Used BECKMAN COULTER L340 #148225 for sale

BECKMAN COULTER L340 is a high-speed benchtop centrifuge for cell and microorganism research applications. It offers a versatile, efficient and economical solution for cell and microorganism separation requirements. It is equipped with a powerful brushless permanent magnet motor with 140,000 rpm, 220 VAC, 50/60 Hz power input. L340 centrifuge has a maximum capacity of 1L tubes, a 14-position angular rotor, and a choice of 8 variable speeds between 20K and 90k rpm offered in 10 steps, with run time options of 0-99 minutes in 1-minute increments. On the front panel are user-friendly settings for speed, temperature and time. The centrifuge also features visual and audible alarms to alert users to any critical conditions. BECKMAN COULTER L340 is designed with advanced features to ensure safe, accurate and reliable operation. The electromagnetic door interlock device prevents access to the spinning rotor, while the direct drive, air-cooled motor reduces wear and tear on the rotor balance and eliminates any possibility of vibration. The rotor shaft clamping system provides superior safety during operation. Other safety features include an adjustable self-locking lid with rotor compartment lid sensor, as well as a mechanical brake mechanism with simultaneous lid opening control. L340 centrifuge also includes a variety of additional features to make sample preparation easy and efficient. It is equipped with a multi-function display panel to monitor speed, time and temperature. A user-friendly programmable timing and temperature control system offers additional functionality. Centrifuge data can be saved for future reference with the built in memory. BECKMAN COULTER L340 centrifuge is extremely robust and designed for use in harsh laboratory environments. The unit has a superior corrosion-resistant construction and a stainless steel housing. Its heavy-duty design also ensures years of trouble-free use in high throughput labs. This high-performance centrifuge is ideal for quickly and accurately separating biological samples for higher yields and improved results.