Counting Chambers

Developed to solve problems of conventional glass hemocytometers, C-Chip offers precise volume control and is easy to use. It is made of high-grade optical plastic and contains two or four counting chambers with a clear grid pattern.

• No coverslip required • No need to wash for reuse • No more contact to hazardous materials • Accurate and reliable • Made from quartz grade optical plastic

The EVE™ cell counting slides contain two chambers. This allows measurement of two different samples or to perform a reference test of the same sample. Each kit includes 1,5ml Trypan Blue Solution (0,4%) per 50 slides. The kit is fully compatible with Countess® automated cell counters.

Let the Cellometer™ replace your Hemacytometers, which are traditionally used for cell. Counting!

These Disposable Cell Counters are an enclosed chamber with two ports for sample introduction. The chamber contains precisely spaced lines in a grid pattern. There are two counting chambers per slide for replicates The counting grid pattern is the Improved Neubauer, as in a common Hemacytometer. The consistent pattern design allows the standard cell counting procedure to be followed.

Let the Cellometer™ replace your Hemacytometers, which are traditionally used for cell. Counting!

These Disposable Cell Counters are an enclosed chamber with two ports for sample introduction. The chamber contains precisely spaced lines in a grid pattern. There are two counting chambers per slide for replicates The counting grid pattern is the Improved Neubauer, as in a common Hemacytometer. The consistent pattern design allows the standard cell counting procedure to be followed.

Designed by Leica for accurate counting of blood cells platelets, dust/yeast cluster and specimen samples. Sharp contrast from rhodium plated on “V-Load”. Triple dividing lines clearly delineate counting area for accurate and precise results. Molded from a single piece of thermal and shock resistant glass with a polished chamber and cover glass assuring precise capillary loading and even cell distribution. Fluid volume is 0,1 mm3/mm2 and 0,00025mm2 per each square.

Designed by Leica for accurate counting of blood cells platelets, dust/yeast cluster and specimen samples. Sharp contrast from rhodium plated on “V-Load”. Triple dividing lines clearly delineate counting area for accurate and precise results. Molded from a single piece of thermal and shock resistant glass with a polished chamber and cover glass assuring precise capillary loading and even cell distribution. Fluid volume is 0,1 mm3/mm2 and 0,00025mm2 per each square.

Designed by Leica for accurate counting of blood cells platelets, dust/yeast cluster and specimen samples. Sharp contrast from rhodium plated on “V-Load”. Triple dividing lines clearly delineate counting area for accurate and precise results. Molded from a single piece of thermal and shock resistant glass with a polished chamber and cover glass assuring precise capillary loading and even cell distribution. Fluid volume is 0,1 mm3/mm2 and 0,00025mm2 per each square.

Designed by Leica for accurate counting of blood cells platelets, dust/yeast cluster and specimen samples. Sharp contrast from rhodium plated on “V-Load”. Triple dividing lines clearly delineate counting area for accurate and precise results. Molded from a single piece of thermal and shock resistant glass with a polished chamber and cover glass assuring precise capillary loading and even cell distribution. Fluid volume is 0,1 mm3/mm2 and 0,00025mm2 per each square.