Lab Armor Beads Product Information - PDF

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Information about Lab Armor Beads Product Information - PDF

Published on May 4, 2011

Author: labarmor


Lab Armor® Beads Lab Armor Beads are dry, thermal metal alloy beads designed to replace water in existing water baths, aluminum blocks in dry baths, and ice in ice buckets. Beads can also be used in containers placed in ovens and TAR GET CUST O ME RS incubators to replace sample racks for Tissue culture labs better control of sample temperature. Beads cut off a major contamination Life sciences labs source and eliminate routine Pharmaceutical labs maintenance associated with laboratory bath equipment. Chemistry labs Diagnostic labsBio-product manufacturing labs Features & Benefits • Far less conducive to microbial contamination than a water or ice-filled bath.BUN DLIN G OPP OR TU NI TIES • No one enjoys water bath cleaning duty. A bead-filled bath requires minimal Water baths cleaning and doesn’t need to be regularly monitored, emptied or refilled. Dry baths • The recyclable beads eliminate the routine use of harmful germicides and make a water bath over 50% more energy efficient. Ice buckets • A bead-filled bath naturally holds common lab vessels in place without Foam trays accessories such as racks, floats and bottleneck weights. Stainless steel trays • A bead-filled bath is always on, ready for the next experiment, so lab Incubators professionals don’t have to plan around warm-up times. There is also no burn- Ovens out risk because there is no water to evaporate. Refrigerators • Sample vessels are not limited to water-tight containers anymore. So lab professionals can safely incubate Petri dishes, multi-well plates, and open-top tubes at any angle – there no water to wick under the lids. M AN UF ACT U R ER • Sample vessels can be conveniently buried into the beads to avoid temperature PR O D UCT N U M B ER gradients and condensation associated with exposure to room temperature air. 0.75L 42370-750 • Flexible working temperature range from -80ºC to 180ºC. 2L 42370-002 4L 42370-004 Competing Products 8L 42370-008 • Status Quo – water • Sand/Glass/Ceramic - poor thermal conductivity. Insulation properties produce hot spots and cold spots in bath. Sand is messy and sticks to vessels that form condensation. • Iron Shot – expensive, more difficult to insert vessels, very difficult to clean, coarse material with potentially sharp edges that pose risks. • Aluminum Dry Block – not flexible, each block is limited to specific vessel sizes. Multiple blocks are required for most labs.

supp Reasons to Sell Lab professionals want a better experience from their equipment, especially from their water baths. Cell biologist, molecular biologists, microbiologists, and many other life science research professionals are confronted with recurrent problems in the laboratory that seem unmanageable and unsolvable. Lab Armor discovered a key area of seemingly unsolvable problems involving maintenance and contamination of constant temperature laboratory equipment, and solved it. Water TECH NIC AL S UPP ORT and ice carry unknown biological and chemical contaminants that put a lab at risk 800.210.8612 and create a complex, unpredictable work environment. By replacing water and ice in laboratories, Lab Armor products prevent misinformation and distorted data 503.640.3000 resulting from floating reagent vessels, inaccurate temperatures, evaporated water baths, and contaminated samples. Lab Armor products also save the lab professional time and money. WEBSIT E Discover the Need Do you have a water bath in your lab? How clean does it stay? How often do you have to clean it? Have you ever had to rescue your floating tubes or bottles in the water? Once customers are introduced to Lab Armor™ Beads, customers are delighted to find that the beads can be used just about anywhere, to incubate virtually anything, whenever a constant temperature source is needed. They may begin their bead- journey by filling up one of their lab’s small baths. Then as word spreads and their demands become more sophisticated, they purchase more and more beads: beads for remaining water baths, ice buckets, beads for trays used at the bench, beads for use under the hood, beads for transferring samples from lab to lab. Potential Customer Q&A Q: Can Lab Armor Beads fill any constant temperature water bath? A: Just about. Beads are fully compatible with nearly all non-circulating, non-shallow, standard depth (4 to 8" deep) water baths. A few rare exceptions do exist - older baths and baths designed for high precision water use only. Q: What if I spill something into the beads. How do I clean them? A: Lab Armor Beads may be washed with dish detergent and water, then sprayed with 70% ethanol if necessary. Dry Beads before returning to bath. Q: Do temperature gradients exist in a water bath or in a bead bath? A: Yes, all water baths have hot spots and temperature gradients. The extent of the gradient depends on the design of the water bath. In some baths, for instance, the heating element is small or is not centrally located. In others, the heating element expands the entire surface of the bath providing a more uniform heating capacity. The temperature gradient in a standard water bath set to 37ºC is usually +/-1 to 3ºC, and at 55 to 65ºC it is closer to +/-3 to 8ºC. For more precision applications, the Lab Armor brand Bead Bath performs at +/- 1ºC at 37ºC.

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