Microscope Systems for ICSI

The ECLIPSE Ti2 Inverted Microscope and ECLIPSE Ts2R from NIKON provide an ultra-stable platform for carrying out precision manipulation procedures such as ICSI. The intermediate magnification switching function (1.5X) allows easy switching of observation magnifications between 200X and 300X without changing objectives.

SMZ18/SMZ1270/SMZ800N and ECLIPSE Ci/ECLIPSE E200 upright microscopes provide magnificent Zoom ratio of 18:1 and are compatible with phase contrast observation. The LED light source for diascopic illumination which transmits minimal heat

The NTX is a micromanipulator set designed especially for the Ti2 and Ts2R inverted microscopes that allows effortless setup and easy adjustment of the pipette holder. Micromanipulator systems produced by a collaboration between Nikon and Narishige have earned high praise worldwide since their development.

The MTK-1 features smooth and accurate response from the joystick, improved rigidity of the manipulator and increased stability of the pipette position. It is a new type of micromanipulator for ICSI, with various features including instant change of pipette position and easy adjustment of
pipette angle. It allows anyone to perform easy and secure pipette setting.

The high-speed data readout and superior color reproduction make microscope cameras by NIKON an ideal camera for a variety of observation techniques. Where the Imaging software NIS-Elements L allows intuitive image capturing and provides simple measurement of length, diameter, area and angles

Dry objective lens providing high magnification and long working distance, an important combination for intracytoplasmic morphologically selected sperm injection (IMSI).  This level of morphological scrutiny requires very high magnification and sharp contrast.

Micromanioulation requires a variety of accessories such as the Micromanipulator-dedicated microinjector such as Pneumatic Microinjector and Oil-type Microinjector. Pipette Holder Clamper to keep the pipette holder in the desired position, Micropipette Puller to pull the glass capillary vertically and the Microforge to produce injection and many others.