Sartorius Centrisart G-16C Refrigerated All Purpose Centrifuge

The Sartorius Centrisart G-16C Refrigerated All Purpose Centrifuge was specifically developed for high-capacity, cell culture applications. This centrifuge also has the option of high speed of 15,300 rpm which allows it to be used for molecular biology applications.
The low profile and damping system lets the centrifuge fit on every laboratory bench top and ensures operation to be quite, simple and comfortable. The Sartorius Centrisart G-16C Refrigerated All Purpose Centrifuge comes with different rotor options to accommodate almost all vessel types, which can be used for low to high throughput.
Manufacturer:
Sartorius
Types:
Centrifuges
Industries:
Laboratory & R&D, Medical & Pharmaceutical
Applications:
Cannabis Cultivation and Processing, Liquid Handling and Analysis
Specifications | ||
Display | Concise display, backlit keys | |
Weight | 78 kg | |
Control panel | Easy, 1-button intuitive operation | |
Line voltage | 110 - 120 V 60 Hz [US] | |
Maximum capacity | 4 x 400 ml | |
Temperature range | -10 +40 | |
Cooling | False | |
Dimensions (WxDxH) | 630 — 600 — 355 mm | |
Power consumption | 1,010 W | |
Minimum effective speed | 100 RPM | |
Maximum Speed | 15,300 RPM | |
Max. gravitational field | 21,460 — g | |
Height with open lid | 785 mm | |
Programs | 50 | |
Lid | Inspection window for independent speed measurement, easy-to-open lid port | |
Noise level at max. speed (approx.) | < 57 dB | |
Deceleration curves | 10 | |
Acceleration curves | 10 | |
Rotor Type | " Rotor detection for fixed angle rotors | swinging rotors" |
- High capacity
- Multifunctional – for universal use in the lab
- Refrigerated, intense cooling
- Suitable for all laboratory applications
- Volume: 4 × 400 ml
- Capacity: 1,600 ml
- Temperature increments: Adjustable in increments of 1° C
- Coolant: CFC-free (R134a)
- Motor: Maintenance-free, brushless drive motor
- Lid-lock release: Electromechanical locked lid, automatic lid-lock release
- Rotor Chamber: Stainless Steel
- Imbalance safety mechanism: Automated imbalance control
- Rotor Safety: Automatic detection, cycle counting of the rotors