Z Drift Compensation

The IX3-ZDC uses minimally phototoxic, infrared (IR) light to detect the correct focus position (set by the user). The system features ”continuous” and “one-shot” modes. The one-shot mode allows several focus positions to be set, therefore enabling efficient Z-stack acquisition in multi-position experiments. The continuous mode is best suited for fast time-lapse image capture. This mode compensates for focus drift caused by temperature changes or the addition of reagents, making it ideal for more sensitive applications such as TIRF. The IX3-ZDC continually monitors the distance between the objective lens and the sample surface to maintain an accurate focus, even during the fastest time-lapse experiments.

Designed for Ease-of-use

The IX83 microscope frame is designed with a specialized deck that allows the IX3-ZDC to be slipped easily into the infinite light path. The IX3-ZDC is mounted and connected directly to the microscope frame, enabling easy and immediate communication with the touch panel controller (TPC) and cellSens software. Though the IX3-ZDC can be operated through the TPC alone, cellSens software can simplify control and allow for advanced operations such as time-lapse imaging.
cellSens is not for clinical diagnostic use

Dedicated to Live Cell Imaging

The real-time, Z-drift compensation system combined with the Olympus ultrasonic stage is perfectly suited for capturing high-precision, multipoint time-lapse images that are never out of focus or misaligned. Additionally, the system employs near-infrared light to minimize cell damage during prolonged experimentation.