/unloading, experimental analysis, data acquisition, report interpretation, and intelligent management and control. It possesses over eight atomic skills and can construct task chains comprising five or more sub-tasks, adaptable to various containers and liquid types. Its sub-millimeter precision manipulation and generalizable quantitative liquid-handling capabilities reach internationally leading standards, breaking through bottlenecks in long-sequence error accumulation and cross-device coordination.
The system can be deployed in less than a week, offering strong adaptability, and is suitable for implementation in research institutes and chemical enterprises. This solution addresses pain points such as extensive modifications required for high-throughput scenarios and insufficient flexibility for small-batch, multi-variety operations, while opening up laboratory data pipelines. It drives the evolution of laboratory automation toward humanoid platforms, full-process closed-loop operation, and AI-driven autonomous decision-making.