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Fiber Laser Series

Fiber Laser Systems: Metal Engraving and Plastic Marking Laser Machines Epilog’s Fiber Laser series is your solution for etching and marking all types of bare metals and plastics. Print to the laser directly from any graphics software program for easy job setup, and etch an entire table full of parts at one time.

  • Directly engrave on most metals.
  • Mark engineered plastics with your logo.
  • Etch barcodes, serial numbers, and images.
 Epilog FiberMark 24: The FiberMark 24 is our original Fiber laser system featuring a large 24″ x 12″ engraving area. It is the first flying-optic fiber laser system to be introduced and has built its reputation for high-quality marks and robust mechanics.
Epilog Fusion M2 32: With the Fusion M2 32, we’ve designed our best performing laser ever. It can be configured with either a fiber laser source, CO2 source or both! It features a large 32″ x 20″ (812 x 502 mm) work area.
 Epilog Fusion M2 40: With the Fusion M2 40, we’ve designed a system with an oversized work area with the best performing laser and motion control system ever. It can be configured with either a fiber laser source, CO2 source or both! It features a large 40″ x 28″ (1016 x 711 mm) work area.
  • 30 watts (Fiber)
  • 50 watts (Fiber)
  • High-Speed Parts Marking Over a Larger Work Area
  • Open Architecture Software Interface
  • Non-Contact Marking: No Bits Needed
  • Etch, Polish and Anneal with One System
  • Network the Laser Across Your Business
  • High Volume, Multi-Piece Marking
  • Mark and Etch a Wide Variety of Materials
Epilog FiberMark 24 Epilog Fusion M2 32 Fiber Epilog Fusion M2 40 Fiber
Engraving Area 24″ x 12″ (610 x 305 mm) 32″ x 20″ (812 x 508 mm) 40″ x 28″ (1016 x 711 mm)
Focal Length (F-Theta Lens) 3″ (76.2 mm) 3″ (76.2 mm) 3″ (76.2 mm)
Max. Material Thickness 5″ (127 mm) 12.5″ (317 mm) 12.25″ (311 mm)
Laser Wattage 30 or 50 watts 30 or 50 watts 30 or 50 watts
Laser Type Solid State Pulsed Ytterbium Fiber Laser (air cooled). Solid State Pulsed Ytterbium Fiber Laser (air cooled). Solid State Pulsed Ytterbium Fiber Laser (air cooled).
Size (W x D x H) 34.5″ x 24.5″ x 16″ (876 x 622 x 406 mm) 52.5″ x 33.75″ x 40.75″ (1334 x 857 x 1035 mm) 37.75″ (959 mm) deep with exhaust plenum. 60.5″ x 41.25″ x 42.25″ (1537 x 1048 x 1073 mm)) 43″ (1092 mm) deep with exhaust plenum.
Weight 120 lbs (55 kg)without stand 500 lbs (227 kg) Dual Source: 536 lbs (243 kg) 643 lbs (292 kg) Dual Source: 679 lbs (308 kg

 

Dual Source Option: CO2 and Fiber (Fusion M2 systems)

Are you looking for the material versatility of a CO2 laser in addition to the direct metal etching of a fiber laser? Add on the dual source option to your Fusion M2 32 or Fusion M2 40 by choosing both a CO2 laser (50, 60 or 75 watts) and a fiber laser (30 or 50 watts) to work with a wider range of materials.

Rim-Drive Rotary

For engraving items that accommodate different part sizes. Epilog’s Rim-style rotary attachment will ensure all of your parts receive a professional mark that meets the highest standards. Great for marking cylindrical items, place your item on the two rim-style wheels and start engraving. Designed for usability, you can switch from item to the next in seconds. the attachment easily adjusts for different lengths and will even rotate cylinders that have different diameters on each end. 

Epilog eView Camera Module (Fusion M2 Systems with CO2)

Add laser cutting to your printed projects with our unique three camera design. Add a registration camera system to your Fusion M2 32 or Fusion M2 40. Simply add registration marks to your printed graphics and produce precise CO2 laser cuts when using the advanced eView job positioning feature for the Fusion M2 CO2 system. The eView features three cameras located inside the system to increase cutting accuracy, including two built into the lid for the easiest positioning of projects.

3-Jaw Chuck Rotary Attachment

Easily engrave cylindrical shaped items. When you’re looking for highly-accurate marking of cylindrical parts, the 3-Jaw Chuck is the ideal choice. The Rotary Attachment is an indispensable tool that allows designers and manufacturers to mark cylindrical parts, pieces, and components more conveniently than ever before. Fully programmable for a wide variety of diameters, the 3-Jaw Chuck can accommodate a significant range of material sizes. Additionally, the available tail-stock support fixture ensures correct focus on longer items.

Optional Lenses

Epilog’s Fiber Laser systems come with a standard 3″ (FiberMark 24) or 5″ (Fusion M2) focus lens. This will suffice for most metal/plastic marking application. However, users will find some applications require our more specialized lenses.

1.5″ Lens (FiberMark 24):

  • Provides an additional 1.5″ of z-axis clearance for both engraving flat stock and for rotary use.
  • 1.5″ lens also has a smaller spot size and provides excellently detailed engraving for smaller text and artwork.

5.5″ Lens (FiberMark 24):

  • Offers more depth of field than our standard lens on the fiber systems. Amount of depth of field will vary depending on the material, wattage and type of mark desired.
  • Provides consistent engraving/marking on curved surfaces or slightly bowed surfaces.
  • Excellent for engraving on the inside/bottom surface of an item (bowl, box, tooling).

