

Linkerbot
88 posts

@Linker_hand
We specialize in R&D of high-freedom, cost-effective dexterous hands – the top choice for scientific research:)






Binary to Bite. 🔢➡️🥗Introducing DexterChef by Linkerbot, your "Accordion Salad" is ready 🧠 The Brain: Our multimodal model understands the physics of a cucumber. 🖐️ The Hand: 0.5mm precision control. It slices exactly 80% deep, stopping just before the edge—every single time. From a line of text to a master-level skill. This is how AI learns to serve humanity. #Linkerbot #TheHandyChef #EmbodiedAI #Robotics



















Chinese robots are going to take all our jobs! This is unreal.

Linkerbot, the company making the extra dextrous hands below, recently became a unicorn and here are our notes on them: Global leader in high-DoF dexterous hands with 80%+ market share. Founded by Zhou Yong (周永, Huazhong University of Science and Technology Youth Class). Only company producing 1,000+ high-DoF hands per month. LinkerBot hand series features 12-42 active DoF (single finger 2-7 DoF), 5kg load capacity. Also provides motion capture teleoperation and digital twin platforms. - Dominant global leader and unicorn (¥30B ($4.1B) valuation). 6 funding rounds totaling $300M+ in under a year. - Plans 50,000-100,000 unit delivery in 2026. - Full-stack: hardware + cloud brain + motion capture. - Overseas comparable products priced ¥1.1M-1.6M ($152K–$221K from Shadow) vs LinkerBot at ¥5K-50K ($1K–$7K). 😱 This came from our Humanoid Robotics Tracker which is in preview right now. Bookmark it today for all your research needs!

Check out KyberLabs' latest robot hand! This thing is wild: it can handle a hammer hit 🔨 and yet detect a feather 🪶 with its fingers, stopping at the tiniest resistance. The secret is backdrivability and torque transparency. The hand "feels" the world just through its drive currents, without using tactile sensors. This enables reliable high-speed tasks, like screwing a nut onto a bolt in real time!

This Chinese robot hand looks crazy good. The way its tightening screws with near-perfect precision.