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PHCbi brand CO2 incubators represent generations of successful product development in response to emerging cell culture protocols used around the world. Their incubators use innovative technology to fulfill a wide range of applications, from the most sophisticated, finely tuned and externally regulated processes in clinical medicine, to the widespread need for cell culture in mammalian investigations in academic, biotechnology, and pharma laboratories. Their incubators use innovative technology to fulfill a wide range of applications, from the most sophisticated, finely tuned and externally regulated processes in clinical medicine, to the widespread need for cell culture in mammalian investigations in academic, biotechnology, and pharma laboratories.

PHCbi brand CO2 incubators represent generations of successful product development in response to emerging cell culture protocols used around the world. Their incubators use innovative technology to fulfill a wide range of applications, from the most sophisticated, finely tuned and externally regulated processes in clinical medicine, to the widespread need for cell culture in mammalian investigations in academic, biotechnology,

PHCbi brand multigas (CO2/O2) incubators represent generations of successful product development in response to emerging cell culture protocols used around the world. Their incubators use innovative technology to fulfill a wide range of applications, from the most sophisticated, finely tuned and externally regulated processes in clinical medicine, to the widespread need for cell culture in mammalian investigations in academic, biotechnology, and pharma laboratories.

PHCbi brand multigas (CO2/O2) incubators represent generations of successful product development in response to emerging cell culture protocols used around the world. Their incubators use innovative technology to fulfill a wide range of applications, from the most sophisticated, finely tuned and externally regulated processes in clinical medicine, to the widespread need for cell culture in mammalian investigations in academic, biotechnology, and pharma laboratories.

PHCbi brand multigas (CO2/O2) incubators represent generations of successful product development in response to emerging cell culture protocols used around the world. Their incubators use innovative technology to fulfill a wide range of applications, from the most sophisticated, finely tuned and externally regulated processes in clinical medicine, to the widespread need for cell culture in mammalian investigations in academic, biotechnology, and pharma laboratories.

PHCbi brand multigas (CO2/O2) incubators represent generations of successful product development in response to emerging cell culture protocols used around the world. Their incubators use innovative technology to fulfill a wide range of applications, from the most sophisticated, finely tuned and externally regulated processes in clinical medicine, to the widespread need for cell culture in mammalian investigations in academic, biotechnology, and pharma laboratories.

PHCbi brand multigas (CO2/O2) incubators represent generations of successful product development in response to emerging cell culture protocols used around the world. Their incubators use innovative technology to fulfill a wide range of applications, from the most sophisticated, finely tuned and externally regulated processes in clinical medicine, to the widespread need for cell culture in mammalian investigations in academic, biotechnology, and pharma laboratories.

Hoshizaki flaked icemakers are designed for dependability. The attractive stainless steel exterior provides long life and easy maintenance. The internal auger design produces the highest quality ice with fewer repairs and less down time. This design also contributes to low power consumption, resulting in an energy efficient unit.

Hoshizaki flaked icemakers are designed for dependability. The attractive stainless steel exterior provides long life and easy maintenance. The internal auger design produces the highest quality ice with fewer repairs and less down time. This design also contributes to low power consumption, resulting in an energy efficient unit.