The Datalogic EOX Series CO2 Laser Marker provides permanent, non-contact marking on paper, cartons, wood and compatible plastics for packaging identification, component serialisation and industrial traceability. Available in 10 W and 30 W configurations with two marking-field sizes, EOX supports stationary and moving products in production lines and automated marking cells.
EOX uses a sealed CO2 laser source operating at 10.6 µm to mark through a controlled thermal interaction with the material surface. It applies text, graphics and identification codes directly to the product or packaging, without ink cartridges, printing ribbons or an adhesive label for that mark.
Within MarvelTech’s range of laser marking systems, EOX is a candidate for paper-based packaging and compatible non-metallic materials. Selection depends on the substrate, coating, required contrast and acceptable surface change.
Datalogic lists paper, cardboard, wood, glass, plastics, rubber and printed circuit boards as potential EOX substrates. Test the actual material and surface finish: results can differ between plastic formulations, coatings and production batches.
For thin packaging, coated surfaces and heat-sensitive components, acceptance testing should cover material condition as well as readability. Confirm that the mark remains legible through the handling and exposure expected in use.
| Specification | EOX details |
|---|---|
| Nominal laser output | EOX 10: 10 W; EOX 30: 30 W |
| Laser source and wavelength | Sealed CO2 laser tube; 10.6 µm / 10,600 nm |
| F100 lens configuration | 70 × 70 mm marking field; published working distance of 100 mm |
| F200 lens configuration | 140 × 140 mm marking field; published working distance of 200 mm |
| Marking modes | Stationary products, rotary-indexer applications and marking on the fly |
| External motion control | Built-in four-axis stepper-motor controller; external motion equipment specified separately |
| Programmable I/O | 10 digital inputs and 10 digital outputs, NPN type |
| Production trigger connections | Dedicated encoder and photocell ports |
| Network communication | TCP/IP and EtherNet/IP; PROFINET requires an additional licence |
| Alignment aids | Visible aiming beam and focus finder |
| Cooling and operating temperature | Forced-air cooling; +15°C to +35°C |
| Electrical supply | 100–240 V AC, 50/60 Hz |
| Protection rating | IP21 |
| Laser classification | Class 4 laser source; requires integration into an appropriately safeguarded installation |
Both power levels offer F100 and F200 lens configurations. The F100 provides a 70 × 70 mm field for layouts that fit within the smaller area; the F200 expands the field to 140 × 140 mm and requires a longer working distance. Include the complete artwork and expected part-position variation when selecting the lens.
Compare 10 W and 30 W using the same material, layout, lens and acceptance criteria. The 30 W model provides greater nominal laser output, but achievable cycle time also depends on material response, code size, graphic coverage and product handling. Validate both marking detail and speed with a representative job rather than estimating throughput from wattage alone.
EOX uses Datalogic LIGHTER Suite laser marking software for layout creation, laser setup, marking control and diagnostics. The editor supports text, logos, 1D barcodes and 2D codes, including Data Matrix, with dynamic fields for dates, counters and batch information.
Marking on the fly means applying the mark while the product moves. Encoder and photocell connections support coordination between product position, trigger timing and the marking job. Specify the sensors, motion equipment and communication requirements separately, including the additional licence where PROFINET is required.
Check the controller’s NPN input/output requirements against the machine’s control system before wiring. For an existing installation, include the controller and LIGHTER version in the enquiry so software and communication compatibility can be checked.
For a carton carrying a batch number and Data Matrix code, select a lens that accommodates the layout and carton-position variation. A photocell can trigger the job, while encoder feedback coordinates marking with conveyor movement. Test the printed carton stock at the required line speed, then assess code readability, placement and surface condition before accepting the configuration.
EOX requires an appropriately safeguarded laser installation with an enclosure, interlocks and extraction suited to the material being processed. Check its IP21 rating and +15°C to +35°C operating range against the proposed location, particularly where dust, moisture or heat may affect the equipment.
Obtain the selected model’s head and control-unit dimensions, mounting drawing and installation requirements before finalising the machine layout. Allow for cable routing, access and cooling clearances. The aiming beam and focus finder assist positioning; marking parameters still require validation on the actual part.
EOX is primarily intended for compatible non-metallic materials. For direct marking or annealing of bare metal, consider the Datalogic UniQ Fiber Laser Marker, a 15 W pulsed-fibre system with metal-marking applications. UniQ operates at 1060–1080 nm, compared with EOX’s 10,600 nm CO2 wavelength; wattage alone therefore does not indicate which system will produce the required result. Compare sample marks on the same material against the required finish and cycle time.
Creating a barcode or Data Matrix layout does not verify the finished mark. Code reading and quality assessment require separately specified inspection equipment. A successful read also does not establish a formal quality grade, so include the code type, smallest module size and required grading method in the enquiry.
EOX avoids ink and ribbon replacement for the laser-applied mark, but the installation still needs inspection, optical cleaning and cooling-system care according to the applicable manual. Extraction filters and other service items may require replacement. Include maintenance and extraction costs when comparing it with an existing coding process.
The quotation depends on laser power, lens selection, communication licences and the surrounding equipment. Identify requirements for an enclosure, extraction, fixtures, sensors, external axes and code inspection, together with installation and support, so the quoted scope can be assessed against the complete application.
