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Industrial design
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Purposedly designed, built, and tested to ensure minimal trueness drift and variation under mechanical stress from handling and daily use. -
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Shock resistance
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Designed for industrial use. Lightweight magnesium housing, ruggedized all-glass optics, 15G shock & 5G random vibration, 0° to 45°C operating temperature range, IP65. -
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Continously evolving
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Easily roll out new innovations. With regular firmware and software updates, you can always use the latest features and performance improvements. -
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Thermal stability
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Floating thermal calibration ensures minimal trueness drift and data output variations across the full operating temperature range.
Truly industrial design for robot-mounted
or stationary 3D vision applications
Built to take the knocks
Tested for the shocks and knocks that happen in the real industrial world.
15 G shock
Impact tests exceed several hundred Gs during build qualification.
Calibration stability
Zivid 3D cameras stay highly calibrated even in rapidly changing thermal environments. Zivid's unique floating calibration system ensures your 3D performance is always spot on.
0° to 40°C
Temperature cycles are used to verify the temperature operating range.
Delivered in perfect shape
We ensure that your industrial 3D camera arrives ready to excel in carefully designed packaging tested to handle rough shipping. Your Zivid 3D camera arrives in the same condition as it left.
Worldwide shipping
We test our 3D camera boxes by shipping them worldwide with test equipment inside to ensure they effectively protect your Zivid 3D camera.
3D hand-eye calibration
Zivid's 3D hand-eye calibration simplifies the 3D camera and robot binding process and gives you 10x better results versus comparable calibration methods.
The Zivid 3D hand-eye calibration API uses the factory-calibrated point cloud to calculate the resulting hand-eye calibration. Not only does this yield a better result, but it also does so in fewer positions. And more importantly, the result is repeatable and easy to obtain.
In-field correction
Ensure your 3D machine vision accuracy is optimal and avoid the risk of stoppage or downtime. In-field correction is a fast and straightforward way to keep your 3D point clouds always on point.
Interactive content by Flourish
Impacts and shock can distort a 3D sensor's point cloud output. In-field correction brings the 3D camera back to a calibrated state.
The in-field correction procedure is used to perform verification and trueness error correction. With dedicated calibration boards and a simple procedure, you can achieve >3x accuracy improvement and reduce downtime.
