Hettich Incubators HettCube 200

Hettich Incubators HettCube 200

The Hettich HettCube 200 is a compact, energy-efficient incubator designed for laboratories requiring precise temperature control in a small footprint. With a validated usable volume of 82 liters, it offers reliable performance for a variety of scientific, medical, and industrial applications. Its advanced control system, user-friendly interface, and robust stainless-steel interior make it a dependable choice for long-term sample storage and incubation.

Features

1. Clear display showing settings, upcoming programs, target/actual values, temperature deviations, and events.

2. Integrated real-time calendar and logbook for recording door openings, alarms, events, and operating hours.

3. Adjustable settings including flexible door alarm and asymmetric tolerance band for tailored operation.

4. Three programmable power failure scenarios to protect stored materials.

5. Multiple program modes such as delayed start by time or temperature, and standstill segment.

6. Easy program and temperature setting transfer to other HettCubes without additional software.

Applications

1. Microbiology and cell culture incubation.

2. Storage of temperature-sensitive reagents and biological samples.

3. Pharmaceutical stability testing in controlled environments.

4. Food quality and safety testing.

5. Clinical and diagnostic sample storage.

6. Research requiring compact, low-noise, and reliable temperature-controlled equipment.

Specifications

1. Temperature range: 1 K above ambient to +65 °C.

2. Exterior dimensions (W × D × H): 710 × 825 × 970 mm.

3. Interior dimensions (W × D × H): 535 × 690 × 420 mm.

4. Internal volume: 150 liters; validated usable volume: 82 liters (54%).

5. Standard trays: 2 (1 standard + 1 HTS).

6. Noise level: ≤ 41 dB(A).

Conclusion

The Hettich HettCube 200 is an excellent solution for laboratories that need precise, consistent incubation in a compact form. Its combination of advanced programming, low energy consumption, and quiet operation makes it ideal for space-conscious facilities without compromising performance or reliability.