What's the difference between a laser plotter and a galvo laser?

Flatbed laser:

Flatbed lasers typically have larger processing surfaces than galvo lasers. Trotec laser machines have processing areas as large as 87 x 126 inches. You can insert either a large part or many small parts into the machining area and then have the laser engrave or cut them. The size of the machine limits the processing area. The larger the machine, the larger the processing area. For models with pass-throughs, it is also possible to insert parts that are larger than the processing area.

Galvo laser: 

Trotec's galvo lasers have marking fields of up to 310x310 mm for fiber lasers and up to 535 x 535 mm for CO2 lasers. This refers to the marking area of the laser head alone. By mounting the galvo laser on an axle system (X, Y) of a laser workstation, processing areas up to approx. 1300x450 mm can be realized. Galvo lasers are used with or without housing. With housings with pass-throughs or detachable side parts or without housing, even very large and bulky parts can be marked.

Flatbed laser:

Flatbed lasers (or laser plotters) are typically operated as stand-alone machines. This means they always work independently from other production machines. The materials are taken to the laser machine, processed there, removed, and processed further or sold directly depending on the product. Processing times also vary according to application. Some jobs take only a few seconds, while other take several hours. It is common for one operator to work several machines. While one machine is processing the jobs, other machines are being loaded, or parts are being removed.

Galvo laser:

Galvo lasers offer high processing speeds, completing individual tasks in seconds. They are versatile, adaptable to stand-alone, semi-automated, or fully integrated setups. Different variants cater to diverse production needs: manual loading for quick marking, semi-automated for enhanced workflow integration, and fully integrated systems for maximum cycle time reduction and automation. Ensuring a steady supply of new parts is the primary requirement, which can be automated using conveyor belts or handling systems, optimizing production flow, and minimizing downtime.

Flatbed laser: 

Each application requires its own configuration for optimal results. Lenses (different focal lengths) and processing tables have a substantial impact on the result. Flatbed lasers can be quickly and flexibly adapted to the application. This is an unbeatable advantage when you are working with a wide range of individual engraving or cutting tasks.

Galvo laser:

Galvo lasers are tailored for specific applications, from individual marking to fully automated production lines. Integration with ERP systems and dynamic content marking (e.g., variable data, serial numbers, time stamps) is seamless. They enhance productivity, from manual operation to high automation, streamlining the marking process and reducing throughput time.