Inverse3X

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Product Description

The Inverse3X is an advanced 3-DoF haptic controller engineered for ultra-high-precision robotic control, immersive virtual interaction and AI-driven systems. Building on the proven capabilities of the Inverse platform, the Inverse3X delivers enhanced performance, greater responsiveness and higher-fidelity motion capture for next-generation applications. By combining ultra-precise three-axis position sensing with high-resolution three-axis force feedback, the Inverse3X enables users to both control and physically feel digital or remote environments with exceptional accuracy. Subtle hand movements are translated into finely resolved spatial motion, whilst responsive force output delivers stable and realistic tactile cues. Designed not only for control but also for data acquisition, the Inverse3X functions as a high-fidelity input device capable of capturing detailed motion and force interaction data. This makes it particularly suited for artificial intelligence training, robotics learning systems, human behaviour modelling, and advanced research applications where precise and repeatable data collection is critical.

Product Specifications

Its advanced sensing architecture supports high-frequency updates of up to 8000 Hz and peak forces of up to 15 N, ensuring reliable performance during delicate, high-resolution operations. The Inverse3X is optimised for both precision control and high-fidelity data acquisition, making it suitable for robotics research, AI development and advanced human-machine interaction systems.

Company Profile

Haply Robotics

Haply Robotics is dedicated to developing high-performance human-robot interaction technologies that enable intuitive and precise control of robotic systems. Headquartered in Montreal, Canada, the company’s research and development is grounded in applied physics and robotics, with a particular focus on real-time haptic feedback as a key enabling technology. The core component of Haply’s solutions is the Inverse series of force feedback controllers. This series of devices combines a wide effective workspace with high positional resolution and high update rates. The architecture enables stable, real-time haptic interaction, allowing users to reliably perceive contact and dynamic forces during operation, whilst maintaining precise feedback even in demanding human-robot closed-loop scenarios. Recent R&D progress and early application projects indicate that Haply is transitioning from standalone haptic devices to complete system-level solutions. Through collaboration with research institutions, universities and industrial partners, the company has made significant progress in robotic control and simulation environments, and its devices are now widely used in relevant fields. These practical applications not only validate the maturity of the underlying technology but also continue to drive the process of broader industrial adoption. By combining high-fidelity haptic hardware with an open and scalable software architecture, Haply Robotics has effectively lowered the barrier to entry for advanced robotic control, providing flexible automation solutions for both industry and research sectors, and supporting the upskilling of the workforce.
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