3D vision guided metal part loading and distribution tray

In the manufacturing industry, metal part loading and distribution is an important link in the production process.  In the past, this process mainly relied on traditional manual operation methods to complete.  However, with the development of manufacturing industry and the intensification of market competition, the limitations of traditional manual metal parts feeding and distribution have become increasingly prominent, becoming an important factor restricting production efficiency and quality improvement.

3D vision guided metal part loading and distribution tray

project background

With the development of the manufacturing industry, the continuous increase in labor costs has become a major challenge for enterprises, and the traditional manual loading and distribution method is inefficient.  Manual operation is not only slow, but also prone to fatigue in repetitive work, affecting work efficiency and making it difficult to ensure accuracy  Long term repetitive labor can easily cause worker fatigue and increase the risk of work-related injuries.  At the same time, a large number of manual operations also increase the difficulty and cost of management.  In order to solve these problems, the manufacturing industry urgently needs to introduce automation and intelligent technology to complete the loading and unloading work.

Technical difficulties:

How to ensure that metal parts can be accurately grasped and placed, with high precision requirements;

Need to be quickly compatible with multiple products, which traditional non-standard automation equipment cannot achieve;

Solution

Fuwei Intelligent adopts a 3D vision guided robot automatic loading and unloading solution, which guides the robot to quickly and accurately obtain the position, posture, and size information of metal parts during loading and unloading, thereby achieving rapid loading and unloading of metal parts.

Advantages of the plan

1 High flexibility: can be quickly adjusted according to different product shapes, sizes, and production needs.  This enables the metal part loading and distribution system to adapt to the personalized needs of different production lines.

2. Reduce labor costs: By implementing automation, the dependence on manual operations is reduced, thereby reducing labor costs.

3. Improve production efficiency: Robots can work continuously and have higher speed and accuracy than manual operation.  This enables enterprises to shorten production cycles and respond quickly to market demand.