44101100
In stock
Warning: Last items in stock!
The AMAYA Egg Shakers are the perfect musical instrument for introducing rhythm and coordination to young children.
Made from durable polyethylene, they contain small plastic chips inside that create a gentle, pleasant sound when shaken.
2 units
Ideal for musical activities at home, in classrooms, or in group workshops.
Their lightweight and ergonomic design makes them easy for little hands to hold and play, stimulating auditory perception and rhythmic awareness.
Main features:
Made of durable polyethylene
Filled with small plastic shavings for sound
Smooth and safe surface for children
Lightweight, durable, and easy to clean
Recommended age: 3 years and up
Care instructions:
Wash with mild soap and water, dry thoroughly
Store in a dry place away from heat sources
Educational benefits:
Enhances rhythm and coordination
Improves auditory perception and motor skills
Introduces children to music in a fun and engaging way
A must-have instrument for music classrooms, kindergartens, and family playtime.
Small Scooter Chart. 30 Cm. This small scooter...
Foot Shape Marker.
The Soft Touch Handball is designed to provide...
Nacred Balls Diam. 220 Mm. Colors may vary...
Race Sacks Set. Set Of 6 Units.
Sonorous cellular rubber ball handball. Ø150 mm
Foam Rugby Ball
The Sensory Spiky Ball is designed for tactile...
Includes 6 plastic plates + non-slip bases...
Cone Pe 32 Cm. ⚠️ This product has a color...
Copyright © 2026 Amaya Sport, SL


AMAYA SPORT ha sido beneficiaria de la convocatoria de 2024 de las “Ayudas a pymes para la contratación de personas para la ejecución del plan de internacionalización de la empresa”, enmarcada en el Plan Internacional de Navarra

Esta empresa ha recibido una ayuda cofinanciada por el gobierno de Navarra y el Fondo Europeo de Desarrollo regional (40%) a través del Programa Operativo FEDER 2021-2027 de Navarra
Esta empresa ha recibido una subvención del Gobierno de Navarra al amparo de la convocatoria de ayudas a proyectos Investigación y Desarrollo I+D 2024.
