How Touch Tables with CPJROBOT POE LiDAR Enhance Classroom Interaction

Introduction: The Future of Interactive Learning Traditional teaching methods often struggle to keep students fully engaged in today’s digital-first world. As schools embrace educational technology, touch tables are emerging as a powerful tool for interactive classrooms. When integrated with CPJROBOT POE LiDAR technology, touch tables enable multi-touch recognition, collaborative learning, and seamless interaction, revolutionizing how…

Touch Table Recognition with CPJROBOT POE LiDAR: Redefining Interactive Display Solutions

Introduction: The Future of Interactive Display In today’s digital era, businesses and organizations are seeking innovative ways to present information and engage audiences. Touch table recognition systems, when enhanced with CPJROBOT POE LiDAR technology, offer a seamless blend of object recognition and multi-touch interaction. From product showcases to immersive experiences, this solution delivers intuitive human-computer…

How to Detect and Compensate Multi-LiDAR Touch Point Conflicts in Unity

Introduction When building large interactive walls or floors with multiple PoE LiDAR sensors, developers often face the challenge of overlapping or conflicting touch points. Without proper handling, these conflicts can cause jitter, duplicated interactions, or false triggers in Unity. This article explains how to detect and compensate multi-LiDAR touch conflicts in Unity, using practical methods…

Common Issues When Connecting PoE LiDAR to Unity via TUIO Protocol

Introduction The combination of PoE LiDAR sensors and Unity 3D creates powerful interactive projection and gaming experiences. By leveraging the TUIO protocol, LiDAR can output multi-touch data directly into Unity, enabling immersive installations for museums, shopping malls, and entertainment venues. However, engineers and developers often face several challenges during setup. This article explores the most…

Single vs. Cascaded PoE LiDAR: Accuracy and Blind Spots on Long Walls

Introduction Interactive walls are becoming a powerful tool in exhibitions, education, entertainment, and retail environments. From city development showcases to children’s gaming zones, users demand precision touch recognition and seamless interaction—even on walls stretching up to 10 meters or more. A critical decision when designing such systems is whether to use a single PoE LiDAR…

Which PoE LiDAR Offers the Most Reliable Touch Accuracy for Long Walls (10m)?

Introduction When it comes to creating large-scale interactive walls, touch accuracy and responsiveness are everything. Whether for exhibitions, children’s play zones, or smart city showcases, a reliable sensing technology is crucial. For walls as long as 10 meters, traditional sensors often struggle with precision and stability. This is where CPJROBOT PoE LiDAR stands out. Engineered…

Revolutionizing Dining: Interactive Innovations in Holographic Projection Restaurants

Introduction: The Rise of Immersive Dining Traditional dining has long been about food and ambiance—but technology is taking it to a whole new level. Holographic projection restaurants are redefining the customer experience by blending real-time interaction, immersive visuals, and sensor-based environments. Powered by advanced LiDAR (Light Detection and Ranging) technology and dynamic projection systems, these…

How LiDAR Holographic Projection Restaurants Surpass Traditional Dining Spaces

Introduction: A New Era of Dining with LiDAR Technology As consumer expectations shift towards experience-driven dining, traditional restaurants struggle to keep pace with evolving trends. Enter the LiDAR holographic projection restaurant—a revolutionary fusion of real-time sensing and digital artistry. This advanced setup not only enhances ambiance but also completely redefines what it means to dine…

How LiDAR Holographic Projection Enhances Immersive Dining Experiences

Introduction: Dining Meets Next‑Level Immersion The traditional dining experience is evolving. With LiDAR holographic projection systems, restaurants can now offer environments that extend far beyond food and decor. By combining motion sensing, high-definition visuals, and interactive technologies, these systems create fully immersive dining spaces that captivate guests and elevate every meal. Multi-Angle, Multi-Layer Holographic Projection…

Can LiDAR Interactive Projection Support Multiple Rehabilitation Scenarios?

Introduction: One System, Endless Possibilities for Rehabilitation Modern rehabilitation demands flexibility, personalization, and efficiency. With patients presenting a wide range of physical, cognitive, and mobility needs, rehabilitation spaces can no longer rely on rigid one-size-fits-all approaches. Fortunately, LiDAR interactive projection systems are rising to the challenge. These advanced solutions allow for real-time switching between different…