Factory Work × Classification Details: Other Product Manufacturing and Processing Workers (Metal Products)
100 jobs found.
Steel Marking Worker
A job that involves marking (scribing) lines on steel materials based on drawings prior to processing, drawing reference lines for cutting and drilling on the material.
High-Frequency Casting Worker
A metal processing job that uses high-frequency induction heating equipment to melt metal and pour it into molds for shaping. Used for precision casting and special alloy processing.
Ore Crusher (Metal Smelting)
Operators at manufacturing sites who crush ore brought from mines using crushers and pulverizers to prepare it in a state suitable for subsequent metal smelting or beneficiation processes.
Steel Plate Marking Worker
Steel plate marking workers are a metal processing occupation that performs scribing (marking) on steel plates for product manufacturing and processing.
Steel Plate Cutter
Steel plate cutters are manufacturing operators who use cutting technologies such as plasma, laser, and gas to process steel plates into specified shapes and dimensions.
Sandblast Worker (Metal Products)
A job that involves blasting abrasives such as sand onto the surface of metal products at high speed to remove rust and old paint films, adjust surface roughness, and perform pre-treatment for painting and plating.
Automotive Parts Casting Worker (Die Casting Method)
A manufacturing worker responsible for the die casting process of automotive parts, injecting molten metal into molds under high pressure to form parts, and performing finishing operations such as deburring and dimensional inspection.
Shearing Worker
Manufacturing job that cuts metal sheets using shearing machines and processes them into specified shapes and sizes.
Body Disassembly Worker (Automobile)
An occupation that dismantles automobile bodies, removes parts, cuts metal, and prepares them for recycling or disposal.
Shot Peening Worker
A shot peening worker is a technician who performs surface treatment work by introducing compressive residual stress into metal parts through high-speed collision of granular media such as sand or steel balls, thereby improving the parts' fatigue strength, wear resistance, and corrosion resistance.