In the process of blast furnace work, the charge rushes to the distribution chute from the material flow control valve through a high drop, and the chute interference will be distributed to all positions of the furnace throat according to the process requirements, and the chute is easy to wear and tear in the production process. Since the customer did not have design drawings and could not carry out repairs later, 3D scanning technology was used to help obtain the surface data of the object, so as to carry out reverse design to provide effective data help for repairing maintenance wear.

Site diagram of blast furnace chute

        The chute is large in size and complex in structure, according to the customer's requirements to scan the required part, the details also need to be accurately scanned, the data can be quickly scanned, the scanning data has high accuracy, and can be used for later reverse design. With a general 3D scanner, the scan data is incomplete, and the data cannot be scanned in subtle places, so new 3D scanning technology is required to complete the scanning.

        Use us Handheld 3D scanner Model 37 This device has a scanning accuracy of up to 0.01mm, fast scanning speed, and fine mode scanning details, which is easy to use, easy to operate, and can quickly complete the scanning work.
First, the marker points are pasted for positioning and splicing, and then the 3D scanner is used to scan the scanning part in all directions to obtain high-precision data, and the scanning work can be completed in half an hour, with high work efficiency.
The scan data is imported into the reverse software for processing, the model is generated, the innovative design can be carried out, the later modification can be carried out, and the more suitable products are further designed on the existing basis, which helps the customer solve a major problem.

Blast furnace chute STL data diagram

Blast furnace chute STL data diagram