Counting chambers according to Fuchs-Rosenthal
For analysis of cell suspensions.With double rulingIn compliance with DIN ISO 12 847Tolerance of depth of chamber max. 2 %Counting grids are engraved into two ground and polished surfaces in the chamber bottom, located between two elevated also ground and polished stages.Individually packed
Counting chambers C-Chip, two chambers
Disposable counting chamber made of optical plastic. Dimensions: 25 x 75 mm, thickness 1,6 mm. Various applications such as blood cell counting, cell concentration measurement, sperm counting, investigation of cell viability and bacteria and fungal spore counting.No need for coverslipsReduces the risk of infectious materialsQuartz grade optical plasticGuaranteed repeatability and reliabilityIndividually wrappedTwo chambers per chip.
Counting chambers C-Chip, four chambers
Disposable counting chamber made of optical plastic. Dimensions: 25 x 75 mm, thickness 1,6 mm. Various applications such as blood cell counting, cell concentration measurement, sperm counting, investigation of cell viability and bacteria and fungal spore counting.No need for coverslipsReduces the risk of infectious materialsQuartz grade optical plasticGuaranteed repeatability and reliabilityIndividually wrappedFour chambers per chip.
Counting chamber, Fuchs-Rosenthal
With double ruling. Without snap-on clips. Calibratable.Cell depth 0.2mm. Grid has 16 x large 1 mm² squares. Each square is divided into 16 smaller squares each with a side length of 0.25mm and an area of 0.0625mm². These counting chambers are commonly used to count cells in cerebrospinal fluid.
Counting chambers, Bürker
Double net ruling, includes 2 haemocytometer glass covers, with LOT number on the packaging, labelled with: usable until, CE pursuant to IVD 98/79 EC. The ruling shows 9 large squares of 1 mm² each. These are used for counting leucocytes. Each large square is subdivided by double lines into 16 group squares with 0.2 mm sides. The group squares correspond in size to the Neubauer counting chamber, but have no further subdivisions. They are used for counting thrombocytes and erythrocytes. The double lines form mini squares with an area of 0.0025 mm2.
Counting chambers according to Bürker
For analysis of cell suspensions.With double rulingIn compliance with DIN ISO 12 847Tolerance of depth of chamber max. 2 %Counting grids are engraved into two ground and polished surfaces in the chamber bottom, located between two elevated also ground and polished stages.With 2 haemacytometer cover glasses 20 x 26 x 0.4 mmIndividually packed
Counting chambers according to Bürker-Türk
For analysis of cell suspensions.With double rulingIn compliance with DIN ISO 12 847Tolerance of depth of chamber max. 2 %Counting grids are engraved into two ground and polished surfaces in the chamber bottom, located between two elevated also ground and polished stages.With 2 haemacytometer cover glasses 20 x 26 x 0.4 mmIndividually packed
Counting chambers, Thoma ruling
Double net ruling, includes 2 haemocytometer glass covers, with LOT number on the packaging, labelled with: usable until, CE pursuant to IVD 98/79 EC. Grid is the same as the grid in the centre of large square in the Neubauer chamber. The area of the small square is 0.0025 mm². Since the large outer squares are not included, the Thoma system is only used to count thrombocytes and erythrocytes.
Counting chambers according to McMaster with 2 counting areas
For veterinary medicine (e.g. helminth eggs counting).Suitable for solid mediaCover glass with 2 counting areas approx. 10 x 10 mm (divided into 10 parts), glued on 3 supportsDistance between bottom plate and cover glass approx. 1.5 mmDimensions 75 x 32 mm
Hand tally counter
Use for counting blood cells, bacterial colonies, drops of liquid, or any repetitive event. Tallies up to 9999. Features a quick-reset knob, lens window for easy reading, and finger ring for a secure grip. Sturdy, chrome-finished, metal housing.Dimensions: 46mm diameter x 41mm W.
