About
PaXini (帕西尼) is a Shenzhen-based intelligent sensing company driving what it calls a global intelligent perception revolution. At the heart of its technology stack is the proprietary 6D Hall array-based ITPU platform, which enables precise multi-axis force and tactile feedback in robotic systems. The company's product portfolio spans three tiers. Its tactile sensor lineup includes the third-generation high-precision PX-6AX-GEN3 and the more accessible consumer-grade PX-3AX. For robotic manipulation, PaXini offers the GMH18, DexH13, and DexH5 multi-dimensional tactile dexterous hands, which give robots human-like grip sensing capabilities. At the cutting edge, PaXini has developed the TORA DOUBLE ONE — described as the industry's first multi-dimensional tactile humanoid robot — along with the next-generation lightweight TORA ONE humanoid platform. PaXini targets a wide range of industries including 3C electronics assembly, automotive production lines, logistics and warehousing, medical and rehabilitation, industrial manufacturing, and commercial services. A developer center is available for integrators and researchers looking to build on top of PaXini's sensing platform. With offices in Shenzhen, Shanghai, and Tianjin, PaXini serves both domestic and global markets, positioning itself as a foundational infrastructure provider for the next era of embodied AI and intelligent robots.
Key Features
- 6D Hall Array (ITPU) Technology: Proprietary multi-axis tactile sensing core that captures force, torque, and contact data across six dimensions with high precision.
- Multi-Dimensional Tactile Sensors: High-precision (PX-6AX-GEN3) and consumer-grade (PX-3AX) sensors that provide rich haptic feedback for robotic and industrial systems.
- Dexterous Robotic Hands: GMH18, DexH13, and DexH5 tactile dexterous hands enable human-like grasping, manipulation, and in-hand sensing for robots.
- Humanoid Robot Platform: TORA DOUBLE ONE and TORA ONE humanoid robots integrate full-body multi-dimensional tactile sensing for safe, intelligent interaction with environments.
- Developer Center & SDK: Open developer resources allow engineers and researchers to integrate PaXini's sensing platform into custom robotic and automation systems.
Use Cases
- Robotic assembly of delicate 3C electronics components requiring precise tactile feedback to avoid damage during pick-and-place operations
- Automotive production line automation where dexterous hands with force sensing improve part handling, fastening, and quality inspection
- Logistics and warehousing robots using tactile dexterous hands to safely sort, pack, and handle a wide variety of irregularly shaped items
- Medical and rehabilitation devices and assistive robots that use multi-dimensional tactile sensing for safe, gentle human-robot interaction
- Research and development of embodied AI systems leveraging PaXini's humanoid robot platforms and developer SDK to train and test manipulation policies
Pros
- End-to-End Tactile Ecosystem: PaXini covers the full stack from component sensors to complete humanoid robots, simplifying integration for OEMs and system integrators.
- Industry-Leading 6D Sensing Resolution: The 6D Hall array technology delivers high-fidelity tactile data that enables precise manipulation tasks difficult to achieve with conventional force sensors.
- Broad Industry Applicability: Solutions are tailored for diverse verticals including 3C electronics, automotive, logistics, healthcare, and commercial services.
- Global Market Reach: Dedicated domestic and overseas sales channels with offices in Shenzhen, Shanghai, and Tianjin support international deployment.
Cons
- Hardware-Centric Offering: As a hardware company, adoption requires physical procurement and integration, which may have longer lead times compared to software-only AI tools.
- Limited English Documentation: The primary website and product materials are in Chinese, which may present a barrier for non-Chinese-speaking developers and engineers.
- Enterprise-Grade Pricing: Specialized tactile sensing hardware and humanoid robot platforms typically carry significant per-unit costs, limiting accessibility for smaller teams or hobbyists.
Frequently Asked Questions
What is PaXini's core technology?
PaXini's products are built on its proprietary ITPU platform, which uses a 6D Hall array architecture to capture multi-dimensional force and tactile data with high precision and low latency.
What industries does PaXini serve?
PaXini targets 3C electronics assembly, automotive production lines, logistics and warehousing, medical and rehabilitation, industrial manufacturing, and commercial service applications.
What dexterous hand models does PaXini offer?
PaXini offers three dexterous hand models — the GMH18, DexH13, and DexH5 — each featuring integrated multi-dimensional tactile sensing for different payload and form-factor requirements.
What are TORA DOUBLE ONE and TORA ONE?
TORA DOUBLE ONE is described as the industry's first multi-dimensional tactile humanoid robot. TORA ONE is the next-generation lightweight version, designed for practical deployment in commercial and industrial settings.
Is there a developer program for integrating PaXini sensors?
Yes, PaXini operates a Developer Center that provides resources, SDKs, and support for engineers and researchers who want to integrate tactile sensing into custom robotic platforms.
