BENCHMARK SCIENTIFIC
Frequently asked questions
Common questions about BENCHMARK SCIENTIFIC from 3G Electric.
What is the maximum relative centrifugal force of the Benchmark Scientific C2417-3202 fixed-angle rotor?
The Benchmark Scientific C2417-3202 fixed-angle rotor achieves a maximum relative centrifugal force of 13,602 x g. It is designed for microcentrifuges and accommodates 32 x 1.2 mL tubes. The rotor has an overall diameter of 2 3/4 inches. This rotor is suitable for pelleting cells, precipitating nucleic acids, and other small-volume separations requiring high g-force. It is a direct replacement or additional rotor for compatible Benchmark Scientific microcentrifuges. When selecting this rotor, verify that your centrifuge model supports the rotor's mounting mechanism and maximum speed rating.
What are the speed and capacity specifications of the Benchmark Scientific R3010 lab roller?
The Benchmark Scientific R3010 lab roller operates at speeds from 2 RPM to 80 RPM, with a minimum speed of 2 RPM. It provides a smooth 5° tilting action and accommodates up to 18 x 50 mL tubes. This roller is intended for gentle mixing of biological samples, cell cultures, and blood tubes. The variable speed range allows for adjustment based on sample sensitivity and mixing requirements. The R3010 uses a standard plug style and is designed for benchtop use. It is part of the Benchmark Scientific line of lab rollers, which also includes models with different tube capacities.
Can the Benchmark Scientific C2248 mini-centrifuge accommodate PCR strips?
Yes, the Benchmark Scientific C2248 mini-centrifuge is designed to accommodate 4 x 12-position PCR strips, equivalent to 48 x 0.2 mL tubes. It features a digital display, variable speed control, and programmable operation. The unit operates on 100 to 240V, making it suitable for use in different regions. This mini-centrifuge is used for quick spin-downs of PCR strips and microtubes, helping to collect contents at the bottom of wells before thermal cycling or analysis. The angled rotor design facilitates efficient separation. For specific protocols, refer to the instrument manual for compatible tube types and maximum speeds.
What is the difference between the Benchmark Scientific C2212 and C2248 mini-centrifuges?
The Benchmark Scientific C2212 and C2248 mini-centrifuges differ primarily in capacity and rotor type. The C2212 accommodates 12 x 1.5 or 2 mL tubes or 32 x 0.2 mL tubes, while the C2248 accommodates 48 x 0.2 mL tubes or 4 x 12-position PCR strips. Both models feature a digital display, programmable operation, and operate on 100 to 240V. The C2212 uses an angled rotor for 1.5/2 mL tubes, whereas the C2248 has an angled rotor designed for PCR strips. The choice between them depends on the tube format and throughput required for your application.
Does the Benchmark Scientific BSC1006-B mini-centrifuge have variable speed control?
No, the Benchmark Scientific BSC1006-B mini-centrifuge operates at a fixed speed. It is a benchtop model designed for basic centrifugation of micro tubes and 2 x 8 place PCR strips. It operates on 115V AC and does not include a display or programmable settings. This model is suited for quick spin-downs where a single speed is sufficient. For applications requiring variable speed or programmability, consider other Benchmark Scientific mini-centrifuges such as the C2212 or C2248. The BSC1006-B is a straightforward option for routine microtube centrifugation.
What tube sizes are compatible with the Benchmark Scientific R3005 lab roller?
The Benchmark Scientific R3005 lab roller is designed for 8 x 125 mm tubes. It operates at speeds from 2 RPM to 80 RPM with a smooth 5° tilting action, providing gentle rolling and tilting mixing. This model is suitable for blending samples in tubes up to 125 mm in length. The R3005 is part of the Benchmark Scientific lab roller family, which includes models with different capacities, such as the R3010 for 50 mL tubes. Both models share similar speed ranges and tilting action, but differ in tube compatibility. Verify tube dimensions and material compatibility before use.