Counting chamber according to Neubauer
For analysis of cell suspensions.With double rulingIn compliance with DIN ISO 12 847Tolerance of depth of chamber max. 2 %Counting grids are engraved into two ground and polished surfaces in the chamber bottom, located between two elevated also ground and polished stages.With 2 haemacytometer cover glasses 20 x 26 x 0.4 mmIndividually packed
Counting chamber according to Improved Neubauer
For analysis of cell suspensions.With double rulingIn compliance with DIN ISO 12 847Tolerance of depth of chamber max. 2 %Counting grids are engraved into two ground and polished surfaces in the chamber bottom, located between two elevated also ground and polished stages.With 2 haemacytometer cover glasses 20 x 26 x 0.4 mm
Counting chambers, Thoma ruling, bright line
Bright lined, double net ruling, includes 2 haemocytometer glass covers, with LOT number on the packaging, labelled with: usable until, CE pursuant to IVD 98/79 EC. Grid is the same as the grid in the centre of large square in the Neubauer chamber. The area of the small square is 0.0025 mm². Since the large outer squares are not included, the Thoma system is only used to count thrombocytes and erythrocytes.
Counting Chambers according to Bürker
For counting thrombocytes or erythrocytes. For export outside EU only, chamber depth 0.1 mm.Ruling:9 large squares, surface area 1 mm² each = 9 mm²Each large square is divided into 16 groups of squares 0.2 x 0.2 mmAdditionally there are small squares of a surface area of 0.0025 mm² each
Counting chambers, new Thoma ruling, bright line
Bright lined, double net ruling, includes 2 haemocytometer glass covers, with LOT number on the packaging, labelled with: usable until, CE pursuant to IVD 98/79 EC.
Counting chamber according to Thoma
For analysis of cell suspensions.With double rulingIn compliance with DIN ISO 12 847Tolerance of depth of chamber max. 2 %Counting grids are engraved into two ground and polished surfaces in the chamber bottom, located between two elevated also ground and polished stages.With 2 haemacytometer cover glasses 20 x 26 x 0.4 mmIndividually packed
Counting chambers, Neubauer
Double net ruling, includes 2 haemocytometer glass covers, with LOT number on the packaging, labelled with: usable until, CE pursuant to IVD 98/79 EC.
Counting Chambers according to McMaster
For veterinary medicine (e.g. helminth eggs counting) with 2 counting areas, cover glass with 2 counting grids glued on 3 supports. Counting area: 10 x 10 x 0.5 mm. Dimensions (W x D): 76 x 32 mm.
Counting chambers, Fuchs-Rosenthal ruling, bright line
Bright lined, double net ruling, includes 2 haemocytometer glass covers, with LOT number on the packaging, labelled with: usable until, CE pursuant to IVD 98/79 EC. Grid has 16 x large 1 mm² squares. Each square is divided into 16 smaller squares each with a side length of 0.25 mm and an area of 0.0625 mm². These counting chambers are commonly used to count cells in cerebrospinal fluid.
Counting chambers, Improved Neubauer
Double net ruling, includes 2 haemocytometer glass covers, with LOT number on the packaging, labelled with: usable until, CE pursuant to IVD 98/79 EC.
Counting chambers according to Sedgewick Rafter
For counting of particles and microorganisms in water or other transparent liquids.The cell of 1 cm³ is ruled in a 1 mm grid subdividing 1 ml in 1000 µlGlass Counting chamber with chromium deposited for phase contrast use with ground and chamfered edges
Counting chambers, Nageotte ruling
Double net ruling, includes 2 haemocytometer glass covers, with LOT number on the packaging, labelled with: usable until, CE pursuant to IVD 98/79 EC. For cell counting with very low cell values, e.g. liquor cerebrospinalis, counting residual leucocytes in erythrocyte and thrombocyte PLT concentrates or in plasma. Also suitable for counting of nematodes. The bands are counted by meandering succession.
Counting chamber according to Improved Neubauer (Petroff)
Counting chamber with special depths (Petroff), Tolerance ±1 µm. For analysis of cell suspensions.With double rulingIn compliance with DIN ISO 12 847With 2 haemacytometer cover glasses 20 x 26 x 0.4 mmCounting grids are engraved into two ground and polished surfaces in the chamber bottom, located between two elevated also ground and polished stages.Individually packed
Counting chambers, Improved Neubauer, bright line
Bright lined, double net ruling, includes 2 haemocytometer glass covers, with LOT number on the packaging, labelled with: usable until, CE pursuant to IVD 98/79 EC. By altering the contrast it is possible to reverse the image under the microscope to make the rulings appear brighter or darker as required.
