Which laser power should I choose for the mini fiber workstation?

The mini workstation offers 20, 30 and 50 W configurations. Choose around your material, required contrast and production cycle. For higher power, we need to confirm the complete mini configuration, including cooling and clearance, for your application.

What space should I prepare for the open mini marker?

Prepare room for the machine, fixture, loading access, guarding and extraction. Because the marking area is open, include beam protection and process-fume control in the complete bench layout.

Can I mark several metal tags in one loading?

Yes, when the fixture fits the selected lens field and holds each marking surface in focus. Arrange the tags with consistent locating points, then check placement and readability across the fixture before choosing the number of positions.

Should I specify a Q-switched or MOPA laser source?

Both configurations are options. Tell us the material, desired appearance and any depth requirement so we can review the laser source and pulse control. Choose the configuration by the marking result and complete cycle needed for your job.

Can the mini workstation mark plastic housings?

Some laser-responsive plastics are suitable after testing the exact polymer, color and coating. Send those material details with your artwork. Metal-marking settings should not be carried over to plastic; each material needs its own suitable recipe.

When should I choose the open mini format instead of an enclosed jewelry marker?

Choose by fixture size, loading access and the protection arrangement your workshop needs. The open mini suits an accessible bench setup; the jewelry enclosure provides a different loading format. Compare both with the complete fixture and delicate parts you handle.

Mini Fiber Laser Marking Workstation

Application and model selection

The mini model in the marking catalogue lists 20, 30 and 50 W. Higher-power sources from the wider family require a separately confirmed mini-workstation configuration. Compare available part height, fixture space and cooling before choosing power; a smaller footprint does not remove the need for beam guarding and extraction.

Configuration and specifications

Parameter	Product configuration
Machine format	Compact open bench workstation
Laser power options	20 / 30 / 50 W
Nominal wavelength	1064 nm
Laser source	1064 nm Q-switched or MOPA fiber source
Marking field	70 × 70 to 300 × 300 mm; lens and clearance dependent
Controller / software	JCZ / EZCAD2; exact board and software confirmed
Cooling	Air cooling; final source requirements govern

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

The 1064 nm fiber process is mainly used for stainless steel, carbon steel, aluminum, brass, copper, titanium, precious metals and compatible coatings. Some engineering plastics mark well after testing. Glass, clear acrylic, wood, leather, fabric and stone usually need a UV or CO2 machine. Plating, pigments and heat-sensitive inserts can change the result.

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

Select Q-switched or MOPA by the required contrast, depth and heat input. A larger field lens changes spot size and working distance. Rotary fixtures require the part diameter, weight and available Z clearance; autofocus and 3D scanning are separate options. Open workstations require a controlled laser area or a suitable enclosure and extraction.

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.

Deep engraving and color marking

Deep engraving and color marking require a defined material and process test. Depth depends on source, lens, passes, hatch and permitted cycle time. Color effects depend on alloy, surface and pulse control and are not a universal feature of every fiber source. Specify measured depth, appearance and durability as acceptance criteria.

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