TW Lazer

Tech-Way Industries, Inc. is a leading provider of laser engraving and marking services. Since its inception in 1964, the company has consistently strived to improve its services to meet the diverse needs of its customers across various industries. These include tool & die, medical, aerospace, defense, electronic, precision optics, knives, and firearms.

Our equipment is designed to provide consistent results without variation, allowing for precise engraving and marking. We are capable of engraving and marking various materials such as steel, stainless, aluminum, copper, and some plastics. The depth of engraving can range from 0.001" to over 0.020". Additionally, we can anneal steel surfaces with barcodes, QR codes, text, logos, and artwork to provide sharp, easy-to-read markings without engraving into the material.

We also offer a range of additional services including assembly, packaging, shipping, and warehousing. Our team uses customer specifications and advanced quality control to guarantee results for custom engraving. Tech-Way Industries is certified under ISO 9008:2008, UL, FDA, REACH, and CE, and is also RoHS certified. We have an on-site Six Sigma Black Belt and a team with extensive engraving skills, capable of handling everything from a single prototype to large-scale production runs.

Custom Laser Engraving and Marking Solutions

Our advanced computer software and continuous testing ensure that we achieve the right depth every time, to your tolerance. Whether marking one item or a thousand items, we promise accuracy and stability. Our systems are designed to keep both the part and the laser head stationary, eliminating error, and ensuring fast and accurate engravings and markings where you want them. We are also fourth-axis capable, making it possible to engrave or mark on cylindrical objects.

Our capabilities include applications such as tooling electrodes, serial numbering, knives, medical devices, firearms, and much more. We can mark parts without actually cutting into the material by annealing the image, resulting in crisp, easy-to-read lines. This method is ideal for coated materials and allows for intricate detail on electrodes and steel cavities.