From signage shops processing 500+ pieces per week to educational labs teaching the next generation of makers, Epilog Laser systems serve a wide spectrum of applications and industries.
Crystal, glass, and acrylic awards with photographic-quality engraving detail. Our CO2 laser systems produce crisp text down to 2-point font sizes and reproduce photographic images with smooth grayscale gradients. Typical throughput for a standard 8x10 inch plaque: 3-5 minutes depending on detail complexity.
Dimensional lettering, wayfinding signs, and branded displays from acrylic, wood, and composite materials. Laser cutting produces flame-polished edges on acrylic that require no post-processing. Interior and exterior signage for retail, corporate, and hospitality environments.
Permanent identification marks on metal components for serial tracking, regulatory compliance, and supply chain traceability. Our FiberMark systems produce high-contrast marks on stainless steel, titanium, and aluminum that withstand chemical cleaning, heat treatment, and mechanical wear.
Turn standard products into one-of-a-kind items with names, dates, logos, and custom artwork. The personalization market continues to grow, with Grand View Research estimating the global personalized gifts market at a 7.9% CAGR through 2030, creating ongoing revenue opportunities for businesses with laser engraving capability.
Precision scale models and prototypes from paper, cardboard, balsa wood, and acrylic. Laser cutting produces repeatable results for iterative design processes. Schools of architecture and professional firms use Epilog systems for presentation models, structural studies, and competition entries.
Desktop laser engravers are increasingly standard equipment in makerspaces, fab labs, and STEM programs at secondary and post-secondary institutions. Students learn design-to-fabrication workflows using the same software tools (CorelDRAW, Illustrator, Fusion 360) used in professional settings.
Choosing the right laser source depends on your primary materials and application requirements. Here is a side-by-side comparison of the two technologies available in Epilog systems.
| Specification | CO2 Laser (Epilog Mini / Helix / Fusion Pro) | Fiber Laser (Epilog FiberMark / Fusion Pro Fiber) |
|---|---|---|
| Wavelength | 10.6 micrometers (far infrared) | 1.064 micrometers (near infrared) |
| Power Range | 30W - 120W | 20W - 50W |
| Best For | Wood, acrylic, leather, glass, fabric, paper, rubber, stone | Stainless steel, titanium, aluminum, brass, anodized metals |
| Not Suitable For | Bare metals (reflects), PVC (toxic) | Organic materials, clear acrylic, glass |
| Typical Source Lifespan | 10,000 - 30,000 hours (sealed CO2 tube, field replaceable) | 80,000 - 100,000 hours (solid-state, maintenance-free) |
| Cutting Capability | Yes (up to 12mm acrylic at 120W) | Surface marking only, no through-cutting |
| Minimum Detail Size | 0.075mm at 1200 DPI | 0.025mm at 1200 DPI |
| Dual-Source Option | Epilog Fusion Pro supports both CO2 and fiber sources in a single machine, switchable between jobs | |
Specifications represent typical ranges across current Epilog product lines. Actual performance depends on specific model, material, and configuration. Contact us for detailed spec sheets for any model.
Not all materials are suitable for laser processing. PVC and vinyl release toxic chlorine gas when cut and must never be laser-processed. Polycarbonate produces poor results and discolors. Highly reflective metals like polished copper can damage optics without protective configurations. ABS plastic produces heavy soot. We always recommend sending material samples for testing before committing to a machine purchase. Our applications engineers can verify compatibility and provide optimized settings for your specific material and thickness combinations.
Send us your material samples and project details. Our applications team will test and recommend the ideal Epilog Laser system for your needs, free of charge.
Request Free Material Testing