Eppendorf A-4-38 Rotor Buckets, Set of 4, 100mL Capacity, 4400 RPM Max
Eppendorf
Details
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CategoryCentrifugation
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Dimension3.0in x 10.0in x 4.0in
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SerialDoes Not Apply
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Shipping TypeFedEx Ground
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ManufacturingDoes Not Apply
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Voltage / HertzDoes Not Apply / Does Not Apply
Description
This set of 4 Eppendorf round buckets with a volume capacity of 85/100mL is compatible with rotor A-4-38. Crafted for effective centrifugation applications, these preowned buckets are in very good condition, exhibiting minor cosmetic wear from prior use. Designed for enhanced laboratory procedures, these buckets can spin at a maximum speed of 4400 RPM, supporting up to 3000 x g RCF. Autoclavable for 20 minutes at 121 C, they ensure sterility and safety during high-speed operations. Suitable for laboratories requiring consistent and reliable centrifugation performance, the maximum load capacity per bucket is 190g. These buckets boast compatibility with various centrifugation techniques, making them an essential accessory for life science labs.
Technician comment
Set of 4 Eppendorf round buckets (85/100 mL) compatible with rotor A-4-38. Buckets are preowned and in good overall condition with minor cosmetic wear from prior use.
Key Features
- Compatible with rotor A-4-38
- Volume capacity of 85/100 mL per bucket
- Maximum speed of 4400 RPM
- Autoclavable at 121 C for 20 minutes
- Maximum load per bucket: 190g
- Minor cosmetic wear with full functionality
Specifications
- Set of 4 round buckets
- Preowned, very good condition
- Maximum speed: 4400 RPM
- Maximum Relative Centrifugal Force (RCF): 3000 x g
- Autoclavable at 121 C (250 F) for 20 minutes
- Maximum load capacity per bucket: 190g
Weight
Imperial: 2.4 Pounds
Metric: 1.09 Kilograms
Shipping Dimensions
Imperial: 3.6 lb x 12.0 lb x 4.8 lb
Metric: 9.14 cm x 30.48 cm x 12.19 cm
Harmonized Code
841920
Harmonized Code Details
841920 - Machinery for the extraction or preparation of animal or fixed vegetable fats or oils. It is used in lab setups for processes involving centrifugation and precise separation techniques.
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