HomeProductsFiber, UV & CO2 Laser Marking MachinesDesktop UV Laser Marking Machine, 355 nm
Desktop UV laser marking workstation with a support cabinet, monitor and vertical column
Dimension drawing of the desktop UV laser marking workstation and support cabinet
UV rotary marking illustration with an engraved glass and decorated insulated tumblers
UV marking feature graphic with scan optics, a focusing knob and a rotary accessory
UV marking sample collage showing glass, packaging, control buttons and codes
Promotional collage of engraved jewelry, identification tags and gift items
Desktop UV laser marking workstation with a specification table beneath it
Desktop UV laser marking workstation with a support cabinet, monitor and vertical column
Dimension drawing of the desktop UV laser marking workstation and support cabinet
UV rotary marking illustration with an engraved glass and decorated insulated tumblers
UV marking feature graphic with scan optics, a focusing knob and a rotary accessory
UV marking sample collage showing glass, packaging, control buttons and codes
Promotional collage of engraved jewelry, identification tags and gift items
Desktop UV laser marking workstation with a specification table beneath it

Desktop UV Laser Marking Machine, 355 nm

Fiber, UV & CO2 Laser Marking Machines

The desktop UV workstation integrates a support table, marking column and 355 nm galvo head for repeated small-part loading. It is intended for fine identification on compatible packaging, polymer housings, glass and electronic components.

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Product Description

Application and model selection

The integrated workstation provides a different loading arrangement from the small movable UV format. Check fixture position, operator access, cooling footprint and the largest part height. Use the selected field lens and actual part to confirm readable fine codes without relying on a universal minimum line width.

Configuration and specifications

ParameterProduct configuration
Machine formatDesktop workstation with integrated support cabinet
Laser power options5 / 10 / 15 / 20 W
Nominal wavelength355 nm
Laser sourceCRS / JPT as quoted
Marking field70 × 70 to 200 × 200 mm; larger field by confirmed lens
Controller / softwareJCZ / EZCAD2; exact board and software confirmed
CoolingSource-matched cooling; confirm air or water requirements

The values below identify this product and its listed options. The selected source, optics, controller, accessories and site utilities must be named in the quotation. Motion speed and positioning figures do not establish finished-part tolerance or production throughput.

Materials and process limits

A 355 nm UV laser is considered for fine marking on selected plastics, silicone, packaging surfaces, glass formulations, ceramics, coatings and electronic components. Material formulation and pigments determine contrast and fumes. Lower thermal influence does not mean zero heat or guaranteed damage-free processing. Deep metal engraving and glass cutting are separate applications, not standard capabilities of this marker.

Identify the exact material, coating and adhesive before testing. Do not laser-process PVC, vinyl, PTFE, other halogen-containing materials or unidentified composites. Use material-specific extraction and continuous supervision during cutting.

Production workflow

Import text, logos, serial data, QR or Data Matrix codes and compatible vector or bitmap files in the supplied software. Set the fixture, focus and field correction, then qualify a recipe on the part. EZCAD2 and LightBurn are not interchangeable on every controller; confirm the installed board, driver, source protocol and license before choosing software.

Options to specify

Match source power, pulse characteristics and a 355 nm F-theta lens to the smallest feature and marking field. A larger field can reduce energy density and detail. Use the cooling method specified for the exact source. Flat-part fixtures and rotary options must maintain focus; autofocus, 3D processing and production-line integration require a separate agreed configuration.

Plan suitable guarding, interlocks, emergency stops, extraction and operator training for the supplied laser system. The finished machine classification must be verified; an enclosure alone is not proof of Class 1 compliance. Follow the supplied operating and maintenance instructions.

Sample test and acceptance

Approve a representative sample and the written configuration before ordering. Record the material, source, settings, lens or nozzle, fixture, appearance, dimensions and complete cycle time. Keep those results as the production acceptance reference.

UV marking verification

Test the exact production material, color, coating and artwork. Check character legibility, code grade, contrast, surface damage and cycle time. Glass samples also need crack and strength assessment where relevant. Medical, food-contact and electronic products require the buyer’s application-specific validation.

Installation, service and documentation

Ask Vank Laser to include the machine layout, electrical requirements, supplied software, operating instructions, maintenance schedule and recommended spare parts in the technical proposal. Agree commissioning, operator training, support language, warranty coverage and service responsibilities before shipment. Request conformity documents for the actual machine and destination.

Request a sample test and quotation

Send the alloy or polymer grade, coating, part dimensions, marking area, artwork, smallest code, contrast or depth target, cycle time and fixture needs.

Send the destination country, installation voltage and required delivery scope with your inquiry. Ask for sample photos or video, measured results and a configuration-specific quotation.

Request a sample test and configuration quote

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Machine and component photos

Photos illustrate the product or component family. Included brands, accessories and configuration are defined in the approved quotation.

Laser marking control board with interface connectors in a blue mounting bracket
Galvo control board
Galvanometer scan head for laser marking with a round front aperture
Galvanometer marking head

Product videos

Vank product-family demonstration. The machine shown may have a different power or optional equipment; confirm the configuration for your order.

FREQUENTLY ASKED QUESTIONS
  • When should I choose desktop UV for repeated batches?

    The desktop layout combines a support cabinet, table and column for a dedicated marking station. Choose it when repeated loading and a consistent fixture position matter. We help check operator access, fixture space and the cooling layout around your parts.

  • Can the desktop UV marker accommodate tall plastic housings?

    Fit depends on the housing height, fixture and focus adjustment. Send us the largest finished housing and its holding arrangement. We confirm the available clearance and loading access for the proposed workstation; the marking-field size alone does not describe part-height capacity.

  • How small can UV codes be on electronic components?

    Readable code size depends on the surface, code design, lens and selected source. Send us your smallest required code and inspection method. We select the configuration around readability, surface condition and processing time on your actual component.

  • Can desktop UV mark glass containers?

    Glass marking needs a process matched to the glass formulation and container geometry. Tell us the surface effect you want. Check the finished sample for cracks and any strength requirements relevant to its intended use, as appearance alone does not establish glass integrity.

  • Can I specify autofocus or 3D marking for the desktop UV model?

    Autofocus and 3D processing are separately agreed configurations. Send us the height variations or curved marking surfaces you need to handle. We confirm the focusing and scanning arrangement for that geometry before including these functions in your order.

  • Should I choose desktop UV or fiber for metal marking?

    Choose desktop UV for qualified surface-marking applications. If your main requirement is removing metal to a measured depth, compare a suitable fiber configuration on the same part. The choice should follow the required surface effect or depth, rather than workstation size.

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