OverviewThe document provides detailed specifications and features of various models of
incubator shakers, including benchtop, floor models, and large capacity units. These devices are designed to optimize laboratory space while providing reliable shaking and incubation for samples.
Benchtop Shaking Incubator - Model SI4The SI4 model is compact and durable, featuring a small footprint and a transparent hood for visibility. It includes a robust hydraulic piston for easy hood opening and a 0.75” stroke length. The model supports various accessories and configurations to suit different applications.
Specifications- Chamber Capacity: 113 liters/4.0 cu.ft
- Temperature Range: 8°C + Ambient to 60°C
- Temperature Uniformity: +/-0.5°C at 37°C
- Shaking Capacity: 8.2 kg / 18 lbs
- Shaking Speed: 30-400 rpm
- Alarm Functions: Temperature, Speed, Time, OTP Setpoint
SI6 and SI6R ModelsThese models are versatile and robust, featuring a hermetically sealed double-paned glass window and a motorized compressor for refrigeration. They are stackable to save lab space and include adjustable orbit settings for different shaking intensities.
Floor Model Shaking Incubator - SI9The SI9 model offers a large capacity with features such as hydraulic pistons for easy door lifting, a universal shaker platform, and a counter-balanced weighting system for load flexibility. It supports a wide range of flask clamps and test tube racks.
Specifications- Chamber Capacity: 269 Liters / 9.5 cu.ft
- Temperature Range: 8°C + ambient to 60°C
- Oscillation Rate: 30 - 400 RPM
- Load Capacity: 20 kg (45 lbs.)
- Safety Features: Alarms for temperature and speed deviations
AccessoriesThe document lists various flask clamps and test tube racks compatible with the incubator models, providing flexibility for different laboratory needs.
ConclusionSHEL LAB's incubator shakers are designed for efficiency and reliability, offering a range of models to suit different laboratory requirements. Their stackable design and adjustable features make them a versatile choice for maximizing lab space and functionality.