Counting chambers, new Thoma ruling
Double net ruling, includes 2 haemocytometer glass covers, with LOT number on the packaging, labelled with: usable until, CE pursuant to IVD 98/79 EC.
Counting chambers according to Howard
For analysis of fruit juices.With 2 counting lines with a line width of 1.5 to 2 µm at a distance of 1402 µmRing diameter approx. 18 mm inside, 22 mm outsidePlease order cover glasses separately.
Counting chambers, Nageotte ruling, bright line
Bright lined, double net ruling, includes 2 haemocytometer glass covers, with LOT number on the packaging, labelled with: usable until, CE pursuant to IVD 98/79 EC. For cell counting with very low cell values, e.g. liquor cerebrospinalis, counting residual leucocytes in erythrocyte and thrombocyte PLT concentrates or in plasma. Also suitable for counting of nematodes. The bands are countd by meandering succession.
Counting chamber, Improved Neubauer
With double ruling. Calibratable.Cell depth 0.1mm. Counting grid with 9 large squares each 1 mm². The 4 large squares in the corners for counting leucocytes are each subdivided into 16 squares with a side length of 0.25mm. The large square in the middle is subdivided into 25 squares each with a side length of 0.2mm. Each of these is further subdivided into 16 smaller squares each with a side length of 0.05 mm and an area of 0.0025mm². The 5 group squares marked with an 'E' are used to count thrombocytes and erythrocytes. All group squares have triple boundary lines on each side.
Counting chamber, Improved Neubauer, bright line
Bright line. With double ruling. Calibratable. Same counting grid as the Improved Neubauer cell, but with rhodium coated chamber base. Rulings are engraved into the Rhodium layer and appear bright under normal microscope settings. By altering the contrast it is possible to reverse the image under the microscope to make the rulings appear brighter or darker as required.
Counting Chamber, Thoma
BLAUBRAND®. Double ruling. Without snap-on clips. Cell depth 0.1mm. Rulings correspond to the central large square of the Neubauer chamber. The area of the small square is 0.0025 mm². Since the large outer squares are not included, the Thoma system is only used to count thrombocytes and erythrocytes. For research and development only.
Counting chamber, Improved Neubauer
With double ruling. Calibratable. Cell depth 0.1 mm. Same ruling as Improved Neubauer, but the large square in the centre is divided into 16 squares each with a side length of 0.25 mm. Unlike the more modern Improved Neubauer counting chambers, the counting area of each group square is limited by the outermost of the triple border lines.
Counting Chamber, Bürker
BLAUBRAND®. Double ruling. With or without snap-on clips. Cell depth 0.1mm. The ruling shows 9 large squares of 1 mm2 each. These are used for counting leucocytes. Each large square is subdivided by double lines (0.05 mm apart) into 16 group squares with 0.2 mm sides. The group squares correspond in size to the Neubauer counting chamber, but have no further subdivisions. They are used for counting thrombocytes and erythrocytes. The double lines form mini squares with an area of 0.0025 mm2.
Counting Chamber, Malassez
BLAUBRAND®. Double ruling. Without snap-on clips. Cell depth 0.2 mm. The ruling is rectangular, covering an area of 5 mm2. The large rectangles measure 0.25 x 0.20 = 0.05 mm2. They are each subdivided into 20 mini squares with an area of 0.0025 mm2. This chamber is commonly used for counting cells in the cerebrospinal fluid, or for counting nematodes.
Counting Chamber, Bürker-Türk
BLAUBRAND®. Double ruling. With or without snap-on clips. Cell depth 0.1mm. Combination of the Bürker and Thoma systems. The chamber depth is 0.1 mm. The ruling shows 9 large squares of 1 mm2 each. The large squares are subdivided into 16 group squares with 0.2 mm sides. In the central large square, each group square is subdivided into 16 mini squares with 0.05 mm sides (= 0.0025 mm2). For research and development only.