Melting × Career Path: Manufacturing Engineer
10 jobs found.
Antimony Smelter
Non-ferrous metal smelting technician who manufactures high-purity metallic antimony from antimony ore.
Glass Fiber Manufacturing Worker
Manufacturing operator who melts glass raw materials at high temperature, draws them into fibers, coats them, and winds them up.
Crystal Glass Product Forming Worker
Crystal glass product forming workers are skilled professionals who melt high-purity glass raw materials and shape crystal glass tableware, ornaments, etc., using molds or manual techniques. They manage temperature and perform quality inspections to maintain product transparency and shape precision.
Optical Glass Melting Worker
Manufacturing job that melts high-purity glass for optical lenses in a high-temperature furnace, handling everything from composition adjustment to pouring.
Pig Iron, Steel, and Nonferrous Metal Smelting Equipment Operator
A job that operates smelting equipment such as blast furnaces and electric furnaces to perform melting, refining, and casting of steel and nonferrous metals.
Plate Maker (Glass Product Manufacturing)
A profession that mixes glass raw materials, melts them in a high-temperature furnace, forms flat-plate glass using the float method or draw-down method, and performs cutting, polishing, and inspection.
Quartz Glass Worker
Specialized profession that melts quartz glass raw materials at high temperatures and manufactures high-precision glass products through forming, cutting, polishing, and heat treatment.
Copper Foundry Worker
A job that involves melting copper alloys, pouring and forming them into molds using methods such as sand or lost wax casting, and performing finishing processes after cooling.
Crucible Smelter (Nonferrous Metal Smelting)
Manufacturing operation role that melts nonferrous metal ores or metal scraps in a crucible furnace to recover and refine metals.
Rockwool Insulation Material Manufacturing Worker
This occupation manufactures rockwool insulation materials used as thermal insulation by melting rocks at high temperatures, fiberizing, and forming them.