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Microscopic counting chambers with two cover slides
Microscopic counting chambers with two cover slides
Microscopic counting chambers with two cover slides
Microscopic counting chambers with two cover slides
Microscopic counting chambers with two cover slides
Microscopic counting chambers with two cover slides
Microscopic counting chambers with two cover slides
Microscopic counting chambers with two cover slides
Microscopic counting chambers with two cover slides
Microscopic counting chambers with two cover slides
Microscopic counting chambers with two cover slides
Microscopic counting chambers with two cover slides

Microscopic counting chambers with two cover slides

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Microscopic counting chambers with two cover slides in several types:

- Bürker, Neubauer, Thoma, Fuchs-Rosenthal, Nageotte,

- normal (white background with dark lines) or inverse (dark background with bright lines),

- with or without clamp

picture
code
Type
Name
Depth
net price
amount
in stock
310.0640231
inverse
Bürker chamber with clamp
0,1 mm
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pc

on a dark background with bright lines

on a dark background with bright lines

310.0640210
normal
Bürker chamber
0,1 mm
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pc

without clamp

without clamp

310.0640230
inverse
Bürker chamber
0,1 mm
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pc

on a dark background with bright lines, without clamp

on a dark background with bright lines, without clamp

310.0640211
normal
Bürker chamber with clamp
0,1 mm
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pc

Depth of chamber: 0,1 mm

Depth of chamber: 0,1 mm

310.0640111
normal
Neubauer chamber
0,1 mm
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pc

"With 2 cover plates. The coated area of ??the net is a total of 3 x 3 mm and consists of 9 large squares, each with a side of 1 mm. The central large square is further divided into groups of 4 x 4 squares measuring 0.2 X 0.2 mm. Triple lines separate groups of squares at a distance of 0.025 mm. Each square group contains 16 small squares with a side length of 0.05 mm."

"With 2 cover plates. The coated area of ??the net is a total of 3 x 3 mm and consists of 9 large squares, each with a side of 1 mm. The central large square is further divided into groups of 4 x 4 squares measuring 0.2 X 0.2 mm. Triple lines separate groups of squares at a distance of 0.025 mm. Each square group contains 16 small squares with a side length of 0.05 mm."

310.0640011
normal
developed Neubauer chamber
0,1 mm
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pc

-

-

310.0640711
normal
Thoma chamber
0,1 mm
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pc

The depth of the Thoma chamber is 0.1 mm. Dark lines. The depth of the standard is 0.1 mm. The mesh is 1 x 1 mm?. These groups of squares are further divided into 16 small squares, each with an area of ??0.05 mm x 0.05 mm = 0.0025 mm?.

The depth of the Thoma chamber is 0.1 mm. Dark lines. The depth of the standard is 0.1 mm. The mesh is 1 x 1 mm?. These groups of squares are further divided into 16 small squares, each with an area of ??0.05 mm x 0.05 mm = 0.0025 mm?.

310.0640411
normal
Fuchs-Rosenthal chamber
0,2 mm
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pc

"depth: 0.2 mm. The total area of ??the grid: 16 mm2 It has 16 1 mm2 cells, each of which is divided into 16 small cells. The size of the small cells: 0.25x0.25 mm. Large cells are separated by triple lines. The dividing lines are 0.01 mm apart. The central lines (right drawing) are 1 mm apart Thanks to the large counter grid and the depth of 0.2 mm, the maximum volume that can be measured is 3.2 ?l."

"depth: 0.2 mm. The total area of ??the grid: 16 mm2 It has 16 1 mm2 cells, each of which is divided into 16 small cells. The size of the small cells: 0.25x0.25 mm. Large cells are separated by triple lines. The dividing lines are 0.01 mm apart. The central lines (right drawing) are 1 mm apart Thanks to the large counter grid and the depth of 0.2 mm, the maximum volume that can be measured is 3.2 ?l."

310.0610431
inverse
Fuchs-Rosenthal chamber
0,2 mm
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pc

Depth of the chamber: 0,2 mm

Depth of the chamber: 0,2 mm

310.0640510
normal
Nageotte chamber
0,5 mm
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pc

The square area of 100 mm2 is divided into 40 rectangles each with an area of 0.25 x 10 = 2.5 mm2. This counting chamber is mainly used for counting cells in cerebro-spinal fluid or for counting nematodes.

The square area of 100 mm2 is divided into 40 rectangles each with an area of 0.25 x 10 = 2.5 mm2. This counting chamber is mainly used for counting cells in cerebro-spinal fluid or for counting nematodes.

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