Volume Measurement Based on 3D Vision Solution Introduction

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In the fields of modern industry and logistics, accurate volume measurement has become a key requirement for improving operational efficiency and optimizing resource management. Traditional volume measurement methods often have problems such as time-consuming, large errors, and high labor costs, which cannot meet the high requirements of enterprises for precision and efficiency. The introduction of 3D volume measurement solutions can significantly improve the accuracy and speed of measurement and reduce operating costs.

Several common non-contact volume measurement schemes

A laser profilometer, or line laser scanning camera, works by measuring the dimensions of the contour of a cross-section over a specific period. When using a laser profilometer to obtain data on the volume of an object, it is necessary to move the camera or the object at a constant speed for continuous scanning, so it is not suitable for static measurements.

Scene Light Curtain Volume Measurement Equipment calculates volume from the light curtain occlusion situation, and accuracy is more limited when measuring complex shapes.

3D vision measurement equipment combines laser measurement and 3D vision technology, generates high-precision models through 3D reconstruction algorithms, adapts to complex environments, and provides efficient and accurate measurement solutions.

Solution Overview

MRDVS's volume measurement solution developed based on 3D vision cameras can efficiently capture 3D data of objects and accurately calculate their volume. This solution can efficiently measure in complex environments, not only accurately measuring individual objects, but also supporting the simultaneous acquisition of 3D data for multiple target objects.

Core advantages

Millimeter-level measurement: Accuracy can reach the millimeter level, ensuring high precision in volume measurement.

Millisecond-level recognition speed: It can complete the measurement in a very short time, greatly improving the operation efficiency.

Multi-target object measurement: 3D data of multiple objects can be captured simultaneously to achieve efficient batch measurement.

System composition

MRDVS volume measurement solution consists of high-performance 3D camera equipment, advanced volume measurement algorithms, and a flexible software platform, ensuring the accuracy and efficiency of the measurement process.

M-series 3D cameras: With built-in arithmetic power, it can operate independently without relying on an external CPU, dramatically improving measurement speed and accuracy.

3D volume detection software: Accurate length, width, height, and volume measurements are generated by real-time processing of the collected 3D data, and the data is instantly returned to the upper-level control system.

Real-time feedback system: Immediately after the camera collects the image, the volume measurement results are reported through the communication interface, ensuring that the data can be quickly applied to automated decision-making in upper-level systems.

Application scenarios

MRDVS 3D vision volume measurement solutions are widely used in logistics and warehousing, manufacturing, and automated production lines to help enterprises realize intelligent and refined management. By automatically obtaining the length, width, height, and volume information of objects, enterprises can optimize inventory management, improve transportation efficiency, and reduce errors and costs of manual operation.

Notes on Deployment

Environmental requirements: Despite the good dynamic adaptability of the device, optical imaging may be affected in scenes with heavy dust, excessive oil or water mist. It is recommended to ensure that the measurement environment is clean and that the mount of the M4 Pro Series camera is sufficiently rigid and stable.

Applicable object types: The solution is suitable for complex shaped objects such as shaped parts, highly reflective parts and bulk goods, and is particularly suited to industrial scenarios where high-precision volume measurement is required.