HGTECH's World's First Fully Automated Marking Machine for Shipbuilding Officially Put into Use

TapTechNews August 26th news, HGTECH announced today that on August 22nd, the world's first fully automated marking machine independently developed by HGTECH's subsidiary HG Laser for the shipbuilding industry was officially put into use in a large domestic shipyard.

HGTECHs World's First Fully Automated Marking Machine for Shipbuilding Officially Put into Use_0

According to HGTECH, the world's first fully automated marking machine uses machine printing to completely replace manual handwriting, and solves the marking and coding problems after plate blanking in one stop, covering multiple processes such as accurate marking, cutting preparation, quality control, and data traceability.

HGTECHs World's First Fully Automated Marking Machine for Shipbuilding Officially Put into Use_1

This equipment is used for marking processing of materials required for shipbuilding, and can print all assembly lines, processing symbols, text numbers, and QR code information required in all subsequent processes of plate blanking on the steel plate at one time.

HGTECHs World's First Fully Automated Marking Machine for Shipbuilding Officially Put into Use_2

TapTechNews learned from HGTECH that the world's first fully automated marking machine has the following highlights:

Realize one-time printing of ship number, block number, part number, material, direction, pallet number, processing symbol, groove information, and QR code for the full plate area;

Adopt 3D visual precise positioning, the accuracy of the assembly line can reach ±1 millimeter;

Self-developed gen file parsing graphic technology, graphic pixel compensation technology;

Use a fully automatic circulating ink supply system, detect the ink path pressure in real time, and automatically adjust the ink temperature;

Support seamless switching between dual modes, the preprocessing speed of the online mode is 100 meters/minute; the offline mode can freely define the starting position, rotation angle, and printing direction.

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