ZX4 vortex mixer – Comfort, precision and innovation for your laboratory applications
The ZX4 from Velp Scientifica combines efficient operation with ease of use. This device is specifically designed to reduce repetitive physical effort while ensuring high performance in laboratories. Equipped with patented infrared sensor technology, the ZX4 allows for contactless start-up: mixing begins automatically as soon as the tube is detected in the working area. This device significantly reduces user fatigue by eliminating the need to apply pressure to the device.
In addition to infrared mode, the device also offers a continuous operation mode, making it particularly suitable for repetitive tasks or applications requiring constant mixing. The rotation speed is adjustable via an analogue control, offering a wide speed range from 0 to 3000 rpm, with electronic control ensuring perfect stability.
The robust design of the ZX4 is based on a zinc alloy base that ensures excellent stability, even at full speed, and a technopolymer housing that is highly resistant to chemicals commonly used in laboratories. Non-slip rubber feet further enhance stability, preventing slipping or excessive vibration during use.
Compact and ergonomic, the ZX4 takes up little space on the bench while ensuring high efficiency. It is particularly suitable for mixing samples contained in Eppendorf tubes or any other type of microtubes. In addition to a cup-shaped mixing head, additional configurations are available, including various accessories such as customisable foam holders or rubber plates.
Thanks to its IP42 protection against liquid splashes and particles, the ZX4 is perfectly suited to laboratory environments. It complies with IEC EN 60529 safety standards and offers low power consumption of 15 W, making it economical for everyday use. All these features make the ZX4 a versatile, high-performance, durable and ergonomic vortex mixer, perfect for all types of analysis in biology, chemistry or any other scientific application requiring homogeneous mixing of samples.
