Veyon 6106 G floor-standing low-speed high-capacity centrifuge

The maximum speed of this model can reach 6680 r/min, and the maximum relative centrifugal force is 6680 × g.

The 6106 G is equipped with an industry-leading 7-inch high-definition full touch screen intelligent system. The screen supports operation with gloves and provides a 5-year warranty. The system is powerful and supports up to 10-level gradient centrifugation editing, and can automatically record each operation data in the background. The rotation speed and centrifugal force change curves during operation can be intuitively displayed on the same screen, which facilitates scientific research recording and traceability.

The equipment adopts the patented "triangular link motor fixation and three-stage shock absorption system structure" to firmly fix the motor at the best balance point at the bottom, ensuring that the motor can still run at high speed and smoothly under load. Combined with the customized three-stage buffer hydraulic rod design, the operating noise of the whole machine is controlled at ≤58dB, which is very suitable for quiet scientific research environments.

The centrifuge uses a centrifugal chamber made of high-quality stainless steel and is coated with a special anti-corrosion coating, which can resist various corrosive samples or organic solvents. At the same time, its internal circuit board adopts a fully suspended design, combined with a unique octagonal cavity connection and automatic ventilation circulation system, which has excellent moisture-proof and heat dissipation effects, extending the service life of the equipment.

It is very easy to operate and does not require any wrenches or rotor removal tools. Thanks to the high-precision drive head design, the fit between the rotor and the shaft is extremely high, and the experimenter only needs to gently lift it by hand to complete the loading and unloading. In addition, the equipment has automatic intelligent identification of the rotor and unbalance detection functions, ensuring experimental safety from both the operation and hardware levels.