Zelfklevende etiketten Avery laseretiketten wit 105 x 58mm DPS10 1000 stuks

Avery Laser Labels White 105 x 58mm DPS10 1000ST are self-adhesive labels designed for use with laser printers. Each label measures 105 x 58 mm and comes on sheets suitable for standard laser printing workflows. The pack contains 1000 white labels arranged for easy peeling and application, intended for general-purpose labeling tasks in home, office and retail environments. Compatibility with most laser printers and a neutral white surface make these labels suitable for text, barcodes and simple graphics.

Advantages

These labels provide a consistent white print surface that yields sharp text and clear barcodes when used with laser printers. The self-adhesive backing offers secure attachment to a variety of materials, while the label material is designed to feed reliably through sheet-fed laser machines. A large quantity in one pack reduces the need for frequent reordering and supports high-volume labeling tasks. The precise 105 x 58 mm size fits many common envelope and parcel formats and gives a professional appearance to printed outputs.

Suitable for

Key specifications

How to use

Prepare your document using compatible label templates in your word processing or design application that match the 105 x 58 mm layout. Load the label sheets into the laser printer according to the printer manufacturer's guidance for labels and heavy paper. Print at recommended printer settings to ensure proper toner adhesion and to avoid smudging. After printing, allow toner to cool briefly if required, then peel labels from the sheet and apply to a clean, dry surface by pressing firmly to secure adhesion.

Recommendations

Store unopened packs flat in a cool, dry place away from direct sunlight and high humidity to preserve adhesive performance. For best results, test-print on a single sheet before running large batches and ensure the printer settings are set for label or heavy media. Avoid applying labels to dusty, oily or textured surfaces where adhesion may be reduced.