The Pulsar ME450 has been examined on robots like good forklifts and garden mowers, delivering high-quality level clouds for dependable navigation. Supply: Orbbec
On the World Robotic Convention 2025 in Beijing at this time, Orbbec unveiled the Pulsar ME450. Beneath the corporate’s “Flex to Circulate” theme, the brand new sensor is meant to permits robotics functions to modify scanning modes as an alternative of swapping units, addressing numerous 3D notion necessities throughout a number of situations.
Orbbec mentioned the Pulsar ME450 is a direct time-of-flight (dToF) 3D lidar utilizing a mix of a micro-electromechanical programs (MEMS) mirror and a motor to supply configurable scanning patterns and adjustable vertical subject of view.
“The Pulsar ME450 represents the trade’s first multi-pattern lidar combining high-precision MEMS pitch scanning with motorized azimuth management,” said Guo Wei, head of the lidar analysis and improvement workforce at Orbbec. “By overcoming single-mode limitations, we’re delivering unprecedented flexibility and reliability for robotic environmental notion.”
Based in 2013, Orbbec presents merchandise spanning structured gentle, stereo imaginative and prescient, ToF, and lidar applied sciences. The Shenzhen, China-based firm mentioned its sensors energy robots and manufacturing, logistics, retail, 3D scanning, healthcare, and health programs. With in-house R&D, state-of-the-art manufacturing unit, provide chain administration, and international assist, Orbbec additionally presents OEM engagements for customized and embedded designs.
Pulsar ME450 allows each navigation, 3D reconstruction
Orbbec asserted that the Pulsar ME450 lidar can swap amongst non-repetitive scanning, non-dense repetitive scanning, and dense repetitive scanning. Mixed with adjustable vertical subject of view and rotation speeds, the sensor can adapt to varied robotics use circumstances with out the necessity for a number of devoted units, it mentioned.
This adaptable design aligns with the evolving calls for of robotics, famous Orbbec. Dynamic impediment avoidance requires velocity and real-time response, whereas mapping functions want dense level clouds for detailed reconstruction, mentioned the corporate. The Pulsar ME450 is designed for good forklifts, logistics robots, garden mowers, and surveying gear by means of adaptive sample switching.
The Pulsar ME450’s capability to modify between a number of scanning patterns on the fly allows a single sensor to deal with each navigation and fine-grained 3D reconstruction duties. This will cut back system complexity, simplify integration, and decrease the whole value of possession (TCO) with out compromising on efficiency or accuracy, mentioned Orbbec.
It added that the system delivers millimeter-level precision with high-fidelity 3D reconstruction capabilities, whereas its superior reflectivity detection maintains steady efficiency throughout numerous supplies and difficult interference situations.
The Pulsar ME450 combines a MEMS mirror and a motor for configurable scanning patterns and an adjustable subject of view. Supply: Orbbec
Orbbec says improvements in robotic imaginative and prescient are ongoing
Orbbec mentioned it has pioneered robotics sensor improvement in China since 2016. By 2023, the corporate captured over 70% market share in China’s service robotic 3D imaginative and prescient sensor phase, in response to GGII analysis. Orbbec now serves tons of of robotics corporations throughout practically 100 nations and areas.
With foundational analysis in SPAD (single-photon avalanche diode) and depth notion, Orbbec launched the MS200 lidar sensor for autonomous programs in 2022. In 2024, the corporate’s LS635, a high-performance, back-illuminated SPAD system on chip (SoC) used superior 3D stacking know-how.
At ProMat 2025, Orbbec debuted the Pulsar SL450. The corporate asserted that the Pulsar ME450 launch represents its continued growth in robotic notion. The firm mentioned its sensing portfolio will help robotics builders meet more and more advanced software calls for and speed up the evolution towards “actually succesful embodied AI.”
