CO2 laser engraving a detailed pattern into a hardwood panel
Engrave · Cut · Mark

Epilog Laser Systems for Material-Ready Production

Move from artwork to a repeatable laser process by matching wavelength, work area, extraction, and fixture strategy to the part—not to a generic speed claim.

View Laser SystemsExplore Applications
CO₂ + FiberWavelength paths
3 inputsSpeed · power · frequency
1 sampleBefore settings approval
4 checksFocus · airflow · exhaust · fixture
System families

Choose by work envelope and material response

Each family should be evaluated with representative material, final artwork, and the extraction arrangement intended for production.

Enclosed CO2 engraving laser with a compact work bed

Fusion Maker

Compact CO₂ workflow for prototyping, personalization, classroom labs, and short-run fabrication where bench footprint matters.

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Mid-size CO2 laser engraving machine in a production cell

Fusion Edge

Mid-format platform for mixed engraving and cutting queues, with room for fixtures, rotary work, and nested sheet jobs.

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Large-format laser engraving system processing a panel

Fusion Pro

Larger work-area option for production teams balancing panel size, job changeover, operator access, and throughput planning.

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Selection record

Specify the process before the machine

Final capability depends on the selected source, lens, material chemistry, thickness, artwork density, extraction, and maintenance state. Published model data must be checked on the current datasheet.

Record: material grade, coating, thickness, expected edge or mark, and whether CO₂ or fiber response is required. PVC and unknown halogenated materials should not enter the test queue.

Record: maximum part dimensions, fixture height, rotary diameter, loading clearance, sheet flatness, and repeatable datum location.

Record: exhaust route, airflow condition, air-assist setup, lens cleanliness, focus method, raster resolution, vector frequency, speed, and power. Keep the tested coupon with the settings record.
Decision notes

Questions that change the specification

CO₂ or fiber?

CO₂ sources are commonly selected for many organic materials and acrylic; fiber sources are used for compatible metals and engineered plastics. Coatings and additives can reverse assumptions, so confirm with a coupon.

Can one published setting be reused?

No setting is universal across material batches, optics condition, focus, and extraction. Treat published values as starting points and approve a matrix on the actual stock.

Does more power always reduce cycle time?

Higher available power may support faster processing, yet fine detail, heat-affected edges, smoke deposition, and motion limits can set the practical boundary.

What belongs in a sample test?

Send the final material, representative geometry, smallest required text, artwork file, target finish, quantity, and any fixture or rotary constraint.

Next action

Test the material that will reach production

Share a representative coupon, artwork, part envelope, finish target, and expected batch size. The resulting discussion can focus on wavelength, work area, ventilation, and process risk.

Prepare a Sample Test