xTool F2 Ultra: Conveyor Bundle

The xTool F2 Ultra combines a 60W MOPA Fiber Laser with a 40W Blue Diode Laser, allowing users to process metals, engineering plastics and a wide range of creative materials from one compact desktop machine.

This dual laser configuration makes the F2 Ultra ideal for industrial marking, jewellery engraving, signage, customisation, product branding, maker workflows and creative applications.

60W MOPA Fiber Laser Applications

The 60W MOPA fiber laser is designed for high-speed, high-contrast marking on metals and selected engineering plastics.

MOPA technology provides greater pulse control, making it suitable for:

• Metal engraving & marking
• Stainless steel colour marking
• Serial number marking
• QR codes & barcodes
• Industrial part identification
• Compliance plates
• Jewellery engraving
• Product branding & logos
• Permanent traceability marking
• Engineering plastic marking

Metals Suitable for the 60W MOPA Fiber Laser

• Stainless Steel
• Mild Steel / Carbon Steel
• Titanium
• Anodised Aluminium
• Raw Aluminium
• Brass
• Copper
• Silver
• Gold
• Platinum
• Nickel & Nickel-Plated Metals
• Painted, Powder Coated & Coated Metals

These materials typically produce strong contrast, sharp detail and highly permanent marks.

Reflective materials such as copper, gold, silver and polished aluminium may require parameter optimisation for best results.

Precious Metals & Jewellery Applications

The xTool F2 Ultra 60W MOPA fiber laser is well suited to jewellery engraving and precious metal marking applications, including:

• Gold
• Silver
• Platinum
• Stainless Steel Jewellery
• Titanium Jewellery

Due to the reflective nature and high thermal conductivity of precious metals, these materials are generally best suited to fine detail engraving, branding, serialisation and surface marking rather than aggressive deep engraving.

The adjustable pulse control available with MOPA fiber technology allows for improved control over contrast, heat input and marking appearance, making it particularly effective for delicate jewellery work and detailed engravings.

Marking inside rings or curved jewellery surfaces requires additional consideration, as angled beam interaction may affect consistency and reflectivity. With correct fixturing, rotary positioning and parameter adjustment, excellent results can still be achieved.

Variations in marking appearance on highly reflective metals, especially on curved or internal ring surfaces, are considered normal material behaviour.

Engineering Plastics Compatible with Fiber Laser Marking

While fiber lasers are optimised primarily for metal, many engineering plastics also respond well — particularly darker plastics or materials designed for industrial laser marking applications.

Plastics That Mark Well

• ABS
• Polycarbonate (PC)
• Nylon (PA)
• PBT
• HIPS
• 2-Ply / Traffolyte Materials

These materials are commonly found in:

• Electrical housings
• Connector bodies
• Automotive components
• Industrial enclosures
• Consumer product casings
• Switchboards & labels

Plastics That May Require Additives

• Polyethylene (PE)
• Polypropylene (PP)

Black and darker coloured plastics generally respond better due to improved laser absorption.

40W Blue Diode Laser Applications

The integrated 40W blue diode laser expands the machine’s compatibility beyond metal marking, making the F2 Ultra ideal for creators, makers, signage businesses, educators and personalisation workflows.

Materials Suitable for Blue Diode Laser Processing

• Wood & Plywood
• Bamboo
• Leather
• Paper & Cardboard
• Dark Acrylic
• Rubber
• Slate & Stone
• Painted Surfaces
• Coated Materials
• Promotional Products
• Packaging & Gift Items

The blue diode laser is ideal for engraving organic materials, custom products, signage items, craft products and creative applications.

Surface Finishes That Produce Excellent Contrast

• Painted Surfaces
• Powder Coated Metals
• Anodised Finishes
• Oxide-Coated Metals
• Coated Metals & Plastics

In these applications, the laser removes the top coating layer to expose the base material underneath, producing strong visual contrast and highly durable markings.

Materials Not Recommended

• PVC — not recommended due to harmful gas release during processing
• Standard clear acrylic / PMMA — generally better suited to CO2 laser systems
• Unknown reflective materials — testing recommended before production use

General Laser Marking Notes

• Matte or brushed finishes typically produce stronger contrast than mirror-polished surfaces
• Material composition and alloy variations influence marking results
• Engineering plastics respond differently depending on fillers and additives
• MOPA settings provide greater control over heat input, contrast and colour marking capability
• Results vary depending on artwork detail, speed, frequency and power settings
• Material testing is recommended where engraving depth or visual appearance is critical

Cutting Notes

Thin metal may be cut using the 60W fiber system with multiple passes, however the F2 Ultra is primarily designed for marking and engraving applications rather than production metal cutting.

For regular sheet metal cutting or thicker material processing, a dedicated fiber cutting machine is recommended.

Need Help Choosing the Right Setup?

Selecting the right laser machine is about more than power. It is about understanding your materials, workflow, finish expectations and production requirements.

If you are unsure how your material will respond, or would like guidance on machine setup, sample testing or application suitability, our team is here to help.