D1300-IR-90/Color

MYNT EYE

Depth
High-precision

Precise capture of 3D targets, accuracy up to millimeter level*

Based on the integration of 「stereo + structured light」, the MYNT EYE Depth High-precision has an optimized design for close-up scenes while upgrading the original lenses, which are equipped with high-strength dustproof glass that can be measured accurately to the millimeter level*, and allowing for greater applications and research including stereo measurements, 3D reconstruction, facial recognition, and much more.

Integration of Multiple Solutions

Compared with single structured light and ToF scheme, the scheme of MYNT EYE structured light stereo depth camera (also known as active binocular) solves the problem of single passive light binocular working in dark and textureless environment, while avoiding the problem of mutual interference between cameras, is the current the most cost-effective hardware solution.

Deep Computing Chips

MYNT EYE Depth High-Precision has a powerful built-in internal chip that can complete binocular deep computing at the device end without having to rely on the GPU/CPU at the terminal. It can output the binocular depth data directly on its own to provide a better-integrated hardware solution for the technology development and application in visual processing field.

Accuracy up to Millimeter Level

MYNT EYE Depth High-Precision is optimized for high-precision scenes with an accuracy of up to millimeter level*. Detailed SDK documentation and complete technical support help you realize applications and research of stereo measurement and 3D reconstruction.

Industrial Grade Design

Dust-proof Glass: High-strength dust-proof glass help reduce dust and minimize the impact of vibration on the camera.
Rapid Integration and Performance Implementation: It adopts 5cm baseline and provides a detachable external casing for better integration performance in terms of structural adaptation.

Recommended Application Scenarios

Stereo measurement

Used for quickly measuring the volume of the box to realize the automatic sorting and classification of the packages and boxes; monitoring the rough sorting of the logistics personnel; and assisting the logistics company in the intelligent management of the storage, thus saving manpower and storage space.

3D Reconstruction

Rapid acquisition of 3D environment information and establishment of 3D models of a specified space allow it to be widely used in commercial, medical, industrial and many other fields.

Face Recognition

Using the stereo positioning characteristics of binocular vision positioning, through 3D face recognition technology, identity comparison with photos can be easily realized.

Stereo measurement

Used for quickly measuring the volume of the box to realize the automatic sorting and classification of the packages and boxes; monitoring the rough sorting of the logistics personnel; and assisting the logistics company in the intelligent management of the storage, thus saving manpower and storage space.

3D Reconstruction

Rapid acquisition of 3D environment information and establishment of 3D models of a specified space allow it to be widely used in commercial, medical, industrial and many other fields.

Face Recognition

Using the stereo positioning characteristics of binocular vision positioning, through 3D face recognition technology, identity comparison with photos can be easily realized.
  • *Accuracy up to millimeter level refers to the highest accuracy measured in MYNTAI controlled labs (See depth measurement performance chart for details) . The actual working situation may vary depending on the calibration, software version and specific testing environment.
  • *In order to facilitate integration, this camera has some electronic components that are exposed. Please take anti-impact, anti-dropping and waterproof measures to avoid damaging it when using
  • *All product rendering pictures are for reference only, please refer to the actual product