HIFLY release first generation 3D binocular camera

As HIFLY's first generation of binocular speckle structured light series products, HF-815-E1 innovatively integrates upgraded processing chips and structured light projectors. It adopts the SGBM algorithm based on stereo matching to generate disparity maps with low mismatching rate and high timeliness. , which can significantly improve imaging quality and XY plane accuracy, and has better anti- light, anti-deep black and high anti-interference capabilities.

Product Highlights

·  Significantly improved resistance to ambient light interference, no fear of complex environments

Usually, 3D industrial cameras will be affected by various random and complex environmental lighting conditions such as direct sunlight, reflection, diffusion, and scattering in outdoor, semi-outdoor, and window working scenarios. These light interferences will also directly affect the 3D perception performance.

HIFLY's newly upgraded HF-815-E1 3D industrial camera can stabilize imaging under 80,000Lux direct sunlight scenes, and can be used in various indoor and outdoor environments, further breaking the applicable environmental restrictions and not afraid of complex lighting.

· Anti-dark black/highly reflective surface interference, more robust 3D perception

As industrial automation technology becomes more and more advanced, 3D vision applications have become very popular. With this, the variety of various detection materials has increased, with different materials, colors, and appearances. The problem of light interference from target objects has become more and more complex. HF-815-E1 can stably identify highly reflective and dark black light-absorbing material objects, and its perception performance is more balanced and stable, ensuring highly stable and reliable 3D vision applications.

·  Planar accuracy is significantly improved for more accurate 3Dapplications

Based on the upgraded SGBM algorithm, the image matching accuracy is greatly improved. The Z-axis accuracy of HF-815-E1 is 1.56mm @ 1000mm, and the XY accuracy is 3.2mm @ 1000mm. Compared with the previous FM-IX series cameras, the plane accuracy is significantly improved, making it easier for practical applications. Improve application efficiency and accuracy.

·  High precision and large field of view, compatible with near and medium distance scenes

HF-815-E1 working range 0.4-8m, near field of view 390mm x 365 mm @ 400 mm (field of view 

H/V:about 50°/48°), far field of view 9235mm x 7125 mm @ 8000 mm (H/V: Approximately 60°/48°), it is suitable for various typical application environments such as measurement, detection, and high-precision positioning and docking. It supports multi-machine cascading, greatly reducing dependence on the host computer.

·  Hardware ISP, faster and better image output

Built-in hardware ISP, 5MP pixel RGB image + 1.2MP depth image, image quality post-processing 

optimization function, better support for AI recognition of RGB-D images, and more support for 2D+3D joint optimization algorithms.

· IP65 waterproof and dustproof, suitable for harsh industrial environments

High industrial protection level index, adaptable to extreme temperature changes, waterproof and dustproof and other severe tests.

· HDR strong light suppression/dim fill light, adaptive and variable lighting

Supports HDR high dynamic imaging function, automatically analyzes and adjusts bright and dark lighting conditions in changing environments, automatically fills in light in dark light conditions at night, suppresses overexposure in strong light environments, and adapts to changing ambient light and various reflective scenes.

· Compact structure for easy integration

HF-815-E1 has a body size of 145mm x 35mm x 90mm and a weight of about 620g. It has higher 

precision and is more suitable for robotic arm guidance (eye-in-hand, eye-to-hand) while continuing the unified industrial aviation interface. , static and dynamic measurement, navigation and obstacle avoidance,high-precision identification and positioning and other types of applications.

· Good software development support

Consistent with other camera products, all sensor underlying algorithms are completed locally in the camera. The camera network port directly outputs real-time depth maps or point cloud data, without occupying the computing resources of the host computer. The host computer only needs to run Standard version SDK.

The SDK and RVS software platform are both standard versions.

Original developers can seamlessly get started with new cameras without additional learning costs.

· Product parameters.