Organic Precision: Large-Format CO2 Laser Engraving

How We Use CO₂ Laser Engraving

We also utilise a CO₂ laser engraver, which is primarily used for our wood-based products. The engraving process is similar in principle to fibre laser engraving, and for efficiency we often batch CO₂ and fibre laser artwork preparation together during daily production setup.

Our CO₂ Laser Equipment

Our workshop is equipped with a HPC LS6840 PRO large-format CO₂ laser, powered by a 50-watt laser tube—more than sufficient for the materials and level of detail required for our product range.

The laser operates using X and Y coordinate mapping, with the engraving data loaded directly into the machine’s internal controller prior to engraving. During operation, the laser engraves in a consistent horizontal scanning motion from left to right, ensuring even coverage and repeatable results across larger surface areas.

Materials and Capabilities

We use CO₂ laser engraving primarily for:

  • Wood and wood-based products
  • Genuine leather engraving

In addition to engraving, the CO₂ laser is capable of cutting, allowing us to occasionally cut materials such as acrylic and thin wood sheets when required.

Engraving Characteristics

Compared to fibre lasers, CO₂ lasers have a larger laser spot size, which results in slightly less fine detail. However, this characteristic makes them ideal for organic materials such as wood and leather, where a clean, bold engraved finish is preferred.

CO₂ laser systems also require active cooling. Our machine uses a water-based cooling system, circulating coolant through the laser tube to prevent overheating during operation and to maintain consistent engraving performance.

When CO₂ Laser Engraving Is the Best Choice


CO₂ laser engraving is particularly well suited to larger wooden items, leather products, and applications where material compatibility and surface finish are more important than ultra-fine detail. It complements our fibre laser and diamond engraving processes, allowing us to select the most appropriate method for each product.