CO2 Lasers

If you're looking to maximize your engraving area with a table that will hold items up to 24" x 18", with the ability to drop down the table an incredible 11".
 
Designed with a combination of affordability and high quality, the Epilog Helix 24 features a 24" x 18" (610 x 457 mm) engraving area, and it features the highest engraving and cutting quality in the industry.

• Wattages: 35, 40, 45, 60 and 75 watts
• Work area: 24" x 18" (610 x 457 mm)
• Z-stroke: Holds items up to 11" tall (279 mm)
• Included features: Red Dot Pointer, Air Assist, Auto Focus, Integrated Vector Grid & Vacuum Table, Radiance^TM High Energy Optics
• Options: Epilog Air Compressor, Rotary Attachment, Vector Pin Table

 
Red Dot Pointer
 
The red dot pointer provides a visible red laser beam that is a helpful tool for providing a visible means of determining the engraving or cutting location within the engraving table on odd-shaped items.

 

 

 

Integrated Vacuum Table
 
The Integrated Vacuum Hold-Down Table on all Epilog laser systems uses the air from the exhaust fan to hold thin sheet stock flat. This built-in method of securely holding thin sheet stock in place is a large benefit to engraves, eliminating the need for double-sided sticky tape.

 

 

 

 

 
One Touch Control
 
Designed for one touch control, the Mini and Helix control panel displays file names, speed and power settings, run time and more. Scroll through engraving jobs you have sent to the laser, change speed and power as the job is running and even set a custom home position at the touch of a button.

 

 

 

 
Stainless Steel Bearings
 
Built with at least 64 stainless steel bearings in each slider unit, our NeverWear bearings can operate at the highest speeds, day in and day out, without you ever having to worry about failure, replacement or the inevitable wobble that less robust bearing systems experience. Epilog's NeverWear bearings provide the accuracy, repeatability and precision that demanding laser applications require.

 

 

 
Waveguide Lasers
 
CO2 lasers operate when CO2 gas in a sealed tube is excited by RF energy. The laser emits optical energy in the form of an invisible infrared beam that may be used for engraving, marking or cutting on a variety of materials.
 
There is a large difference in the beam created by different laser tubes. Oval-shaped beams, inconsistent power stability and slow switching rates all contribute to images that are not as crisp and clean as images produced by an Epilog laser system with Waveguide laser technology.