Orbbec Pushes the Boundaries of Industrial Vision at ProMat 2025

At ProMat 2025, a key event for logistics and automation professionals, Orbbec has unveiled two major advancements in machine vision technology—the Gemini 335Le stereo vision camera and the Pulsar SL450 LiDAR. As part of the Gemini 330 Series of depth cameras, the 335Le introduces Ethernet connectivity, making it the first stereo vision camera series to support USB3, GMSL2, and Ethernet.

Designed for industrial robotic vision applications, these innovations position Orbbec at the forefront of depth sensing and autonomous navigation, catering to the growing demand for precision, reliability, and seamless integration in industrial automation.  

Why Vision Technology Matters in Robotics

In industrial automation, machines need to “see” their surroundings with extreme accuracy to operate effectively. Stereo vision cameras play a critical role in robotic perception, enabling depth mapping, object recognition, and real-time navigation—fundamental capabilities for automated picking systems, autonomous mobile robots (AMRs), and forklifts. Meanwhile, LiDAR technology provides precise distance measurements and spatial awareness, allowing robots to navigate complex environments, avoid obstacles, and optimise movement paths.

With the Gemini 335Le and Pulsar SL450, Orbbec isn’t just expanding its product portfolio—it’s addressing the need for high-performance, industrial-grade vision solutions that can withstand the harsh realities of warehouse and factory settings. By integrating cutting-edge sensing technology with multiple connectivity options, Orbbec is making AI-powered automation more accessible, scalable, and future-ready.

Orbbec’s Gemini 335Le: Advancing Stereo Vision for Robotics

The demand for high-precision depth sensing in robotics has never been greater, with automation driving efficiency, safety, and productivity across industries. The Gemini 335Le stereo vision camera is Orbbec’s latest response to this need, delivering exceptional depth perception, industrial-grade reliability, and seamless integration. With Ethernet-enabled connectivity and multi-interface support, it represents a significant step forward in robotic vision systems.

Breaking Industry Barriers with Multi-Interface Support

One of the biggest challenges in robotic vision is hardware compatibility. Different industrial applications require different connectivity solutions, and traditional stereo cameras have largely been limited to USB3 or proprietary interfaces—restricting flexibility.

The Gemini 335Le overcomes this limitation by being the first stereo vision camera to support USB3, GMSL2, and Ethernet.

• Unmatched Flexibility – The camera can be used across a wide range of robotic platforms, from industrial robotic arms to autonomous mobile robots (AMRs) and forklifts, seamlessly integrating into existing systems.
• Real-Time Data Transmission – Ethernet connectivity enables high-speed, low-latency depth data transmission over long distances, crucial for fast-moving industrial environments where split-second precision is essential.

Key Features of the Gemini 335Le

Built for Industrial Reliability

The Gemini 335Le is equipped with:

• M12 X-Coded Interface – Provides stable, simultaneous data and power delivery, even in high-vibration, long-distance applications (up to 100m).
• M8 A-Coded Interface – Supports multi-device synchronisation, RS-485 communication, and direct DC power supply, making integration easier.

Engineered for Harsh Conditions

• IP67-rated enclosure – Fully dustproof and water-resistant, ensuring durability in factory floors, warehouses, and outdoor settings.
• Extreme temperature tolerance – Designed to operate in both high-heat and freezing environments, withstanding fluctuating lighting conditions.

Seamless Integration for AI-Powered Robotics

• Power over Ethernet (PoE) – Reduces cable clutter and simplifies installation.
• ROS1/ROS2 Support – Ensures smooth software compatibility for robotic development.
• Pre-integration with NVIDIA Jetson AI platforms – Allows real-time AI-powered edge computing for object recognition and navigation.

Real-World Applications of Gemini 335Le

The Gemini 335Le is not just an incremental upgrade—it’s a powerful enabler of automation in industrial settings.

