Shaker Incubator EZL-SI82 Catalog

Description

EziLab supplies the Shaker Incubator EZL-SI82 for microbiology and pharmaceutical laboratories that need capacity between the compact bench-top units and the large 280L and 582L models in this catalog. At 170L capacity with 40-300rpm shaking and a 4 to 60°C range, this laboratory shaker incubator fills the gap between the largest bench-top model at 69L and the substantial 280L standard shaker incubator, suited to labs whose culture volume has outgrown bench-top capacity but doesn't yet require the largest available shaker incubator footprint. That 170L capacity accommodates a meaningful number of parallel flasks or larger vessel formats without the floor space and cost of the 280L or 582L units, giving microbiology and pharmaceutical labs a genuine mid-tier option in this catalog's shaker incubator progression. The 4 to 60°C range extends below ambient into refrigerated territory, matching the sub-ambient capability found on the largest units in this line rather than the standard RT+5 floor on the compact bench-top models. Labs scaling up from bench-top culture volumes but not yet needing production-scale capacity get an appropriately sized instrument here. See the Laboratory Shaker Incubator and Shaker Incubator ranges for mid-tier culture growth needs across USA microbiology and pharmaceutical laboratory settings.

Specifications

Chamber Volume 170 L
Type Single door
Shaking Speed 40 to 300rpm
Shaking Accuracy ± 1rpm
Orbit Φ 26mm
Temperature Range 4 to 60˚C
Temperature Uniformity ± 1˚C
Temperature Accuracy ±0.1˚C
Flask Change 250 mL × 36 (18 each layer)
Tray Size 500 × 350 mm
Timing Range 1 to 9999min
Power Rating 550 W
Chamber Size (W×D×H) 660 × 440 × 650 mm
Exterior Size((W×D×H) 700 × 560 × 1260 mm

Features

  • ✓ Integrated incubator shaker
  • ✓ Temperature alarm protection
  • ✓ Auto-recovery system
  • ✓ Leakage protection system
  • ✓ Durable stainless steel

Applications

  • ✓ Shaker Incubator EZL-SI82 is ideal for culturing cells and microorganisms under precise temperature and shaking conditions. It is used for precise cell culture, microbial growth, and laboratory experiments requiring controlled temperature, shaking, and sterilization.