PaXini Tech
PaXini Tech (Shenzhen PaXini Sensing Technology Co., Ltd.) is a company specializing in advanced tactile technology and humanoid robots. Their core mission is to drive the next generation of commercial humanoid robots with multi-dimensional tactile sensing. PaXini's products aim to equip robots with human-like fingertip sensitivity and multi-dimensional tactile perception. The company's product line spans from sensor components to complete humanoid robot manufacturing, with commercial-grade delivery already achieved. Their technology is applied across intelligent manufacturing, healthcare, industrial production, and consumer electronics. PaXini's founding members hail from Waseda University's robotics lab, where they developed the ITPU (Intelligent Tactile Processing Unit) and the TORA-ONE humanoid robot and DexH series of tactile grippers, leveraging multi-modal perception and advanced AI algorithms. The company's business model appears to be a combination of hardware sales and potentially integrated solutions.
PaXini Tech
PaXini Tech (Shenzhen PaXini Sensing Technology Co., Ltd.) is a company specializing in advanced tactile technology and humanoid robots. Their core mission is to drive the next generation of commercial humanoid robots with multi-dimensional tactile sensing. PaXini's products aim to equip robots with human-like fingertip sensitivity and multi-dimensional tactile perception. The company's product line spans from sensor components to complete humanoid robot manufacturing, with commercial-grade delivery already achieved. Their technology is applied across intelligent manufacturing, healthcare, industrial production, and consumer electronics. PaXini's founding members hail from Waseda University's robotics lab, where they developed the ITPU (Intelligent Tactile Processing Unit) and the TORA-ONE humanoid robot and DexH series of tactile grippers, leveraging multi-modal perception and advanced AI algorithms. The company's business model appears to be a combination of hardware sales and potentially integrated solutions.