GILFORD INSTRUMENT LABORATORIES INC

reduce costs in yoi industrial quality ... which rivals square cuvettes for precision and freedom from ... ¡lili·. INSSUMEf. CIRCLE 95 ON READER SER...
0 downloads 0 Views 535KB Size
PrifyouwanttoX reduce costs in yoi%

(

industrial quality control Λ ^ water pollution monitoring I \ methods development J A

laboratory, read this a d \ îerelS a better spectrophotometric stem for your lab. More accurate, more oductive, yet simpler to use, simpler to epare for. Chances are, you won't have dilute your solutions, since your Lotometer will measure absorbance rectly (and linearly) to 2.000A. And that 3ans concentration to 6000 units (not 00 like some of our competition). And u'll get such readings without you or ur instrument having to convert from T, without calibration curves, mograms, calculation errors. After tial setup using a blank and the mdards for that particular assay, you'll t as many as 400 measurements per ur. And that's flexible productivity, as sy to come by as the unexpected yet tical single sample determination, ink of the time you can save in your ality control, pollution monitoring, or 3n methods development laboratory, ne is money!

All this capability and more is the province of the Stasar II Total Performance System. Its high-quality absorbance spectrophotometer incorporates a rapid sampling cuvette which rivals square cuvettes for precision and freedom from carryover, but minimizes handling and optimizes productivity. And it's complemented by the Model 531 Sample Programmer with its capacity for 100 samples at a time (and you can use your current test tubes) and by the Model 4009 Data Lister, which prints rack and test numbers for individual identification as well as your absorbance or concentration measurements. For better quality control at reduced cost, look into the Stasar II Total Performance System. Call or write GILFORD INSTRUMENT LABORATORIES INC. 132 Artino Street, Oberlin, Ohio 44074; (216) 774-1041. CIRCLE 95 O N READER SERVICE CARD

®

gilford INSTRUME