EziLab supplies the Laboratory Shaker EZL-LS101 for pharmaceutical and biological research laboratories that need higher load capacity and faster top speed than the standard orbital shaker in this catalog. Covering 100-500rpm with a specified 7.5kg load capacity, this high load lab orbital shaker reaches well above the standard unit's 300rpm ceiling while also stating a defined weight limit neither the standard shaker nor the large-orbit tilting model specify. That 7.5kg load rating matters for labs running heavier sample loads — multiple large flasks, dense sample racks, or bulkier vessel arrangements that a lighter-duty shaker's unstated capacity might not safely support at higher speeds, giving buyers concrete guidance on how much weight the platform reliably handles during vigorous agitation. The extended 500rpm top speed suits applications needing more vigorous mixing than the standard 300rpm ceiling provides, relevant for faster dissolution, more aggressive buffer mixing, or shorter-duration high-energy agitation tasks. Pharmaceutical and biological research labs running heavier sample loads at higher speeds than the standard orbital shaker comfortably handles get both defined capacity and extended speed range here. See the High Load Lab Orbital Shaker and Laboratory Shaker ranges for heavy-load high-speed mixing needs across USA pharmaceutical and biological research laboratory settings.
| Speed | 100 to 500 rpm |
|---|---|
| Diameter or Angle of Inclination | 10 mm |
| Maximum Load | 7.5 kg |
| Motor | Brushless DC motor |
| Time Range | 1 min – 19 h 59 min |
| Power Consumption | 20 W |
| Dimension (L x W x H) | 49 × 44.5 × 31 cm |
| Net Weight | 8.0 Kg |
| Gross Weight | 9.0 Kg |
Integrated dual LCD screens
Multiple fixture options
Adjustable speed range
Maximum load capacity
Programmable time range
Laboratory Shaker EZL-LS101 is ideal for mixing biological samples, pharmaceuticals, and environmental tests, ensuring thorough and consistent results. Its adjustable speed and smooth running design make it ideal for laboratory, and industrial, enhancing efficiency and accuracy.