Orbital Shaker OS-1400, 220V/50Hz
The OS-1400 Benchtop Orbital Shaker is designed with microprocessor PID control enabling reproducible results every time. Iris OS-1000 Orbital Shakers are fully adaptable to almost any laboratory applications for any type and size of vessel. The user-friendly touch screen control panel is easy to read with a bright clear digital display.
Orbital Shaker OS-1900, 110V/60Hz
The OS-1900 Benchtop Orbital Shaker is designed with microprocessor PID control enabling reproducible results every time. Iris OS-1000 Orbital Shakers are fully adaptable to almost any laboratory applications for any type and size of vessel. The user-friendly touch screen control panel is easy to read with a bright clear digital display.
Orbital Shakers OS-3050R, 220V/50Hz
Iris orbital shakers feature a rectangular platform that moves in a circular motion to aerate samples. Additional features for all of these units include intuitive controls with a digital display, a robust construction in a compact, space-saving design and smooth running conditions with variable speeds.
Double Platform Orbital Shaker OS-1400D, 110V/60Hz
The Double Platform Orbital Shaker OS-1400D is designed with microprocessor PID control enabling reproducible results every time. The Iris OS-1400D Double Platform Orbital Shakers are fully adaptable to almost any laboratory applications for any type and size of vessel. The user-friendly touch screen control panel is easy to read with a bright clear digital display.
Double Platform Orbital Shaker OS-1400D, 220V/50Hz
The Double Platform Orbital Shaker OS-1400D is designed with microprocessor PID control enabling reproducible results every time. The Iris OS-1400D Double Platform Orbital Shakers are fully adaptable to almost any laboratory applications for any type and size of vessel. The user-friendly touch screen control panel is easy to read with a bright clear digital display.
Double Platform Orbital Shaker OS-1600D, 110V/60Hz
The Double Platform Orbital Shaker OS-1600D is designed with microprocessor PID control enabling reproducible results every time. The Iris OS-1400D Double Platform Orbital Shakers are fully adaptable to almost any laboratory applications for any type and size of vessel. The user-friendly touch screen control panel is easy to read with a bright clear digital display.
Double Platform Orbital Shaker OS-1900D, 110V/60Hz
The Double Platform Orbital Shaker OS-1900D is designed with microprocessor PID control enabling reproducible results every time. The Iris OS-1900D Double Platform Orbital Shakers are fully adaptable to almost any laboratory applications for any type and size of vessel. The user-friendly touch screen control panel is easy to read with a bright clear digital display.
Orbital Shakers OS-3150, 110V/60Hz
Iris orbital shakers feature a rectangular platform that moves in a circular motion to aerate samples. Additional features for all of these units include intuitive controls with a digital display, a robust construction in a compact, space-saving design and smooth running conditions with variable speeds.
Orbital Shakers OS-3200, 110V/60Hz
Iris orbital shakers feature a rectangular platform that moves in a circular motion to aerate samples. Additional features for all of these units include intuitive controls with a digital display, a robust construction in a compact, space-saving design and smooth running conditions with variable speeds.
Orbital Shakers OS-3050, 110V/60Hz
Iris orbital shakers feature a rectangular platform that moves in a circular motion to aerate samples. Additional features for all of these units include intuitive controls with a digital display, a robust construction in a compact, space-saving design and smooth running conditions with variable speeds.
Orbital Shakers OS-3050R, 110V/60Hz
Iris orbital shakers feature a rectangular platform that moves in a circular motion to aerate samples. Additional features for all of these units include intuitive controls with a digital display, a robust construction in a compact, space-saving design and smooth running conditions with variable speeds.
Orbital Shaker OS-1400, 220V/50Hz
The OS-1400 Benchtop Orbital Shaker is designed with microprocessor PID control enabling reproducible results every time. Iris OS-1000 Orbital Shakers are fully adaptable to almost any laboratory applications for any type and size of vessel. The user-friendly touch screen control panel is easy to read with a bright clear digital display.
Orbital Shaker OS-1900, 110V/60Hz
The OS-1900 Benchtop Orbital Shaker is designed with microprocessor PID control enabling reproducible results every time. Iris OS-1000 Orbital Shakers are fully adaptable to almost any laboratory applications for any type and size of vessel. The user-friendly touch screen control panel is easy to read with a bright clear digital display.
Orbital Shakers OS-3050R, 220V/50Hz
Iris orbital shakers feature a rectangular platform that moves in a circular motion to aerate samples. Additional features for all of these units include intuitive controls with a digital display, a robust construction in a compact, space-saving design and smooth running conditions with variable speeds.
Double Platform Orbital Shaker OS-1400D, 110V/60Hz
The Double Platform Orbital Shaker OS-1400D is designed with microprocessor PID control enabling reproducible results every time. The Iris OS-1400D Double Platform Orbital Shakers are fully adaptable to almost any laboratory applications for any type and size of vessel. The user-friendly touch screen control panel is easy to read with a bright clear digital display.
Double Platform Orbital Shaker OS-1400D, 220V/50Hz
The Double Platform Orbital Shaker OS-1400D is designed with microprocessor PID control enabling reproducible results every time. The Iris OS-1400D Double Platform Orbital Shakers are fully adaptable to almost any laboratory applications for any type and size of vessel. The user-friendly touch screen control panel is easy to read with a bright clear digital display.
Double Platform Orbital Shaker OS-1600D, 110V/60Hz
The Double Platform Orbital Shaker OS-1600D is designed with microprocessor PID control enabling reproducible results every time. The Iris OS-1400D Double Platform Orbital Shakers are fully adaptable to almost any laboratory applications for any type and size of vessel. The user-friendly touch screen control panel is easy to read with a bright clear digital display.
Double Platform Orbital Shaker OS-1900D, 110V/60Hz
The Double Platform Orbital Shaker OS-1900D is designed with microprocessor PID control enabling reproducible results every time. The Iris OS-1900D Double Platform Orbital Shakers are fully adaptable to almost any laboratory applications for any type and size of vessel. The user-friendly touch screen control panel is easy to read with a bright clear digital display.
Orbital Shakers OS-3150, 110V/60Hz
Iris orbital shakers feature a rectangular platform that moves in a circular motion to aerate samples. Additional features for all of these units include intuitive controls with a digital display, a robust construction in a compact, space-saving design and smooth running conditions with variable speeds.
Orbital Shakers OS-3200, 110V/60Hz
Iris orbital shakers feature a rectangular platform that moves in a circular motion to aerate samples. Additional features for all of these units include intuitive controls with a digital display, a robust construction in a compact, space-saving design and smooth running conditions with variable speeds.
Orbital Shakers OS-3050, 110V/60Hz
Iris orbital shakers feature a rectangular platform that moves in a circular motion to aerate samples. Additional features for all of these units include intuitive controls with a digital display, a robust construction in a compact, space-saving design and smooth running conditions with variable speeds.
Orbital Shakers OS-3050R, 110V/60Hz
Iris orbital shakers feature a rectangular platform that moves in a circular motion to aerate samples. Additional features for all of these units include intuitive controls with a digital display, a robust construction in a compact, space-saving design and smooth running conditions with variable speeds.