Bulling CS600 Cell Settler for Perfusion Microbial Culture Stainless Steel
Bulling Metal Works
Details
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CategoryCell Counting / Sorting
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Dimension42.0in x 36.0in x 71.0in
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Serialn/a
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Shipping TypeFreight
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ManufacturingDoes Not Apply
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Voltage / HertzDoes Not Apply / Does Not Apply
Description
Introducing the Bulling Metal Works CS600 External Cell Settler, a compact and efficient solution designed for perfusion cultures of microbial cells. Made in the USA, this stainless steel unit features an elegant design with minimal cosmetic wear, reflecting its excellent condition. The CS600 offers a streamlined setup for integrating into larger bioprocessing systems or as a standalone unit, though additional components may be necessary for a complete system. Weighing in at 300 pounds with dimensions of 42x36x71 inches, it easily accommodates tight laboratory spaces while providing reliable performance for microbial cell culture applications. Note: power and data cables, user manuals, and software are not included.
Technician comment
Compact Cell settler looks in excellent conditions. Has visual scratches on front of the unit from normal use. Stainless Steel. Buyer can expect same item as pictures. see photos
Key Features
- Compact design for efficient use of laboratory space
- Stainless steel construction for durability
- Optimized for perfusion culture of microbial cells
- Suitable as part of a larger system or standalone
Specifications
- Weight: 300 lb (136 kg)
- Dimensions: 42in L x 36in W x 71in H
- Material: Stainless Steel Construction
- Application: Microbial Cell Culture
- Condition: Excellent (minimal cosmetic wear)
Weight
Imperial: 360.0 Pounds
Metric: 163.29 Kilograms
Shipping Dimensions
Imperial: 50.4 lb x 43.2 lb x 85.2 lb
Metric: 128.02 cm x 109.73 cm x 216.41 cm
Harmonized Code
841939
Harmonized Code Details
841939 - Machinery for treatment of materials by a process involving a change of temperature such as heating, cooking, roasting, or distilling; justifiable for its role in cell processing which involves temperature control processes.
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