EziLab supplies the Low Speed Centrifuge EZL-LSC105 for clinical and research laboratories that need the smallest rotor tube format in this catalog's low speed centrifuge line. Running at 5300rpm and 5010 RCF with a 4x250mL rotor, this lab centrifuge covers a tube volume well below the 500mL, 600mL, and 750mL formats found on the other low speed units in this line, suited to protocols using smaller 250mL sample containers rather than the larger volumes those other centrifuges are built around. That 4x250mL capacity fits clinical and research applications where sample volumes genuinely stay in the smaller range — certain blood processing steps, smaller-batch cell culture work, or protocols that don't generate the larger sample volumes the 500mL-and-above rotors accommodate. The 5300rpm speed and 5010 RCF force sit close to the 5500rpm unit's output, giving comparable separation capability at this smaller rotor format for labs whose container size, rather than required force, is the deciding factor between low speed centrifuge options in this catalog. Clinical and research labs standardized on 250mL sample containers get a rotor matched specifically to that smaller volume rather than adapting a larger-format centrifuge to smaller samples. See the Lab Centrifuge and Low Speed Centrifuge ranges for 250mL tube-format separation needs across USA clinical and research laboratory settings.



Quantity:
$2120
Maximum Speed 5300 rpm
Maximum RCF 5010 × g
Maximum Capacity 4 × 250 ml
Timer Range 1s to 99min59s or 1 min to 99h59min
Speed Accuracy ±20 rpm
Noise Level ≤65dB (A)
Power Consumption 400 W
Dimensions (L × W × H) 560 × 436 × 380 mm
Weight 42 kg
  • Automatic door interlocking

  • Supports 5 steps centrifugation

  • Multiple self-diagnostic protection

  • Prevents second emulsion or turbidity

  • Automated rotor identification system

  • Low Speed Centrifuge EZL-LSC105 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.