Overhead shaker that offers excellent performance for all applications where rotating, shaking, and mixing are required.

Vortex mixer with adjustable stirring speed, with touch or continuous mode. The best-seller!

Basic vortex mixer with fixed stirring speed in touch mode.

Vortex mixer with adjustable stirring speed, in continuous or with the exclusive IR sensor.

Digital vortex mixer with adjustable stirring speed, in continuous or with the exclusive IR sensor.

Compact vortex mixer suitable for different mixing requirements, with touch or continuous mode.

This large and lightweight foam plate (Ø 94 mm) provides a stable, cushioned surface, ensuring secure support for delicate instruments and equipment.

Exclusive and compact vortex mixer with settable speed, provided with the revolutionary IR sensor or continuous mode.

This foam stand is designed to securely hold up to 19 microvials of 1.5 ml capacity, compatible with Eppendorf® tubes, and is specifically tailored for use with VELP vortex mixers. Made from high-quality, lightweight foam, it ensures stability during mixing operations and protects microvials...

Lightweight and durable, this foam stand securely holds 127x85 mm microtiter plates, minimizing movement and spills. Ideal for pipetting, storage, and sample preparation.

This foam stand is designed to securely hold up to 5 test tubes with a diameter of 16 mm, specifically tailored for use with the VELP vortex mixer. Made from high-quality, flexible foam, it provides a stable and organized setup for efficient mixing.

This customizable soft foam top is specifically designed for use with VELP vortex mixers. Made from high-quality, flexible foam, it can be tailored to accommodate various vial or tube sizes, providing a secure and stable surface during mixing. The foam top offers excellent protection...

This lightweight and durable foam stand securely holds 5 test tubes (Ø 24 mm), ensuring stability and protection during experiments.

This durable and lightweight foam stand securely holds 4 test tubes (Ø 29 mm), providing stability and protection during experiments