Eppendorf™ Model 5702R Refrigerated Benchtop Centrifuge – 4–36 Place, 4,400 RPM / 3,000 × g Max RCF

The Eppendorf™ Model 5702R (Manufacturer #022628012) is a refrigerated, low-speed benchtop centrifuge ideal for cell culture, clinical, and general laboratory applications. Engineered for low- to mid-throughput workflows, it offers variable speeds from 100 to 4,400 RPM (in 100 RPM steps) and a maximum RCF of 3,000 × g, making it suitable for gentle yet effective sample processing.

Equipped with Rotor A-4-38, the unit can accommodate a variety of tube formats including 4 x 100 mL, 4 x 50 mL conical, or up to 30 x 16 mm blood collection tubes using included adapters. Its refrigeration system maintains sample integrity with a temperature control range from -9°C to 42°C, ensuring consistent results even during extended runs.

The 5702R features rotary knob controls with an intuitive LCD display, allowing for precise setting of speed, temperature, and run time (0–99 minutes or continuous). Designed for quiet operation (<46 dB(A)) and low vibration, it enhances comfort in shared lab environments.

Compact and efficient, this centrifuge combines Eppendorf’s renowned reliability with energy-saving performance, making it an excellent choice for laboratories processing temperature-sensitive biological samples.

✅ Key Features

• ✔️ Variable speed range: 100–4,400 RPM in 100 RPM steps
• ✔️ Max RCF: 3,000 × g
• ✔️ Accommodates up to 36 tubes (varied configurations)
• ✔️ Temperature control range: -9°C to 42°C
• ✔️ Refrigerated for sample protection
• ✔️ Rotor A-4-38 included with adapters for 13/16 mm blood tubes
• ✔️ Quiet operation: <46 dB(A) with A-4-38 rotor
• ✔️ LCD display with dual rotary knobs for easy control
• ✔️ Timer range: 0–99 minutes or continuous run
• ✔️ Low-profile, space-saving benchtop design
• ✔️ Energy-efficient with 380W max power consumption
• ✔️ Ideal for low-to-mid throughput labs
• ✔️ 120V, 50/60 Hz (US plug)

📊 Technical Specifications

⚠️ Safety Notice

Ensure tubes are balanced before centrifugation and the rotor is securely attached. Allow the chamber to reach desired temperature before loading temperature-sensitive samples. Do not open the lid until the rotor has come to a full stop.