Project Overview This project represents one of GREENSTONE’s successfully delivered coaxial wire-fed laser cladding solutions for industrial component repair, surface enhancement, and additive manufacturing. Based on experience accumulated across multiple…

Application Overview Glass molds operate under repeated thermal cycling, mechanical contact, friction, oxidation, and wear during high-temperature glass forming. Common glass mold materials include cast iron and copper alloys. Cast…

Project Overview This project represents one of GREENSTONE’s successfully implemented laser cladding applications for glass mold components. The project focused on the surface enhancement of glass mold plungers operating under…

Wear-Resistant Surface Engineering for Rolling Mills, Guide Wheels, and Industrial Processing Equipment Application Overview Metallurgical equipment and metal processing machinery operate under demanding service conditions involving high temperatures, cyclic thermal…

Application Overview High-value industrial components are widely used in energy systems, industrial machinery, mining equipment, precision manufacturing, transportation, and automated production lines. These components often feature complex geometries, demanding material…

Application case overview Laser hardening, also known as laser surface heat treatment, is an advanced surface modification process designed to significantly improve wear resistance and extend component service life. It…

Restoring High-Value HPDC Components Through Advanced Internal Bore Laser Cladding Technology Project Background Shot sleeves are among the most critical wear components in high-pressure die casting (HPDC) machines. During production,…

Laser cladding technology drives a revolution in equipment efficiency and life!In the metallurgical industry, key equipment such as rolling mills, continuous casting equipment, and blast furnace systems have long been…