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Stackable Incubator Shaker SIS174

The SIS174 Stackable Incubator Shaker is a laboratory incubation and shaking system designed to provide controlled temperature conditions with consistent orbital agitation. Its stackable configuration helps maximize laboratory space while allowing multiple units to operate independently. The system is suitable for microbial cultivation, cell culture, fermentation studies, biochemical research, pharmaceutical development, and other applications requiring precise incubation and shaking.

SKU: SIS174 Category: Brand:

Technical Specifications:

Parameter Specification
Product Type Stackable Incubator Shaker
Model SIS174
Incubation Type Shaking Incubation
Shaking Motion Orbital Shaking
Installation Type Stackable
Temperature Control Microprocessor Controlled
Shaking Speed Adjustable
Air Circulation Forced Convection
Timer Function Available
Sample Handling Flask-Based Cultivation
Operation Continuous / Timed
Application Incubation, Cultivation, Mixing and Fermentation

 

Features

  • Stackable design for efficient utilization of laboratory space
  • Combines controlled incubation and orbital shaking functions
  • Adjustable shaking speed for different experimental requirements
  • Precise temperature control for reliable sample incubation
  • Forced air circulation for uniform chamber temperature
  • Stable orbital shaking for consistent sample agitation
  • Suitable for microbial and cell culture applications
  • Timer function for controlled laboratory operation
  • Designed to accommodate different laboratory flask capacities
  • Convenient monitoring of temperature and shaking parameters
  • Suitable for continuous and long-duration operation
  • Designed for research and routine laboratory applications

Benefits

  • Space-Efficient Installation: The stackable configuration helps maximize available laboratory space while increasing sample processing capacity.
  • Combined Incubation and Shaking: Integrates controlled temperature and orbital agitation within a single laboratory system.
  • Uniform Sample Mixing: Consistent orbital shaking supports effective mixing and aeration of liquid cultures.
  • Stable Temperature Conditions: Forced air circulation helps maintain uniform temperature distribution throughout the chamber.
  • Improved Laboratory Productivity: Multiple stackable units can support increased sample throughput and independent experimental workflows.
  • Flexible Experimental Control: Adjustable temperature, shaking speed, and timing functions support different research requirements.
  • Consistent Experimental Results: Controlled incubation and shaking conditions help improve process repeatability.
  • Versatile Applications: Suitable for pharmaceutical, biotechnology, microbiology, fermentation, cell culture, biochemical research, educational, and quality control laboratories.
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