摘要：With advanced tactile sensors embedded in robotic fingers, humanoid robots are now capable of performing intricate tasks such as g
With advanced tactile sensors embedded in robotic fingers, humanoid robots are now capable of performing intricate tasks such as gripping with remarkable precision. This cutting-edge tactile sensing technology is already being developed by Moxian Technology (Dongguan) Co., Ltd. ("Moxian Technology"), based in Songshan Lake, Dongguan.
"We're able to achieve high-density coverage of electronic skin," said Wang Xin, head of marketing at Moxian Technology. According to Wang, one of the company's electronic skin products features 96 tactile points spaced just 0.8 millimeters apart, making it the highest-density electronic skin currently available on the market. The company has also achieved spacing as narrow as 0.2 millimeters, which allows for even greater tactile resolution and represents one of its most significant competitive advantages.
What sets Moxian's electronic skin apart is its ability to be customized. Wang explained that while most producers rely on modular designs to create electronic skin, such solutions often struggle to adapt to the unique structures of different robotic hands. "With die-cutting technology, we can tailor the skin to any shape a client requires, ensuring a perfect fit across the entire palm," Wang noted.
In addition, Moxian's product offers flexible encapsulation, enhancing the adaptability and effectiveness of its sensors. Wang noted that joint areas in robotic armsplace higher demands on the conformability of electronic skin. Moxian Technology's products can wrap seamlessly around the entire robotic structure, significantly boosting sensor sensitivity. "Think of it this way, if a person has no skin on the soles of their feet, they wouldn't know how to apply pressure properly, and couldn't walk steadily. Robots are no different." Wang said.
Moxian Technology is just one example of Dongguan's thriving AI sector. At the 2025 Dongguan Artificial Intelligence Industry High-Quality Development Conference, local officials set ambitious goals: by 2027, Dongguan aims to establish over 10,000P in available intelligent computing power, build more than 100 AI+ advanced manufacturing demonstration scenarios, and cultivate over 300 key AI enterprises. The city is accelerating technological innovation across the AI sector and driving industrial upgrades through its "AI+" strategy.
Source: Lingnan On the Cloud
东莞企业让机器人“长出皮肤”
只需要在人形机器人的手指上搭配先进的触觉传感器，人形机器人就可以熟练地完成抓握等精细操作。这项触觉传感技术，在东莞松山湖的墨现科技（东莞）有限公司（以下简称“墨现科技”）就可以实现。
“我们可以实现电子皮肤的高密度覆盖。”墨现科技市场部负责人王鑫介绍，墨现科技的一款电子皮肤产品上共有96个触点，点和点之间的间距为0.8毫米，是目前市场上密度最高的电子皮肤产品。王鑫表示，墨现科技最低可以实现点和点之间0.2毫米的距离，以此实现更高密度的覆盖，这成为墨现科技产品的突出优势。
值得一提的是，墨现科技的电子皮肤产品还可以提供定制化的解决方案。王鑫向记者介绍，目前市场上的电子皮肤生产企业大都是通过制作模组完成方案设计，但是每一家生产企业在手型制作上的结构是不一样的，如果通过模块化设计制作解决方案，很难做到定制化生产。“我们可以通过模切，切割出客户要求的任何一个形状，贴合整个手掌。”王鑫表示。
此外，墨现科技的电子皮肤产品还可以实现柔性包覆，以增加传感器的适应性和有效性。王鑫表示，机械臂等产品的关节处对电子皮肤的包覆性要求更高，而墨现科技产品可以对机器人产品实现整体包覆，大大增加传感器的灵敏性。“如果一个人脚底没有皮肤、不知道怎么着力，是根本走不稳的，机器人也是一样。”王鑫说。
以墨现科技为代表的东莞人工智能企业正蓬勃发展。在此前召开的东莞市人工智能产业高质量发展大会上，东莞提出，力争到2027年可调度使用智能算力规模10000P以上，打造100个以上AI+先进制造示范应用场景，引进培育300家以上人工智能重点企业，全面推进人工智能产业领域科技创新，持续推进“人工智能+”赋能产业升级。
文丨记者 李洪宝 实习生 韩汶余
图丨受访单位提供
翻译丨杨钧雅
审校丨林佳岱
来源：羊城派一点号