• Industrial Picking Robots – Enhances precision in grasping objects, reducing errors in assembly lines and logistics operations.
• AMRs & Autonomous Forklifts – Enables real-time obstacle detection, path planning, and depth sensing, ensuring safe navigation in dynamic warehouse environments.
• Smart Manufacturing & AI Vision – Optimises quality inspection, bin picking, and collaborative robotics, improving overall efficiency.

Live Demonstration at ProMat 2025

Orbbec is showcasing the Gemini 335Le in action at ProMat 2025, where attendees can witness firsthand how this next-generation stereo vision camera enhances robotic perception and autonomy.

📍 Booth Location: Lakeside Center, Hall D — E12457
📅 Live Demonstrations: Throughout ProMat 2025 

With the Gemini 335Le, Orbbec is setting a new standard for robotic vision, delivering precision, reliability, and flexibility in one powerful package.

Orbbec’s Expansion into LiDAR: The Pulsar SL450

As industrial automation advances, spatial awareness and precise environmental perception are becoming essential for autonomous systems. Building on its expertise in 3D vision and depth sensing, Orbbec is expanding into LiDAR technology with the launch of the Pulsar SL450—a cost-effective, high-accuracy LiDAR sensor designed for robotic navigation, logistics, and security applications.

What is the Pulsar SL450?

The Pulsar SL450 is Orbbec’s first-ever LiDAR solution, developed to provide high-resolution spatial data for robots and autonomous systems operating in complex, dynamic environments. Utilising direct Time of Flight (dToF) technology, the sensor measures distances with exceptional precision, making it a vital component for real-time navigation and obstacle detection in warehouses, factories, and commercial automation.

Unlike traditional vision-based systems, LiDAR offers superior depth perception in low-light and high-contrast conditions, allowing autonomous machines to function reliably regardless of environmental lighting variations.

Pulsar SL450: Key Features

Wide-Range and High-Precision Scanning

• 270° scanning range with up to ≥45m detection capability, ensuring comprehensive spatial awareness for robotic navigation.
• High-density point cloud scanning, operating at 72 kHz frequency with 0.075° angular resolution, capturing fine details of its surroundings.

Advanced Environmental Adaptability

• Multi-echo design for accurate depth perception, even in challenging conditions such as fog, dust, or variable lighting.
• Consistent ranging performance, maintaining uniform and reliable 3D mapping for applications requiring highly detailed environmental modeling.

Applications of Pulsar SL450 in Robotics and Automation

The Pulsar SL450 is purpose-built for intelligent automation, providing essential depth and positioning data to enhance robotic perception and decision-making.

• Warehouse AMRs & Autonomous Forklifts – Enables real-time navigation, collision avoidance, and precise path planning, improving operational efficiency in logistics and material handling.
• Security & Surveillance – LiDAR’s long-range scanning and multi-echo capabilities allow for detailed perimeter monitoring and motion detection, making it an ideal solution for automated security systems.
• Industrial & Smart City Applications – Supports 3D mapping, crowd monitoring, and infrastructure analysis, contributing to the development of smart factories and urban automation systems.

With the Pulsar SL450, Orbbec expands its depth sensing portfolio beyond stereo vision, reinforcing its position as a leader in AI-powered robotic perception. By combining LiDAR and stereo vision solutions, Orbbec is setting the foundation for more autonomous, adaptive, and intelligent robotic systems across industries.

The Bigger Picture: Orbbec’s Role in AI Vision and Robotics

With the launch of the Gemini 335Le stereo vision camera and Pulsar SL450 LiDAR, Orbbec is solidifying its position as a pioneer in AI-driven machine perception. As industries move toward fully autonomous robotics and smart automation, Orbbec’s innovations in depth sensing and 3D vision are shaping the future of robotics, logistics, and industrial automation. 

