EziLab supplies the Low Speed Centrifuge EZL-LSC104 for clinical and research laboratories that need high-throughput batch processing across sixteen 15mL tubes in one rotor, more tube slots than the other low speed models in this catalog. Built for labs running frequent small-batch cycles rather than fewer, larger-volume spins, this centrifuge machine delivers 5,000 rpm and 4,030 RCF, sitting between the 4000rpm and 6000rpm units on force. Sixteen tube positions provide substantially more throughput per cycle than the 4x250mL, 4x500mL, or 4x600mL rotor formats elsewhere in this line, suited to general laboratories and centrifuge-heavy departments processing many small tubes per day rather than fewer larger-volume samples. General laboratories running high-volume small-tube batch work throughout the day get more practical throughput from this higher tube count than from rotor formats built around fewer, larger tubes. That 5000rpm/16x15mL configuration is the standard high-throughput specification in this catalog's low speed centrifuge line, distinct from the various smaller-tube-count, larger-volume rotor formats covered elsewhere. Clinical and research labs processing high daily volumes of small tubes get the throughput-optimized configuration for this product category here. See the Centrifuge Machine and Low Speed Centrifuge ranges for high-throughput small-tube separation needs across USA clinical and research laboratory settings.



Quantity:
$1889
Maximum Speed 5000 rpm
Maximum RCF 4030 × g
Maximum Capacity 16 × 15 ml
Timer Range 1min to 99min
Speed Accuracy ±30 rpm
Noise Level ≤65dB (A)
Power Consumption 250 W
Dimensions (L × W × H) 500 × 380 × 300 mm
Weight 19 kg
  • Touch interface

  • Microprocessor control

  • Wide variety of brackets

  • Built in DC brushless motor

  • Stores up to 25 user-defined programs

  • Low Speed Centrifuge EZL-LSC104 is used for gentle separation of particles, blood components, clarifying liquids, isolating proteins, pelleting organelles in pharmaceuticals, research labs, clinical labs, etc. ensuring minimal sample damage.