Flexx Technology: CO₂ & Fiber Laser Sources in One Machine

Endless Application Options

laser engraver co2 fiber laser — Maximum flexibility with two laser sources in one laser system

Maximum Flexibility with Two Laser Sources in One Laser System

Trotec's patented Flexx Technology™ integrates two laser sources (CO₂ and fiber) in a single machine machine, allowing a variety of materials to be processed in one operation. The CO₂ laser source is ideal for engraving and cutting plastics, wood, rubber, leather and many other materials. On the other hands, the fiber laser source is the right tool for marking metals and staining plastics.

Processing Different Materials in One Laser Job

The patented Flexx function permits the user to alternatively activate both CO₂ and fiber laser sources during job processing. Manually changing the laser tubes, lens or focus is not required.

The laser sources are easily assigned at the touch of button in the JobControl^® laser software. Every conceivable CO₂ laser application, as well as metal marking and engraving, can be streamlined and seamlessly processed. This guarantees that you'll be able to increase production volume and efficiency.

Ready for Flexx

Every laser engraving machine in the Speedy series is “ready for flexx." This means that every Speedy can be retrofitted with an additional laser source whenever you are ready.

applications speedy flexx — Process different materials (e.g., metal, wood, plastics) in one step

CO2 and Fiber Laser Sources: Overview of Material Compatibility

You are able to process a wide range of materials with a Speedy Flexx laser:

	Material	CO₂	Fiber
Non-Metal	Wood	⚫
	Glass	⚫
	Paper	⚫
	Textiles	⚫
	Leather	⚫
	Stone	⚫
	Food	⚫
	Ceramic		⚫
Plastics	ABS; PC; PA, PMMA ...	⚫	⚫
	Rubber	⚫	⚫
	Laminates	⚫	⚫
	Foam	⚫	⚫
Metal	Aluminum		⚫
	Anodized Aluminum	⚫	⚫
	Brass		⚫
	Coated Metal		⚫
	Chrome		⚫
	Copper		⚫
	Precious metals (Gold, Silver, Platinum)		⚫
	High speed steel		⚫
	Stainless Steel		⚫
	Titanium		⚫

NOTE: The metals listed in the table above can also be processed with a CO₂ laser. However, this processing method requires an additional work step and the use of a laser marking compund.

MOPA Laser: More Possibilities for Laser Marking Metals and Plastics

laser marking dark plastic part difference mopa fiber — Laser-marked dark plastic parts: traditional fiber laser vs. MOPA laser marking

With the introduction of the new Speedy 400, we are setting new standards for laser marking metals and plastics with flatbed laser systems. Recent advancements in our patented Flexx Technology™, which has been successful on the market since 2005, permit you to make higher-contrast markings on plastics and black markings on anodized aluminum. This is made possible by a MOPA fiber laser, which is integrated in the flatbed system (instead of a conventional fiber laser source).

In addition to higher-quality marking, productivity is another advantage of the MOPA laser. Markings or deep engravings of an equivalent quality can be made faster than with a conventional fiber laser.