Orbbec’s Leadership in 3D Vision Technology

For over a decade, Orbbec has been at the forefront of 3D vision solutions, leveraging its expertise in structured light, stereo vision, LiDAR, and Time of Flight (ToF) technologies. These advancements have enabled robotics to achieve greater spatial awareness, improved obstacle detection, and enhanced decision-making—critical capabilities for the next generation of autonomous machines.

A key part of Orbbec’s mission is to democratize AI-driven vision technology, making high-performance depth sensing accessible, scalable, and adaptable across various industries. By offering multi-interface support, AI-ready integration, and industry-grade durability, Orbbec is removing barriers to adoption and accelerating the transition to smarter, more capable robotics.

Market Implications of Orbbec’s Innovations

The introduction of a stereo vision camera series with USB3, GMSL2, and Ethernet connectivity is a game-changer for robotics development. The Gemini 335Le’s multi-interface design allows manufacturers to standardise vision systems across different robotic platforms, reducing integration complexities while maximising efficiency.

At the same time, LiDAR technology is becoming a cornerstone of industrial automation. The Pulsar SL450’s high-precision mapping and long-range sensing offer a significant advantage in warehouses, smart cities, and autonomous navigation systems. As automation expands into new sectors, Orbbec’s vision and LiDAR solutions will play a vital role in enabling intelligent, self-sufficient robotics.

Industry Reactions and Future Outlook

The response to Orbbec’s latest innovations has been overwhelmingly positive, with industry experts recognising the significant leap forward in depth sensing and automation technology.

“With the release of the Gemini 335Le incorporating Ethernet connectivity, Orbbec becomes the first in the industry to offer such comprehensive interface options. The versatility and flexibility provided by the Gemini 330 Series enable our customers to incorporate high-quality depth sensing into all of their robot designs, regardless of which interface they prefer to use.”

— Brad Suessmith, Robotics Sales Manager at Orbbec

Orbbec’s latest product launches redefine what’s possible in machine vision. By combining cutting-edge stereo vision with LiDAR technology, Orbbec is not just keeping pace with industry trends—it’s setting them. As AI, automation, and robotics continue to evolve, Orbbec is well-positioned to lead the way, driving the development of more advanced, intelligent, and adaptable robotic systems.

Conclusion: A New Era for Industrial Vision Technology

Orbbec’s unveiling of the Gemini 335Le stereo vision camera and Pulsar SL450 LiDAR at ProMat 2025 marks a significant milestone in robotic perception and industrial automation. By combining high-precision depth sensing, multi-interface connectivity, and AI-ready integration, these innovations are expanding the boundaries of what autonomous systems can achieve.

The Gemini 335Le introduces unmatched flexibility with its USB3, GMSL2, and Ethernet connectivity, enabling seamless deployment across robotic arms, autonomous forklifts, and AMRs. Meanwhile, the Pulsar SL450 establishes Orbbec’s presence in the LiDAR market, delivering high-density 3D mapping and real-time spatial awareness for logistics, security, and warehouse automation.

Shaping the Future of Industrial Robotics

As automation becomes increasingly sophisticated, vision technology is playing a critical role in enabling safer, smarter, and more efficient robotics. Orbbec’s latest advancements address the growing need for reliable depth perception, high-speed data processing, and seamless robotic integration—key components in AI-powered autonomous systems.

What’s Next for Orbbec?

With a strong foundation in stereo vision, LiDAR, and AI-driven depth sensing, Orbbec is poised to continue driving innovation in robotic perception. Future developments may focus on:

• Enhancing AI-powered vision processing, enabling more advanced autonomous decision-making.
• Expanding its LiDAR portfolio, catering to an even broader range of applications in smart cities, security, and logistics automation.
• Pushing the boundaries of multi-modal perception, integrating stereo vision, LiDAR, and AI to create the next generation of intelligent robotic systems.

Orbbec’s commitment to democratizing high-performance 3D vision technology ensures that robotics will continue to evolve, adapt, and thrive in industrial environments. With these latest innovations, Orbbec is not just keeping pace with the industry—it’s leading the charge into the future of automation.