Angled promotional view of Orbbec Gemini 435Le 3D camera engineered for industrial robot navigation in harsh environments.
Angled promotional view of Orbbec Gemini 435Le 3D camera engineered for industrial robot navigation in harsh environments.
Front view of Orbbec Gemini 435Le stereo vision camera with dual global shutter sensors for low-noise depth data.
Front view of Orbbec Gemini 435Le stereo vision camera with dual global shutter sensors for low-noise depth data.
Left elevated view of Gemini 435Le 3D sensor showing the IP67 rugged enclosure built for outdoor path planning.
Left elevated view of Gemini 435Le 3D sensor showing the IP67 rugged enclosure built for outdoor path planning.
Bottom view of Orbbec Gemini 435Le showing the IP67 CE FCC certification label and industrial cooling fins.
Bottom view of Orbbec Gemini 435Le showing the IP67 CE FCC certification label and industrial cooling fins.
Top view of Orbbec Gemini 435Le 3D camera module showcasing the compact 95mm baseline for high-precision measurement.
Top view of Orbbec Gemini 435Le 3D camera module showcasing the compact 95mm baseline for high-precision measurement.
Rear view of Gemini 435Le showing M12 power and network interfaces alongside 4x M4 back mounting points.
Rear view of Gemini 435Le showing M12 power and network interfaces alongside 4x M4 back mounting points.
Side profile view of Orbbec Gemini 435Le camera with 40.5mm thickness and 0.31m-20m+ long depth range.
Side profile view of Orbbec Gemini 435Le camera with 40.5mm thickness and 0.31m-20m+ long depth range.
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Operating Environment Indoor & Outdoor
Depth Technology Stereo Vision
Depth Range 0.31m - 20m+
Ideal Range 0.31m - 10m
Wavelength 850nm
IMU 6 DoF; Gyroscope/Accelerometer Sample range：50 - 1,000Hz
SDK Orbbec SDK
Baseline 95mm
Spatial Precision ≤ 0.4% (1280 x 800 @ 2 m & 90% x 90% ROI); ≤ 0.8% (1280 x 800 @ 4 m & 80% x 80% ROI)
Depth FoV 90° x 65° ± 3° @ 2m (1280 x 800)
Depth Resolution @ Frame Rate Up to： 1280 x 800 @ 10fps; 640 x 400 @ 20fps
Depth Shutter Type Global Shutter
RGB FoV 16：10 94° x 68° ± 3°; 16：9 94° x 62° ± 3°; 4：3 82° x 66° ± 3°
RGB Resolution and Frame Rate Up to：1280 x 800 @ 10fps MJPEG/I420; 640 x 400 @ 20fps MJPEG/I420
RGB Shutter Type Global Shutter
Power supply POE：IEEE 802.3af; DC：≥2A @ 9V - 24V
Power Consumption DC Average ≤ 6.5W (Peak ≤ 11.0W); PoE Average ≤ 8.0W (Peak ≤ 15.0W)
Data Connection Gigabit Ethernet
Protection IP67
Operating Temperature -10℃ - 50℃; 5% ~ 90 % RH (non-condensing)
Dimensions (W*H*D) 138.5 mm × 40.5 mm × 70.0 mm
Interface M12, 8-pin, X-coded connector for data transmission and POE; M12, 8-pin, A-coded connector for DC Power in, Sync in/out andRS485
Installation Back/Bottom/Top：4x M4, Max Torque：0.4 N.m, Max Insertion Depth：6mm
Temporal Precision ≤ 0.1% @2m (1280 x 800)
Accuracy ≤±1% (1280 x 800 @ 2 m & 90% x 90% ROI); ≤±2% (1280 x 800 @ 4 m & 80% x 80% ROI)
Supported Functions Hardware Spatial Alignment of Depth to Color; Hardware Timestamps; Multi-camera Sync; RS485

Gemini 435Le

Industrial Stereo Vision Camera with Scene-configurable Depth Performance

Exceptional Depth Performance for Robotics | Gigabit Ethernet with PoE | IP67

Price
$499
Taxes and shipping calculated at checkout

What's Included:

● Gemini 435Le 3D Camera
● Quick Start Guide
● Power Cable (2m)
● Data Cable (2m)
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Ready for Industrial Robots
Gemini 435Le is an industrial-grade stereo vision camera specifically engineered to tackle robotic vision challenges. Optimized for long-range missions, it is capable of performing diverse perception purposes while delivering exceptional depth data — empowering bulky robots to achieve stable, precise, and flexible positioning, navigation, and object recognition in harsh environments.

Push Depth Beyond Limits
Elevating Robotic Vision
Gemini 435Le delivers superior environmental adaptability and depth measurement performance. It provides low-noise, high-density environmental depth data to enhance path planning efficiency for robotic navigation. At the same time, it effortlessly overcomes measurement challenges in complex scenarios such as logistics, accurately reconstructing object contours across various materials to fully meet the requirements of high-precision recognition and measurement.