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Rotary Part Laser Marking for LPG Systems: Nipple Application with Laserator™ MarkBOX TC

Rotary Part Laser Marking for LPG Systems: Nipple Application with Laserator™ MarkBOX TC

Explore how coated nipple parts used in LPG systems are flawlessly marked using Laserator™ MarkBOX TC and our proprietary chuck rotary indexer. Rotary part marking solutions with plug-and-play convenience.

Laser marking plays a vital role in industrial manufacturing for traceability, documenting safety standards, and brand awareness. Especially in high-security applications such as LPG systems, parts subject to strict standards (ATEX directives, IP protection classes, etc.) must be permanently and legibly marked.

In this article, we examine the details of a laser marking application performed around the cylindrical surface of a coated nipple part used in LPG systems.

Plug-and-Play Convenience with Laserator™ MarkBOX TC

In this application, we utilized our Laserator™ MarkBOX TC unit, which stands out for its compact structure and ease of use. The MarkBOX TC is designed on a complete "plug-and-play" concept, eliminating complex setup processes.

One of the key advantages of the device is that it can be managed via its integrated controller and display, requiring no external computer. Operators can easily recall marking templates, adjust parameters, and start production immediately using this highly user-friendly screen.

Proprietary Chuck Rotary Indexer and Software Integration

The primary challenge in marking cylindrical and threaded components such as nipples is completing the process without losing focus or distorting the text along the curved surface. To overcome this challenge, we integrated our proprietary chuck rotary indexer into the system.

In this system combining hardware performance with software integration:

  • The chuck rotary indexer operates in full synchronization (integrated) with the marking software.
  • As the laser beam engraves the part, the component is rotated simultaneously and precisely.
  • Consequently, flawless marking is achieved around the 360-degree surface of the nipple part without misalignment, distortion, or loss of focus.

High-Contrast Results on Challenging Surfaces

The marked component is a coated LPG nipple specially manufactured to withstand harsh environmental conditions. Our laser parameters are optimized to induce only the desired surface reaction without compromising the protective coating that provides corrosion resistance.

As seen in detail in the images, critical data such as the company name (DURULSAN), IP protection class (IP 66/68), and ATEX certification details (IEP 18 ATEX) are engraved on the part with high contrast, exceptional clarity, and permanence.

Why Choose Laserator™ MarkBOX TC and Rotary Axis Solutions?

  • Speed and Efficiency: Setup and changeover times are minimized thanks to the user-friendly interface and plug-and-play system.
  • Precision: Thanks to software integration, our proprietary chuck rotary indexer delivers error-free results even with the smallest fonts.
  • Permanence: Markings on coated metal surfaces are fully resistant to environmental factors (friction, chemicals, heat).

If you are looking for a reliable, easy-to-use, and high-tech marking solution for cylindrical and coated parts on your production line, discover Laserator™ systems.

Plug-and-Play Laser Technology: MarkBOX TC

Plug-and-Play Laser Technology: MarkBOX TC

The Laserator™ MarkBOX TC requires no external computer thanks to its built-in controller and display. With its plug-and-play design, operators can have it ready for production in seconds.

360° Seamless Marking with Chuck Rotary Indexer

360° Seamless Marking with Chuck Rotary Indexer

Description: Our proprietary chuck rotary indexer system works fully integrated with the marking software. Text or logos are flawlessly marked on the surface of rotating cylindrical parts like nipples without distortion.

Full Compliance with Industrial Conditions

Full Compliance with Industrial Conditions

The laser marking process provides complete durability against wear, friction, and harsh weather conditions, guaranteeing lifetime product traceability.