CO₂ Laser Marking Machine
CO₂ laser marking machine for permanent marking and engraving of logos, text and identification codes on wood, acrylic, leather and other non-metallic materials.

- ≤30W / ≤40W / ≤60W Laser Power
- 10.6 μm Wavelength
- 40,000 h Laser Source Life
- Windows PC Controller
Product description
The RightMark CO₂ Laser Marking Machine is designed for permanent marking and engraving on non-metallic materials. Its 10.6 μm CO₂ laser wavelength is readily absorbed by organic and non-metallic surfaces, producing clean, high-contrast marks on wood, acrylic, leather, paper and cardboard, rubber, glass and many plastics, as well as on painted or coated surfaces, depending on the material.
Applications
- Logos, text and decorative engraving on wood, acrylic and leather products
- Serial numbers, batch codes and dates on packaging and labels
- QR codes and barcodes for product identification and traceability
- Personalisation and branding of gifts, signage and promotional items
The machine is available in ≤30W, ≤40W and ≤60W laser power configurations, so power can be matched to the material and to the marking depth or speed required. Jobs are prepared and run from a Windows PC-Based Controller, and the CO₂ laser source is rated for 40,000 working hours.
For marking bare metals, the RightMark series is also available with a fiber laser source, and with a UV laser source for fine, low-heat marking on plastics, glass and sensitive components.
Features
CO₂ Laser Source up to 60W
Available in ≤30W, ≤40W and ≤60W configurations, allowing laser power to be selected according to material type, marking depth and throughput requirements.
10.6 μm Wavelength for Non-Metals
The CO₂ wavelength is well absorbed by wood, acrylic, leather, paper, rubber, glass and many plastics, giving clean, high-contrast results on non-metallic materials.
Marking and Engraving in One System
Handles surface marking of codes and text as well as deeper engraving of logos and decorative work, controlled through laser power, speed and number of passes.
Identification and Traceability Codes
Marks serial numbers, batch codes, dates, barcodes and QR codes on products and packaging to support identification and traceability.
Non-Contact, Consumable-Free Process
The laser marks without contact, inks or labels, so there is no tool wear and the marks are permanent.
Windows PC-Based Controller
Artwork, text and variable data are prepared and run from a Windows PC-based controller for straightforward job setup and repeatable results.
40,000-Hour Laser Source Life
The CO₂ laser source is rated for 40,000 working hours, supporting long-term industrial use.
RightMark – CO₂ Laser Marking Machine specification
| Specification | Details |
|---|---|
| Model | RightMark – CO₂ Laser Marking Machine |
| Product Type | Laser marking machine |
| Laser Technology | CO₂ laser |
| Laser Power | ≤30W / ≤40W / ≤60W |
| Wavelength | 10.6 μm |
| Laser Source Life | 40,000 working hours |
| Controller | Windows PC-Based Controller |
| Typical Materials | Wood, acrylic, leather, paper, rubber, glass and other non-metallic materials |
Maintenance & care
CO₂ marking and engraving of wood, leather, acrylic and paper produces smoke and fine residue, so a clean beam path and effective extraction are the main maintenance priorities.
- Before each shift: Clean the work surface and remove dust, ash and engraving debris from the marking area.
- Regularly: Inspect and clean the lens and protective window with lint-free lens tissue and a suitable optical cleaner. Residue on the optics reduces marking quality and can damage optical coatings.
- Fume extraction: Check that the exhaust or fume extraction system is running and that filters and ducts are not blocked.
- Periodically: Inspect cables, connectors and earthing, keep ventilation openings clear, and back up the Windows PC-based controller settings and job files.
Operate the machine in a clean, dry environment within the recommended temperature and humidity range, and follow the recommended preventive maintenance schedule for the CO₂ laser source (rated at 40,000 working hours).