Well-targeted patient care depends on accurate detection of pathogens – and high-quality culture media preparation is at the foundation of reliable test results. This means, among other things, assuring the homogeneity of the media, control and management of the cycle, temperature control, and traceability. MASTERCLAVE has been the culture media preparator of choice for culture media manufacturers for more than 35 years. For labs and healthcare providers that want that same excellence for their in-house culture media preparation, MASTERCLAVE ushers in the next generation with two new additions to the line for even greater flexibility and productivity.
ECO mode: Saves on electricity and water consumption
* MASTERCLAVE 20 only
MASTERCLAVE’s new design also includes numerous unique innovations for even better flexibility, ease-of-use and safety:
It’s no coincidence that MASTERCLAVE has been the gold standard of culture media manufacturers for more than 35 years. Your lab will gain the same peace of mind thanks to numerous features for the highest quality in terms of homogeneity, traceability and reproducibility between the different preparations made from the same lot.
The entire media preparation process is standardized and under control from start to finish:
Power Supply | MASTERCLAVE®10 230V ± 10%, 16A 50 Hz 200-210V ± 10% three phase w/o neutral 16A per phase, 60 Hz | MASTERCLAVE®20 230/400V ± 10% three phase + neutral, 16A per phase, 50 Hz 200-210V ± 10% three phase w/o neutral 16A per phase, 60 Hz | MASTERCLAVE®5-28 400V ± 10% three phase + neutral, 16A (or 230V ± 10% 10A three phase w/o neutral, 20A), 8 KW | MASTERCLAVE®60 #AESAP1067 (US) 400V ± 10% three phase + neutral + ground, 32A, 18 KW (or 230V ± 10% three phase + ground, 32A |
Sound level | < 70 dB | < 70 dB | N.A | N.A |
Dim.(W x H x DP) | 550 x 440 x 650mm | 590 x 700 x 650mm | 760 x 1100 x 580 mm | 1030 x 1250 x 700 mm |
Weight, instrument only | 85 kg | 90 kg | 91 kg | 170 kg |
Temperature accuracy | ± 0.5 °C in stabilized phase | ± 0.5 °C in stabilized phase | ± 0.5 °C in stabilized phase | ± 0.5 °C in stabilized phase |