MarvelTech supplies laser marking and industrial automation equipment and offers maintenance, periodic inspections, adjustments and support contracts. Request confirmation of model availability, lead time, warranty terms and the installation and service scope available for your site.
Send your material specification or sample details, required text or code, marking dimensions and target cycle time. State whether products stop or remain in motion, and include the PLC or network protocol, installation space, operating conditions and code-quality requirements so MarvelTech can assess the configuration.
• Traceability of thermoplastic components in Automobile and industrial electronic
• Coding serialization on electronic PCB
• Serialization in packaging industry
EOX suits identification on paper, cardboard, wood and compatible plastics, with Datalogic also listing glass, rubber and printed circuit boards among potential substrates. Typical applications include packaging batch codes and component serialisation. Suitability depends on the actual surface: assess contrast, readability and acceptable material change, particularly on thin packaging, coated stock and heat-sensitive components.
EOX is primarily a candidate for non-metallic materials and suitable coated surfaces. Marking a coating on metal is different from marking the underlying bare metal. For direct metal identification, assess a fibre system such as the Datalogic UniQ fibre laser marker. Compare results on the specified alloy and finish; wattage alone does not establish suitability across different laser technologies.
Choose the power level that achieves the required mark within your available production time. The 30 W model provides greater nominal laser output, but throughput also depends on material response, artwork coverage, lens selection and handling. Compare representative jobs using identical acceptance criteria, and measure the complete station cycle, including positioning and inspection, rather than laser marking time alone.
The F100 configuration provides a 70 × 70 mm marking field at a published working distance of 100 mm; F200 provides 140 × 140 mm at 200 mm. Select a field that accommodates the artwork and expected positioning variation. Field size does not specify the smallest readable character or code, so validate fine detail with the selected optics.
Yes. EOX supports marking on the fly, meaning the product moves during marking, and provides dedicated encoder and photocell connections. The installation must coordinate product detection, movement and marking timing. Specify conveyor speed, speed variation, product spacing and code dimensions, then validate the complete layout at production speed. Confirm the required sensors, encoder, cabling and mounting equipment separately.
EOX uses Datalogic LIGHTER Suite laser marking software for layout creation, laser settings and marking control. It supports text, graphics and machine-readable codes, with variable production information configured within the job. Define whether serial numbers come from a counter or an external system, and how interrupted cycles should be handled to avoid duplicate or missing identifiers.
EOX supports TCP/IP and EtherNet/IP communication; PROFINET requires an additional licence. It also provides 10 programmable digital inputs and 10 outputs of NPN type. Before integration, confirm electrical compatibility with the PLC and define the job-selection, trigger, ready, busy and fault signals. An available interface still requires configured machine logic and communication testing.
Code generation does not automatically inspect the finished mark. Reading and quality assessment require separately specified inspection equipment and configuration. Define whether acceptance requires a successful decode, matching the encoded data to the production record, or a formal code-quality grade. Include inspection time and the handling of failed marks when calculating station throughput.
EOX contains a Class 4 laser source and requires integration into an appropriately safeguarded installation. Specify the protective enclosure, interlocks and extraction for the material being processed, together with fixtures and machine controls. Allow space for the selected working distance, cooling airflow, cables and maintenance access; the laser marker alone is not a complete guarded workstation.
EOX has an IP21 protection rating and a specified operating temperature of +15°C to +35°C. It should not be treated as dust-tight or suitable for direct washdown. Where the surrounding process creates dust, moisture or heat, assess a protective installation that also maintains the required cooling airflow and access for cleaning.
Eliminating ink and ribbons does not eliminate maintenance. Plan optical cleaning, cooling-system checks and extraction servicing according to the applicable equipment manuals and operating conditions. Filter replacement, inspection time and service access belong in the running-cost comparison. MarvelTech offers equipment maintenance and support services; agree the coverage and inspection schedule for the proposed installation.
Send the material specification and surface finish, representative samples or photographs, marking artwork, code dimensions and required cycle time. Include conveyor behaviour, part-height variation, available space, ambient conditions and PLC protocol. Request an itemised scope covering the laser, lens, licences, guarding, extraction, fixtures, sensors and inspection equipment, with availability, lead time, installation responsibilities and support terms confirmed.
Datalogic Lighter MARVIS is industrial laser marking software for creating layouts and checking marked traceability codes with compatible Datalogic laser markers and readers. It combines LIGHTER Suite’s editing and laser control with the licensed MARVIS validation feature for Data Matrix marking, component serialisation and automated Direct Part Marking.
See DetailsThe Datalogic VLASE Series is a solid-state laser marking system family for permanent Direct Part Marking, serialisation and coating removal in electronics, automotive, aerospace and general manufacturing. Infrared, green and UV models allow the wavelength to be matched to reflective metals, selected thermoplastics and heat-sensitive components.
See DetailsThe Datalogic UniQ Fiber Laser Marker is a compact 15 W fibre laser marking system for serial numbers, Data Matrix codes and permanent identification on metals and suitable plastics. Its integrated laser source, controller and power supply suit OEM machinery and production cells where space for a separate control cabinet is limited.
See DetailsPlease contact us if you have any questions or comments.
