Lase-X

Copper is one of the most challenging materials to laser mark due to its high thermal conductivity. Lase-X has developed a laser that can mark it with an average power of just 100mW; this is essential for battery powered operation.

Laser Marking in spindle combines processes and saves time, but it also enables a powerful point of origin serialization platform. The Lase-X LMT is networkable and capable of marking unique serializations (data matrix) independently from the CNC machine program. By linking the tool to your ERP traveler paperwork can become a thing of the past strengthening your supply chain. Our white paper, linked below, spells this out in detail.

Manufacturing accounts for a large portion of the United States economy. In 2023, the industry took in $7 trillion in revenue and contributed $2.9 trillion to GDP, accounting for 12% of total US GDP. The sector employed 13 million people in 2023, making up 8.3% of all US jobs. Major Manufacturing Industries Include: •Aerospace & Defense - high value parts, requiring traceability •Medical Devices - high value parts, requiring traceability •Automotive - low value parts, sometimes requiring traceability When traceability is required, serializing parts at point of origin is essential to supply chain management. The Lase-X LMT enables this capability for manufacturers industry wide; securely, and efficiently.

In spindle laser marking can eliminate multiple processes in manufacturing following the core principles of Lean Manufacturing. In our white paper, which is linked below, we highlight the benefits of integrating of our Laser Marking Tool into existing workflows.

Lase-X's LMT enables Laser Marking in Spindle - the first Laser Processing tool designed specifically for CNC integration. www.Lase-X.com