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Comfort racks insure a more ergonomical operating process with the boxes placed in sliding drawers. Fits 2x3 cryoboxes with a height of 77 mm. Size of the rack HxDxW: 160x424x140 mm.

Comfort racks insure a more ergonomical operating process with the boxes placed in sliding drawer. Rack (HxD) 3x2=6 boxes, 50mm, 167x287x140mm.

The sample storage Comorack-96 can hold 96 (8x12) individual 1.40ml round bottom tubes. The Comorack-96 is made from Polycarbonate and manufactured to the industry leading strict tolerances. The rack is standardly supplied with a pre-labelled barcode on side of the rack.

Manufactured in polypropylene (PP), suitable for centrifugation at15,000 xg.

Hospital and laboratory use, as a container containment and transport of biological fluids from the human body (urine, faeces, sputus,...) and subsequent in Vitro analysis the. High safety airtight closure. The cap guarantees total watertightness both on the outside and inside.

Counting chambers acc. to Sedgewick Rafter are intended for counting of particles and microorganisms in water or other transparent liquids.

A counting chamber is made of special optical glass. It is used to count cells or other particles in suspensions under a microscope. Counting chambers are mainly used for counting blood cells (e.g. leucocytes, erythrocytes, thrombocytes, …) and cells in fluid of the brain and spinal cord. Furthermore, counting chambers are also used to count bacteria, sperm and fungus spores.

A counting chamber is a precision measuring instrument made of special optical glass. It is used to count cells or other particles in suspensions under a microscope. Counting chambers are mainly used for counting blood cells (e.g. leucocytes, erythrocytes, thrombocytes, …) and cells in fluid of the brain and spinal cord. Furthermore, counting chambers are also used to count bacteria, sperm and fungus spores.

Forceps made of nickel-plated steel,  bent shape

Haemacytometer cover glasses are used to cover specimens in counting chambers. The cover glass is placed on the outer supports and due to their flatness adheres very well. Thus it forms an exact capillary gap defining the volume of the cell suspension over the counting grid. 

Thickness No. 0 (0.085-0.115 mm). Made of chemically resistant borosilicate glass D 263® M of the first hydrolytic class. Absolutely colourless, perfectly clear, suitable for fluorescence microscopy. In compliance with DIN ISO 8255. Approved for in-vitro diagnostic (IVD) applications according to IVD directive 98/79/EC, with CE - mark and batch number for comprehensive information and traceability.

Absolutely colourless, perfectly clear, suitable for fluorescence microscopy. In compliance with DIN ISO 8255. Approved for in-vitro diagnostic (IVD) applications according to IVD directive 98/79/EC, with CE - mark and batch number for comprehensive information and traceability.

Thickness No. 1.5 (0.16 - 0.19 mm). Made of chemically resistant borosilicate glass D 263™ M of the first hydrolytic class. Absolutely colourless, perfectly clear, suitable for fluorescence microscopy. In compliance with DIN ISO 8255. Approved for in-vitro diagnostic (IVD) applications according to IVD directive 98/79/EC, with CE - mark and batch number for comprehensive information and traceability.

Blue vial holder made of polycarbonate to safely store and transport cryogenic vials.

nterlocking multi-tube racks Our user friendly cube rack allows you to work with different sized tubes all in the same plane.