PROFESSIONAL LABORATORY MICROSCOPE
NEXCOPE NE900 offers excellent optical performance and ease of use, making it ideal for scientific research. It is an excellent laboratory microscope for life sciences, histology, microbiology and comes with an attractive price tag
NEXCOPE NE900 Series adopts NIS infinity correction optical system, which has been R&D for a long time, This optical system has optical qualities such as long working distance and excellent chromatic aberration correction ability.
Planachromatic infinity lenses provide a flat field of view. Together with the swing-out condenser (NA 0.9/0.25), the lenses offer high contrast and high resolution across the entire visible spectrum. The turret can carry six lenses and is equipped with five lenses as standard (4x, 10x, 20x, 40x, 100x oil). These have an M25 thread and a parfocal length of 60 mm. The 40x lens has a spring-loaded protection mechanism.
The XY table is moved by a combination of gear rack drive and wire rope slide device. This enables precise positioning for high magnifications. The height of the XY control stick can be adjusted to ensure ergonomic use. In addition to coarse focusing, fine focusing helps create a very sharp image of the subject. One full rotation of fine focus moves the table up/down by 0.2mm. Fine focus can be adjusted with a finger on the right side. The XY stage and focusing can be operated simultaneously with one hand. The height adjustment of the table helps protect samples and optimize workflows. The large (152x190 mm) sample tray with impact-resistant Gorilla Glass™ is suitable for all laboratory tasks. It is also resistant to liquids and easy to clean
The hardness of coarse focusing can be adjusted according to the user. The slim focus knobs hold in place magnetically and can be mounted on the left or right side as desired.The eyepiece's wide 25mm field of view allows you to view a very wide area. -5 to +5 diopter adjustments can be made for each eyepiece. The interpupillary distance can be adjusted between 47 mm and 78 mm.
The powerful 3 W LED has adjustable brightness and provides optimum illumination with excellent color reproduction. The color temperature remains constant when the light is dimmed. The light is equipped with an Eco sensor that turns the light off when not in use. The swing-out capacitor with iris diaphragm can be adjusted and Köhler adjusted with the light source also equipped with an iris diaphragm. You can adjust the aperture at any time according to the selected lens. The auxiliary lens can be pulled out to quickly change the aperture from 0.9 to 0.25, for example to examine the sample. This ensures efficient and repeatable results. Frosted and neutral density filters can be moved into the beam path with the press of a button, providing optimum.
ECO POWER SAVING
The microscope automatically turns off the light source 30 minutes after the user leaves the microscope. It saves energy and preserves the lifespan of light sources.
TRAINING HEADS
Training heads can be used for up to 10 users.
ERGONOMIC HEAD
The angle of the head can be adjusted from 0 to 35 degrees.
PRACTICAL SAMPLE HOLDER
Control the slide with one hand.
SCRATCH-PROOF SAPPHIRE GLASS TABLE
The optional sapphire glass table is very special and retains its original shape even under intense use and is not scratched. You can also choose the Gorilla Glass scene.
ERGONOMIC STEGE CONTROL
X-Y Control rod can be lowered up to 18mm.
PHASE CONTRAST
You can obtain high-contrast images with neutral background colors regardless of the magnification range. NEXCOPE NE 900 allows tissues to be observed without staining in this observation method.
POLARIZATION
It is very suitable for examining birefringent samples. Collagen, starch protein, crystal, liquid crystal or plastic glass.
DARK FIELD
It provides oblique illumination by preventing light from falling perpendicularly to the sample to be examined.
DIFFERENTIAL INTERFERENCE CONTRAST (DIC)
It allows three-dimensional views of large organisms such as nuclei and mitochondria by increasing contrast, and is used for micromanipulation in biotechnology such as gene injection, nuclear transfer and transformation.
