生物实验室的灵巧手
面向生物实验室自动化场景的机器人解决方案 | 通过灵巧手、机械臂与智能控制系统，提升实验室操作效率与标准化水平
🎯项目定位与原则
"生物实验室的灵巧手"聚焦实验流程中高频、重复、对精度要求高的关键操作环节，通过灵巧手、机械臂与自动化控制系统的结合，提升实验室操作效率和标准化水平。
第一期优先原则：
- ✓ 聚焦可落地、可验证、可收费的应用场景
- ✓ 优先完成真实场景的样机开发与功能验证
- ✓ 先形成收入闭环，再逐步拓展技术方向
🔬第一期案例与技术方向
核心切入点：实验室移液、抓取、挤压、转移自动化
技术重点：
- 实验室线下调研与需求确认
- 末端执行器设计与稳定性验证
- 精度与重复执行一致性控制
- 原型快速迭代（1-2个月内可用）
💰商业化与知识产权
💰 收入模式
- 实验室自动化项目开发
- 定制化设备/模块交付
- 维护、维修与升级服务
- 暑期研究项目收入
🔐 知识产权
- 灵巧手结构专利申请
- 末端执行器方案保护
- 技术资料保密管理
- 合作保密协议签署
凯哥 (Leo)
Angela
Yin (Alina)
ZeZe
Angell (Echo)
📅第一次团队会议
🎓斯坦福暑期高中生研究项目
面向优秀高中生开放参与机会，让学生在真实科研与工程项目中获得训练，为项目建立早期人才观察与培养机制，支持优秀学生参与论文发表。
📅里程碑时间线
⚡当前优先事项
✨ 提交你的工作内容与进展
📋团队工作进度日志
📊工作记录档案
Bio-Lab Dexterous Robot Hand
Robotics Solution for Bio-Lab Automation | Enhancing lab efficiency and standardization through dexterous grippers, robotic arms, and intelligent control systems
🎯Project Vision & Principles
The "Bio-Lab Dexterous Robot Hand" focuses on high-frequency, repetitive operations requiring precision in lab workflows. By combining dexterous grippers, robotic arms, and automated control systems, we enhance lab efficiency and standardization.
Phase 1 Priorities:
- ✓ Focus on deliverable, verifiable, and billable scenarios
- ✓ Prioritize prototype development and function verification
- ✓ Establish revenue loop first, then expand technology
🔬Phase 1 Cases & Tech Direction
Core Focus: Lab pipetting, grasping, squeezing, and transfer automation
Technical Focus:
- On-site lab research and requirement confirmation
- End-effector design and stability verification
- Precision and repeatability control
- Rapid prototype iteration (usable in 1-2 months)
💰Business & IP Strategy
💰 Revenue Model
- Lab automation projects
- Custom equipment delivery
- Maintenance & upgrade services
- Summer research program revenue
🔐 IP Protection
- Gripper structure patents
- End-effector IP protection
- Technical documentation security
- NDA and cooperation agreements
Kai (Leo)
Angela
Yin (Alina)
ZeZe
Angell (Echo)
📅First Team Meeting
🎓Stanford Summer HS Research Program
Open to outstanding high school students, providing hands-on experience in real research and engineering projects. Building early talent pipeline and supporting student paper publications.