8.0″ Lens (Fusion M2):

  • Offers the greatest depth of field for the Fusion M2 32 and 40 Fiber.
  • Provides consistent engraving/marking on the most curved surfaces.
  • Excellent for engraving on the inside/bottom surface of an item (bowl, box, tooling) up to 8″ tall.

 

Epilog FiberMark 24: The FiberMark 24 is our original Fiber laser system featuring a large 24″ x 12″ engraving area. It is the first flying-optic fiber laser system to be introduced and has built its reputation for high-quality marks and robust mechanics.

Epilog Fusion M2 32: With the Fusion M2 32, we’ve designed our best performing laser ever. It can be configured with either a fiber laser source, CO2 source or both! It features a large 32″ x 20″ (812 x 502 mm) work area.

 

Epilog Fusion M2 40: With the Fusion M2 40, we’ve designed a system with an oversized work area with the best performing laser and motion control system ever. It can be configured with either a fiber laser source, CO2 source or both! It features a large 40″ x 28″ (1016 x 711 mm) work area.

  • 30 watts (Fiber)
  • 50 watts (Fiber)
  • High-Speed Parts Marking Over a Larger Work Area
  • Open Architecture Software Interface
  • Non-Contact Marking: No Bits Needed
  • Etch, Polish and Anneal with One System
  • Network the Laser Across Your Business
  • High Volume, Multi-Piece Marking
  • Mark and Etch a Wide Variety of Materials

 

Dual Source Option: CO2 and Fiber (Fusion M2 systems)

Are you looking for the material versatility of a CO2 laser in addition to the direct metal etching of a fiber laser? Add on the dual source option to your Fusion M2 32 or Fusion M2 40 by choosing both a CO2 laser (50, 60 or 75 watts) and a fiber laser (30 or 50 watts) to work with a wider range of materials.

Rim-Drive Rotary

For engraving items that accommodate different part sizes. Epilog’s Rim-style rotary attachment will ensure all of your parts receive a professional mark that meets the highest standards. Great for marking cylindrical items, place your item on the two rim-style wheels and start engraving. Designed for usability, you can switch from item to the next in seconds. the attachment easily adjusts for different lengths and will even rotate cylinders that have different diameters on each end.

Epilog eView Camera Module (Fusion M2 Systems with CO2)

Add laser cutting to your printed projects with our unique three camera design. Add a registration camera system to your Fusion M2 32 or Fusion M2 40. Simply add registration marks to your printed graphics and produce precise CO2 laser cuts when using the advanced eView job positioning feature for the Fusion M2 CO2 system. The eView features three cameras located inside the system to increase cutting accuracy, including two built into the lid for the easiest positioning of projects.

3-Jaw Chuck Rotary Attachment

Easily engrave cylindrical shaped items. When you’re looking for highly-accurate marking of cylindrical parts, the 3-Jaw Chuck is the ideal choice. The Rotary Attachment is an indispensable tool that allows designers and manufacturers to mark cylindrical parts, pieces, and components more conveniently than ever before. Fully programmable for a wide variety of diameters, the 3-Jaw Chuck can accommodate a significant range of material sizes. Additionally, the available tail-stock support fixture ensures correct focus on longer items.

Optional Lenses

Epilog’s Fiber Laser systems come with a standard 3″ (FiberMark 24) or 5″ (Fusion M2) focus lens. This will suffice for most metal/plastic marking application. However, users will find some applications require our more specialized lenses.

1.5″ Lens (FiberMark 24):

  • Provides an additional 1.5″ of z-axis clearance for both engraving flat stock and for rotary use.
  • 1.5″ lens also has a smaller spot size and provides excellently detailed engraving for smaller text and artwork.

5.5″ Lens (FiberMark 24):

  • Offers more depth of field than our standard lens on the fiber systems. Amount of depth of field will vary depending on the material, wattage and type of mark desired.
  • Provides consistent engraving/marking on curved surfaces or slightly bowed surfaces.
  • Excellent for engraving on the inside/bottom surface of an item (bowl, box, tooling).

8.0″ Lens (Fusion M2):

  • Offers the greatest depth of field for the Fusion M2 32 and 40 Fiber.
  • Provides consistent engraving/marking on the most curved surfaces.
  • Excellent for engraving on the inside/bottom surface of an item (bowl, box, tooling) up to 8″ tall.

High-Speed Parts Marking

By directing the laser beam through a series of mirrors, the FiberMark laser system has been designed to engrave a large work area of 24″ x 12″ (609 x 305 mm).

Networking Choices

Epilog’s Quick Connect™ system gives you the most connection options of any laser system. Choose either a high-speed 10 Base T Ethernet connection or connect the laser to your computer using a USB cable.

Non-Contact Marking

Since nothing is touching the part, the integrity of the part being marked in never compromised. There are no expensive bits or tools that will wear down and need replacing.

Etch, Polish & Anneal with One System

There are many different finished looks the FiberMark Laser System is capable of achieving by simply adjusting the speed, power, frequency and focus settings of the systems.

Colour Mapping

Colour Mapping allows you to assign different speed, power and frequency settings to different colours in your design. There there’s no need to run separate jobs on one project.

Wide Material Variety

The wavelength of the laser that drives the FiberMark system can mark a wide variety of materials including stainless steel, aluminum, carbon fiber, polycarbonate, polysulphone, silicon wafers, magnesium, and more.

Epilog Fiber Laser Series

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