حامل نسخ ديلي قياس (A4) بزاوية قابلة للتعديل مع قاعدة مانعة للانزلاق، سهل القراءة، مثالي للاستخدام المكتبي والمدرسي

It features multiple tilt settings so you can position pages at a comfortable, glare-free reading angle. Simply tilt the top of the stand to your preferred position and lock it in place as needed.

It holds standard A4 sheets (210 × 297 mm), as well as sleeves and thin manuals, keeping them upright beside your monitor.

The sliding line guide highlights the current line you’re reading or editing, helping you track lines more accurately and reducing eye strain during data entry or proofreading.

Yes. It has a stable, non-slip base with feet that grip the desk surface, so it stays put while you type, flip pages, or adjust materials.

The design is compact and space-saving, positioned beside a monitor and keyboard to fit tight desks without crowding your workspace.

Place the copy holder on your desk, place your A4 page or sleeve in the holder, adjust the tilt to your preferred reading angle, and slide the line guide to align with the current line.

It's ideal for data entry, transcription, editing, and any task that requires reading and annotating A4 documents while typing or working at a computer.

Yes. The holder is designed for daily use in office or school environments, offering a stable base and easy-to-clean surface suitable for regular handling.

Compared with other A4 copy holders on Fepy, this model emphasizes adjustable tilt, an integrated line guide, and a non-slip base for stable, glare-free viewing. If you want to explore more, you can browse other copy holders at https://fepy.com/collections/copy-holders or broader office accessories at https://fepy.com/collections/office-accessories.

It combines adjustable angle, a handy line guide, and a stable base in a compact form, making it a good all-in-one solution for reducing neck strain and improving line-tracking on crowded desks.

Wipe with a soft, dry cloth to remove dust. Keep the line guide clean so it slides smoothly, and avoid using harsh chemicals that could affect the surface.