Direct Laser Engraving

Direct laser engraver can be integrated as one production step in your organisation can programmed central but also decentral best of both worlds central cad no transportation risks or cost.

Direct laser engraving.

When it comes to direct to garment engraving it is helpful to lower the dots per inch dpi at which you engrave. By eliminating steps and variables we are eliminating failure points thus making the process more consistent. This means less manpower is needed and results in a reduced footprint. This is the process whereby the surface of the sleeve is modelled by means of ablation using a high energy laser beam to create a raised image.

Direct laser engraving dle we offer complete digital laser engraved sleeve production solutions that combine the flexibility speed and efficiency of flexo printing with the advanced ink transfer benefits of rubber to ensure long run seamless printing of continuous designs. With this process there is no essential ablation mask as with direct photopolymer laser imaging. Engraving at a lower dpi helps ensure the laser just slightly vaporizes the top layer and doesn t burn entirely through the fabric. Dle 6010 dle 6010 serves all label and narrow web applicati ons and is the first such hybrid engraving solution on the market this direct laser.

Most fabric engravings do fine at 150 to. The higher the dpi the more material will be removed. A direct laser engraving workflow involves fewer stages reducing the possibility of error. Direct laser engraving of elastomers makes the production of flexographic printing forms an entirely digital process.

Direct laser engraving of elastomers makes the production of flexographic printing forms an entirely digital process. Dle uses a precision laser to create an image directly onto the plate. Reducing printing form production to just two process steps laser engraving and cleaning significantly cuts the workload involved. Direct laser engraving the ability to directly engrave elastomer and polymer plates with laser impacts all three dimensions of the image being reproduced on the printing plate.

Direct laser engraving is gaining a stronger position as an accepted alternative to photopolymerisation in the production of flexographic printing forms. This means less manpower is needed and results in a reduced footprint. Direct laser engraving technology for flexo eliminates the costly outlay for multiple processing stages and equipment commonly associated with more conventional photopolymer sleeve plate making technologies.