Part Marking Equipment
Sheet Metal Marking Review
Demands are growing for sheet metal fabricators to mark their parts during production for product traceability in the field and better efficiencies in the shop, but many part identification systems can add an unnecessary secondary process. Whenever possible, consider finding ways to incorporate part marking into a manufacturing step that is already required. Here are some ways to use the equipment that you already have.
Demands are growing for sheet metal fabricators to mark their parts during production for product traceability in the field and better efficiencies in the shop, but many part identification systems can add an unnecessary secondary process. Whenever possible, consider finding ways to incorporate part marking into a manufacturing step that is already required. Here are some ways to use the equipment that you already have.
In the hyper-competitive aerospace market, metal 3D printing is perfect for manufacturing complex aluminum and titanium parts with curves, holes or cavities in small runs or on a one-off basis. But industry standards impose high quality markings on aircraft components for traceability. How will suppliers of printed parts meet these standards?
Whether you mark your parts for identification, ornamentation or post processing, there are several options to consider. Regardless of the purpose of the mark or the material to be marked, there is a product marking system to fulfill your needs. Here are several different ways for you to make your mark.
Laser etching is a useful tool, but its limits as a light surface effect are apparent when a part number needs to be visible through paint or a powder coat. In these cases, deep etching can provide a simple solution – the trick is finding the right combination of hertz, laser wattage, focal diameter, and gas for your specific material.
How do you choose the appropriate laser for your marking applications? Here are several factors that must be considered and how they impact the end results.
Amada Miyachi America’s compact MM-410A supports process development and production applications for resistance welding technologies including AC, DC inverter, AC inverter, transistor, and capacitive discharge. Data storage is available using an onboard flash drive.
Traditionally used for fast, error-free traceability of parts in aerospace, medical, automotive and electronics applications, imprinting information directly on parts is ideal for service or recall and assistance in liability and warranty resolution – and it will be needed everywhere as automation and robotics sweep across shop floor operations in Industry 4.0.
Drop-in field replacement CO2 laser lenses from Laser Research Optics can reduce downtime, provide < 0.2 percent total absorption values and are coated to match specific phase and polarization requirements.
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