| In every laboratory around the world, there is a dire | | | | to moisture contamination. Moisture detectors are |
| need for refrigeration. Nearly every reagent needed | | | | necessary for these laboratory refrigerators, which |
| in chemistry analysis requires refrigeration, and some | | | | can be digital or paper 7-day circular printout. |
| must be kept at a precise temperature to remain | | | | Glass-front laboratory refrigerators are very useful |
| stable. Laboratory refrigerators are needed for this | | | | for storing microbiological materials such as media |
| purpose, as a regular household refrigerator may not | | | | plates, so procurement is easier, and of inventory of |
| have the stable temperatures needed by the | | | | supplies can be done without opening the doors. |
| products used by the laboratory. | | | | These glass doors are double to triple glazed and |
| Most laboratory products needing refrigeration are | | | | have a vacuum sandwiched for excellent insulation. |
| very sensitive to certain low or high temperatures. | | | | These units are usually fan circulated for even cooling |
| Some of these materials can only be safely stored at | | | | and moisture control. Media laboratory refrigerators |
| a very close and precise range of temperatures, so | | | | can have excellent climate control to maintain the |
| keeping them safely stored around the clock is vital | | | | quality of the microbiological media. |
| for the cost-effectiveness of the laboratory. Having | | | | Laboratory refrigerators come in many sizes and |
| a precision refrigerator is necessary for this to occur. | | | | shapes for different laboratory needs. Bench-top |
| Simple household refrigerators are being used for | | | | styles are great for storing reagents right next to |
| simple cold storage, usually, as in the case of a | | | | the analyzer that uses them, reducing trips to |
| medical laboratory, post-tested patients' blood | | | | resupply the instrument. Upright refrigeration units can |
| products, urine, and cerebral-spinal fluid, and for the | | | | be used for storing many reagents and freeze-dried |
| storage of microbiological procured specimens. The | | | | products, and can come with powder-coated |
| refrigeration range of these common laboratory | | | | stainless-steel racks for easy cleanup from spills. |
| refrigerators is normally from 1C -8C, depending on | | | | Racks can also be designed for the rotation of |
| the laboratory's protocol. These refrigeration units are | | | | supplies, which is good for cost-effective inventory |
| reliable as also storing very stable reagents, as all | | | | monitoring. |
| they need is to be under room temperature. | | | | Digital monitoring with an alarm system is a standard |
| A precision laboratory refrigerator is needed for the | | | | with today's laboratory refrigerators. |
| storage and preservation of many laboratory | | | | Computer-controlled cooling and interface can be |
| products. These cooling units must have a | | | | achieved for the laboratory information management |
| circular-paper temperature monitoring system so any | | | | system, so there will be no need for hand checking |
| deviation can be taken into account if a material fails | | | | the temperatures daily. A mobile alarm signal can also |
| in its performance. A digital monitoring device, such as | | | | be programmed in the high-end refrigeration units, so |
| a microchip with an alarm system, is also a great way | | | | the laboratory supervisor on the go can be notified |
| to assure quality of service. | | | | of an erroneous reading. Laboratory refrigerators |
| Laboratory refrigeration units can come with | | | | have entered the computer age, and can be |
| anti-frost fans to keep moisture down inside the | | | | specifically designed for whatever your need is in the |
| cooling chamber. This also allows for a drier climate | | | | laboratory. |
| for dried reagents, or materials that are susceptible | | | | |