Foldable Design: Allows for easy storage and portability, making it convenient for musicians on the go.
Adjustable Angle: The stand can be tilted to accommodate different viewing angles, ensuring optimal comfort during use.
Sturdy Construction: Built with durable materials to securely hold music sheets or books in place.
Compact Size: Designed to sit on a table or desk without occupying much space, making it ideal for practice sessions or performances in limited spaces.

01 ADJUSTMENT FUNCTION BUTTON

Adjusting panel rotate with 180° degree

02 METAL ELASTIC STRIP

Stick pin music book well with supper flexiable spring

03 MORE THICKNESS POLE

Supporting pole diameter have 1.5cm with more strong and durable function

04 FOLDABLE STRUCTURE

Packing size very small beacuse its folding, no just convience for people carrying out, but also save money on transport fees.

Key Features:

Foldable & Portable Design

The HEBIKUO P-072 is thoughtfully engineered with a foldable structure, allowing it to collapse quickly and easily for effortless storage or transport. Slip it into your bag or instrument case and take it anywhere—from the classroom to the stage or on the go.

Adjustable Viewing Angle for Comfort

Customize your setup with the tilt-adjustable design, which allows you to position your sheet music or book at just the right angle. Whether you’re sitting or standing, you’ll enjoy a comfortable, glare-free view, reducing strain during long practice sessions.

Sturdy & Secure Construction

Built with high-quality, durable materials, this music stand ensures a strong hold for your sheet music, songbooks, or even lightweight tablets. The base is stable and firm, giving you the confidence to focus on your performance without worrying about slips or wobbles.

Compact & Space-Saving

With its smart tabletop design, the HEBIKUO P-072 fits neatly on desks, pianos, or practice tables without taking up too much space. Ideal for small rooms, classrooms, or travel gigs, this stand is designed for those who need a reliable setup in compact environments.