IDS Imaging's New Nion Camera Gives Robots Sharp 3D Vision at Real-World Speeds
A German industrial camera maker has launched a 3D sensor that tracks fast-moving objects in tricky lighting, aiming to make precise depth sensing practical on factory floors and in logistics warehouses.
Key points
- IDS Imaging launched the Nion 3D camera in series production in 2025, offering 1.2-megapixel depth imaging at 30 frames per second.
- The camera uses time-of-flight technology to measure distances from 0.3 to 7.5 metres and resists blur even on fast-moving objects.
- IDS, founded in 1997 and based in Obersulm, Germany, has a portfolio of around 5,000 camera products and a team of more than 320 employees.
- Nion carries an IP67 weatherproof rating and connects via a single Power over Ethernet cable, cutting installation complexity.
- The company positions the camera as an affordable entry into 3D vision for factories already running 2D systems.
IDS Imaging Development Systems has released the Nion: a compact 3D camera built for the pace of real factory and warehouse environments. It's available now in full production quantities.
What does this camera actually do?
Nion uses time-of-flight sensing, where the camera fires invisible infrared light pulses and measures how long they take to bounce back, building a depth map of everything in its field of view. Think of bat echolocation, but with light.
Every pixel carries a distance reading, not just a colour. That lets a robot know exactly how far away an object is, even if lighting shifts or the object is moving fast.
At 1.2 megapixels and 30 frames per second, Nion sits above typical low-resolution time-of-flight cameras in industrial use today. IDS says it captures fast-moving objects with virtually no motion blur and works reliably indoors and outdoors, where stray sunlight can confuse cheaper sensors.
Why does this matter for automation?
For robots, reliable depth data is the difference between picking the right box and knocking everything off a conveyor. Affordable 3D sensors often struggle in bright or changing light, or produce blurry readings when objects move quickly. Nion's core sensor, onsemi's AF0130 chip from the Hyperlux ID family, is designed to address those weaknesses. As we reported on 5 August 2026, perception rather than motion control is the hardest problem in industrial autonomy, and a sensor that holds up in variable conditions moves that needle.
"The Nion provides stable depth data even under variable lighting conditions," said Patrick Schick, IDS product manager for 3D vision. "This provides a solid foundation for automation processes that rely on fast and accurate 3D data."
Companies running existing 2D camera lines don't need to rip them out. Schick said depth data can be added on top of a 2D process where it helps, rather than replacing everything at once. That's a practical point for smaller manufacturers weighing upgrade costs.
What does the hardware look like?
| Specification | Detail |
|---|---|
| Resolution | 1.2 megapixels |
| Frame rate | 30 fps |
| Measurement range | 0.3 to 7.5 m (0.9 to 24.6 ft) |
| Weather protection | IP67 (dust-tight, immersion-resistant) |
| Connection | Power over Ethernet (single cable for power and data) |
| Sensor chip | onsemi AF0130 (Hyperlux ID family) |
IP67 means the housing is fully sealed against dust and can survive brief water immersion, suitable for food lines or outdoor yards. Power over Ethernet means one cable carries both electricity and data, cutting cabling costs.
What happens next?
Nion is shipping now. IDS hasn't published a retail price, but frames it as a cost-effective entry point rather than a high-end specialist tool. What to watch: whether the "add depth to your existing 2D line" pitch lands with mid-sized manufacturers, or whether they wait for prices to fall further. The company's credibility here rests on independent benchmarks, not just its own claims, and those haven't appeared yet.
