Camera adapter C-mount for stereo microscopes SMZ-160 series
Adapters for attaching a microscope camera to trinocular stereo microscopes.
Canada balsam bottle
Goldschmidt pattern. Clear glass. For microscopy examinations.Ground joint maximises useful life of contents.
Cardboard Slide Trays
Features thumb cut for easy slide removal. Cardboard slide trays hold standard slides. The horizontal compartments are recessed to protect the specimens when the cover is closed.
Cavity tiles, porcelain
Rectangular, white, glazed, with cavities as outlined below.
Circular cover slips
Made of D263 M borosilicate glass. Accurate cutting free of flaws and blisters. Diameters as indicated. Further sizes and thicknesses are available on request.
Cold Light Source KL 1600 LED Packages
The KL 1600 LED is an innovative fiber optic light source which uses cold light to illuminate all types of objects in industrial and life science applications.Powerful illumination system with a brightness of 680 lmErgonomically placed dimming controlRipple free illumination for digital imaging applicationsColour temperature of 5,600 K does not change when the light source is dimmedMaintenance free due to long lifetime LEDs of 50,000 hoursScope of supply:LED Cold light source KL 1600 LED incl. 2-armed gooseneck light guide, 2 focus lenses, according power cordSpecificationsColour temperature:5600 KLight flux:680 lmDimensions KL 1600 LED (W x D x H): Dimensions light guide (Ø x L):114 x 231 x 137 mm 4.5 x 600 mmWeight:3.9 kgPower supply:100 ... 240 V, 50/60 Hz
Cold Light Sources
For sample illumination in microscopy, clinical diagnostics, dental technology, photography or mineralogy. Cold light sources filter out heat-producing, infra-red radiation and offer significantly higher intensities at magnifications over 30x magnification. Compact, easy to use and maintenance-free. KL 300 LED without fan otherwise with a low-noise fan with air vented at the rear of the casing. Power supply: 100-240 V, 50/60 HzKL 300 LED - compactCost-effective LED light source with easy handling and continuous dimming. Convection cooling for silent and vibration-free operation. Max. light intensity: 80 lm. Incl. wide-range power supply with international plug system. Adapter or stand-alone stand sold separately. KL 1600 LED - economy Standard LED light source with continuous dimming, filter slider and multi-chip white light engine for a homogeneous illumination. Max. lighting intensity: 680 lm. Incl. wide-range power supply without cable.KL 2500 LED - advanced Professional LED light source, additionally, with extra-fine dimming option (0.1% steps), LCD display for reproducible settings and USB-connectivity. Max. light intensity: 1100 lm. Incl. wide-range power supply and USB connection cable, without power cable. Footswitch optional.KL 1500 HAL - natural colour150 W halogen light source with continuous dimming and full halogen spectrum (colour rendering index CRI=100) for natural colour reproduction. Colour temperature indication on integrated LCD display. Maximum lighting intensity: 600 lm. Incl. wide-range power supply without cable.Please order Fibre optic ring light or gooseneck light guide separately. Please order a country-specific power cable for KL 1600 LED, KL 2500 LED and KL 1500 HAL separately.
Controllers VisiLED
The control units can be dimmed continuously and have overheating protection for the connected LED light heads.Controller MC 1100: With adjustable parameters, such as light intensity, 5 different segmentation modes and changes in the direction of illumination.Controller MC 1500: All functions are available simultaneously for two light heads. Additionally with stroboscopic and flash function and 4 memory settings.Please order power adapter and country specific power cable separately.
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 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 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 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 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, 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.
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 Chamber, Fuchs-Rosenthal
BLAUBRAND®. Double ruling. With or without snap-on clips. Cell depth 0.2 mm. 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 cerebrospinal fluid. For research and development only.
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
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, 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, 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. 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, 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, 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.