Description

FiberCube 3804 Series Benchtop Laser Marking & Engraving System

is a powerful, compact, all-in-one benchtop platform designed for high-speed, high-precision laser marking, engraving, and even cutting across a wide variety of materials. Engineered for both industrial integration and standalone use, the 3804 Series combines advanced MOPA technology with a high-speed 5K scanhead to deliver non-contact, abrasion-resistant, and permanent marks on nearly any substrate. LaserStar Technologies+1

This system supports multiple power configurations—30W, 60W, or 100W options—allowing users to tailor performance to their specific application requirements. The modular design ensures that as demands grow or change, the system can be upgraded without needing a completely new machine. DirectIndustry+1

Key Capabilities & Applications

• Logos, symbols, barcodes, 2D matrix codes, and graphics

• True type fonts, serial numbers, and alphanumeric text

• Marking or engraving on flat and cylindrical surfaces

• Advanced color marking on certain materials

• UID, banding, corrosion-resistant black marking

• 3D (STL) texture engraving and complex surface patterns DirectIndustry+1

Whether you need to label serial numbers on metal parts, etch decorative textures on jewelry, engrave logos on electronics housings, or apply fine markings to surgical tools, the FiberCube 3804 Series Benchtop Laser Marking & Engraving System offers the flexibility and precision required for these tasks.

Performance Highlights

The 3804 integrates MOPA fiber laser technology, which provides precise control over pulse shape, peak power, and frequency—delivering cleaner, deeper, or more delicate marks depending on the material and requirements. DirectIndustry The high-speed 5K scanhead permits rapid marking across larger areas while maintaining precision. LaserStar Technologies+1

Its enclosed benchtop safety design offers a compact footprint while ensuring operator protection during operation. Features such as a programmable lifting column, rotary device support, and fixture options give users flexibility in handling parts of various sizes and geometries. LaserStar Technologies+1

LaserStar includes a laptop with the StarFX® Premier Design Studio software to allow users to design, import, and execute marking jobs. LaserStar Technologies+1 The system also comes with support for FDA (CDRH) and CE safety certifications, giving confidence for deployment in regulated environments. LaserStar Technologies+1

Benefits & Advantages

1. Precision & Quality – The combination of MOPA control and high-speed scanning ensures sharp, well-defined marks with minimal thermal effect.

2. Speed & Throughput – Whether marking text, codes, or graphics, the system handles high-volume operations without sacrificing quality.

3. Versatility – The ability to work with flat or cylindrical parts, along with rotary attachments, widens the scope of potential applications.

4. Compact & Safe – The benchtop enclosure protects users from stray laser emissions and fits into a shop environment without needing a large footprint.

5. Upgradability – Power options and modular add-ons mean you can start small and expand functionality as demands grow.

6. Durability & Reliability – Built for industrial use, the 3804 is engineered to run reliably under constant production pressures.

Use Cases & Industries

• Electronics & Semiconductors: Marking serials, QR codes, identifiers on PCBs, connectors, housings

• Medical Devices & Implants: Etching part numbers, logos, traceability marks

• Automotive & Aerospace: Engraving component IDs, labels, or surface patterns

• Jewelry & Luxury Goods: Decorative engravings, logos, micro textures

• Tooling & Molds: Applying identification, calibration marks or surface patterns

• General Manufacturing: Labels, markings, personalization across metals, plastics, and composites

Integration & Considerations

When deploying the FiberCube 3804 Series Benchtop Laser Marking & Engraving System, consider:

• Ensuring stable electrical supply (120V or 230V)

• Providing adequate ventilation and fume extraction

• Choosing appropriate focusing optics for the part size

• Using fixtures/rotaries to maximize throughput on odd geometries

• Training operators on safe laser practices and software control