Digital Angular Centrifuge 2650-D and 2650-D+

The Nahita digital angular benchtop centrifuge models 2650-D and 2650-D+ are designed to offer reliable and precise performance in laboratory environments that require efficient sample separation. Its robust construction and compact format make it a versatile solution for both routine applications and more demanding work in clinical, microbiological, and research laboratories.

The equipment allows for digital speed regulation in a range of 500 to 4000rpm, with precise increments, reaching a maximum centrifugal force of 2110×g. This capacity, together with its controlled acceleration system, guarantees uniform and reproducible results in each work cycle. The LED screen display facilitates clear reading of operating parameters, including speed and time, allowing for intuitive and safe handling.

It is presented in two versions differentiated by the type of motor. Model 2650-D incorporates a brushed motor, offering stable operation and an economical solution for regular use. For its part, model 2650-D+ integrates a brushless induction motor that reduces internal friction, virtually eliminates maintenance needs, and provides quieter operation and a longer service life, being especially suitable for laboratories with high workload or continuous use.

The safety system includes an electromagnetic lid lock, which prevents its opening during operation, as well as sensors that monitor rotor balance and detect overspeed conditions or load imbalances, stopping the equipment automatically if necessary. These functions guarantee the protection of both the user and the samples.

The angular rotor, made of steel, accepts 15ml Falcon-type tubes and can be sterilized in an autoclave, facilitating its use in environments that require strict hygiene conditions. The external structure, with a metal casing and a base with anti-slip supports, ensures stability during operation and reduces vibrations.

Overall, this centrifuge represents a complete and adaptable solution for laboratories seeking precision, safety, and durability, with the possibility of choosing between conventional technology or an advanced maintenance-free option to optimize long-term performance.