About Our Lasers

We believe our customers deserve the best technology available. That’s why we offer the most advanced, low-maintenance, extended-life laser marking technology available. Whether you’re upgrading an older system or buying your first laser marker, we’re here to help you select the best fit.

Solutions for You

TYKMA Electrox produces a wide range of industrial laser etching, marking, foaming, frosting, and engraving machines for product identification. Our diverse set of products can provide the perfect-fit solution for any application, material, surface, and composition.

Why Choose Laser Marking Systems at TYKMA Electrox?

Exceptional customer service is our standard. When you work with us, we will guide you through every step of the process, take the mystery out of laser systems, and lead you to the best solution.

How Are TYKMA Electrox Laser Marking Systems Different?

We spend significant time engineering every detail of our systems and control the entire design, assembly, and quality process. The outcome is systems with ergonomic features and top class design. Don’t settle for imported, rebranded products.

What Makes Us Laser Marking Specialists?

With more than 65 years of combined experience in laser development, we’ve solved thousands of unique applications. Through this experience, we’ve developed innate application knowledge and thus have developed a line of products that can do it all.

Application Experience

Chances are we’ve seen your laser application before. Bring us your challenge—we’ll solve it.

Application Example | Anodized Aluminum

With anodized aluminum the results are improved by selecting an optimized waveform in the software, thus lowering the pulse duration and improving the marking results. Figure 1 shows magnified marking results from a standard fiber laser marker. Figure 2 shows magnified marking results from our fiber laser using an optimized waveform improving surface finish and brightness and decreasing cycle time.

Figure 1

Figure 2

Application Example | Plastics

With plastics the results are improved by selecting an optimized waveform in the software, thus lowering the pulse duration and improving the marking results. Figure 1 shows magnified marking results from a standard fiber laser marker. Figure 2 shows magnified marking results from our fiber laser using an optimized waveform, which improved the absorption rate increasing the mark density and contrast.

Figure 1

Figure 2

Application Example | Gold Plated Semiconductor Lids

It’s critical to minimize surface penetration when marking plating or other sensitive layers on semiconductors or electronic components. When using a standard fiber laser it is difficult to mark the surface while minimizing the aggressiveness of the mark. Waveform control allows us to discolor gold plating shown in the photos above without exposing the underlying layer which can lead to corrosion.

Figure 1

Figure 2

The Absolute Best Customer Service Around

Our TYKMA Electrox system’s flexibility has allowed us to offer a host of value added services that has delighted our customers, and generated additional revenue for us. Thank you for being one of our valued suppliers and please let us know how we can help you in future initiatives.

David Diamond, CEO, Precision Fabricators

Shawn has been exceptional in his service with the Trulite DFW branch. His knowledge and professionalism is beyond reproach. Please send this comment to his managers/supervisor, because it is well deserved. As the Branch Quality Manager, I will always recommend TYKMA Electrox because of Shawn’s actions.

Joshua Jones, Trulite Glass and Aluminum

The lasers we have purchased from TYKMA Electrox are very well engineered and nicely finished products. They require little maintenance and are very easy to use. The sales and service support are excellent. The few issues we have had were resolved online in minutes with a TYKMA technician. They make it easy.

Arthur Jones, Director of Manufacturing, Royal Products

We Partner with You

To develop solutions, solve problems, and create efficiencies.

See How