Microscopic slides, extrawhite, 76 x 26 mm, double frosted end, ground edges 90°, ISO 8037/I, CE acc. IVD 98/79 EC.
Staining jar made from thick-walled soda glass. For holding microscope slides. Delivery together with a glass lid.
Counting chambers, double net ruling, bright-lined, including 2 cover glasses for haemacytometer, CE acc. IVD 98/79 EC.
Counting chambers, double net ruling, with clamps, including 2 cover glasses for haemacytometer, CE acc. IVD 98/79 EC.
Counting chambers, double net ruling, with clamps, bright-lined, including 2 cover glasses for haemacytometer, CE acc. IVD 98/79 EC.
Counting chambers, double net ruling, including 2 cover glasses for haemacytometer, CE acc. IVD 98/79 EC.
Cover glass for microscopy, DIN 58 884, CE acc. IVD 98/79 EC.
Microscopic slides, extrawhite, 76 x 26 mm, cut edges, CE acc. IVD 98/79 EC.
Microscopic slides, extrawhite, 76 x 26 mm, double frosted end, cut edges, CE acc. IVD 98/79 EC.
Microscopic slides, extrawhite, 76 x 26 mm, ground edges 90°, ISO 8037/I, CE acc. IVD 98/79 EC.
Staining trough, Hellendahl pattern. For 16 microscope slides 76 x 26 mm, soda-lime-glass.
DURAN® Staining Tray. For 10 microscope slided (76 x 26 mm) or any width up to 52 mm, 88 x 40 x 71 mm.
Staining jar, Coplin type. For 10 microscope slides 76 x 26 mm, soda-lime-glass.
Microscope slides. Ground edges 45°, frosted.
Microscope slides. Cut edges.
Colored microscope slides. PRINT, ground edges 90°, rounded corners.
Colored microscope slides. Ground edges 90°.
Staining dish, Schiefferdecker type. For 10 microscope slides 76 x 26 mm, soda-lime-glass.
DURAN® Preparation box. With ground glass plate. The precise grinding of the glass plate and the lower part of the vessel enables a tight closure.
Stainless steel handle for staining tray.
Staining trough, Hellendahl pattern. For 10 microscope slides 76 x 26 mm, soda-lime-glass.
Coated microscope slides. Adhesive ++, with coating, ground edges 90°.
Glass trough. For bench, 108 x 90 x 70 mm, soda-lime-glass.
Cover slips. Thickness 1,5, Automat.
Staining troughs, Coplin, with lid, round, soda-lime glass. For 10 slides, size in mm: 76 x 26.
Staining troughs, Hellendahl, with lid, Soda-lime glass. For 16 slides, size in mm: 76 x 26.
Cover glasses, square shape, pure white Clear borosilicate glass, hydrolytic class 1, with excellent chemical resistance. Thickness No. 1 (0.13 to 0.17 mm). Refractive index ne = 1.52 ± 0.01, Abbe number ve = 56.5 ± 0.5. Full automatic production guarantees "ready-for-use" quality - clean, dust and grease free, distortion-free, flatness within ± 3 µm.
Microscope Slides. According to ISO 803-1. Half white, hydrolytic class 3. Dimensions approx. 76 x 26 x 1 mm. With cut or ground edges.
The bottletop aspirator is designed for safe and fast aspiration of common laboratory liquids, e.g. biological solutions, nutrient media, polar solvents, aqueous soutions. Safe removal of supernatants (up to max. 25 ml per plunger stroke) Works without a vacuum pump Vacuum control using using cell-culture™ unit Works as single channel or 8-channel unit (optional) Suitable for use with disposable pipette tips, micropipettes and glass pasteur pipettes Adapter and suction tube for the cell-culture™ unit are autoclavable (dispensing cartridge and pump unit are not autoclavable) Scope of supply: 1 QuikSip™ BT aspirator, spare dispensing cartridge, 2 PP adapters (GL 45/32 and GL 45/S40) Please order cell-culture™-unit separately.
Slide box, rectangular, 76 mm x 26 mm PS. For slides, size (in mm) 76 x 26. Numbered slots in base. Lid with index card.
Haemacytometer cover glasses, borosilicate glass • For counting chambers • DIN ISO 8255 • Plain ground and polished surface • Packing: 2 cover glasses in a plastic bag, separated by tissue paper • Thickness: 0.4 mm
Actuator QuikSip™ BT-Aspirator
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.
Manufactured according to DIN 12 847, including 2 haemacytometer cover glasses. The ruling shows 9 large squares of 1 mm² each. The four large squares in the corners marked "L" for counting leucocytes are each subdivided into 16 squares with 0.25 mm sides. The large square in the center is subdivided into 16 squares with 0.25 mm sides. Each group square consists of 16 mini squares with 0.05 mm sides, each having an area of 0.0025 mm². The 5 group squares in the large central square are used for counting thrombocytes and erythrocytes. Contrary to the more advanced Improved Neubauer counting chambers, the counting area of each group square is limited by the outer one of the triple boundary lines.
Handle, Stainless steel for tray for staining through # 4720 00
Insert for staining troughs, soda-lime glass For 10 slides.
Staining troughs, Hellendahl, soda-lime glass, extended, with lid. For 16 slides, size in mm: 76 x 26.
Tray, PP, for staining through, PMP, for 20 slides
Staining troughs, Schiefferdecker, PMP For 20 slides, size in mm: 76 x 26 (10 pairs back-to-back).
Counting chambers, Bürker pattern, BLAUBRAND® Manufactured according to DIN 12 847, including 2 haemacytometer cover glasses. 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 from mini squares with an area of 0.0025 mm².
Counting chambers, Fuchs-Rosenthal pattern, BLAUBRAND® The ruling differs from the customary systems for blood cell counts by its large area of 16 mm2. The ruling shows 16 large squares of 1 mm2. Each large square is subdivided into 16 mini squares with 0.25 mm sides and an area of 0.0625 mm2. This chamber is frequently used for counting cells in the cerebro-spinal fluid.
Transport box for microscope slides, PP, round. Sturdy design. Screw lid with dealing wire lug. Ideal for storing or shipping 5 thick or 10 thin slides. Slides protrude 10 mm above the box, to facilitate removal.
Manufactured according to DIN 12 847, including 2 haemacytometer cover glasses. 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 cerebro-spinal fluid, or for counting nematodes.
Manufactured according to DIN 12 847, including 2 haemacytometer cover glasses. Rulings correspond to the central large square of the Neubauer chamber. The mini squares have an area of 0.0025 mm² each. Since the outer large squares are not completed, the Thoma chamber is only used for counting thrombocytes and erythrocytes.
Cavity slide w.concav. thick. 1,2-1,5 mm 76x26 mm ground edges
Spotting tile, soda-lime glass. 12 polished cavities 20 - 22 mm Ø, depth 2 mm, capacity approx. 0.2 ml. Ground rectangular edges.
Staining troughs, Schiefferdecker, soda-lime glass. For 10 slides, size in mm: 76 x 26.
Manufactured according to DIN 12 847, including 2 haemacytometer cover glasses. Combination of the Bürker and Thoma systems.<br />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).
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