The ATF4 sensor provides an auto focusing servo system with fast feed back signals needed to accurately focus almost every type of infinity corrected microscopes. It projects a reference laser spot through the microscopes own objective lens. The sensor determines direction and measures the distance towards the best focus position. (read more)

The ATF-6 is the newest member of the WDI family of ATF auto-focus and proximity sensors. It has the same footprint, is "pin to pin" compatible with the ATF-4 and ATF-5 sensors and uses the same MCM controller and NewWegu software for setup and testing. (read more)

The WDI Laser Auto-Focus ATF5 sensor is an active optical device (incorporating a semiconductor laser) designed to provide focusing servo systems with fast feedback signals needed to quickly and accurately focus all types of infinity corrected microscopes. (read more)

Specifically to facilitate cell/module repair, the ATF5CM forces microscope to automatically focus on the surface of the glass where the TFT array is deposited (usually the bottom). This process will not be distracted by reflections from other surfaces within the light path such as the protective film, the polarizer or the glass. (read more)

The ATF6 completes WDI's Auto Focus family and enables us to boast the ability to provide an AF soultion for any and all surface types.

WDI's Laser Auto-Focus ATF6 sensor is an active optical device designed to provide focusing servo systems with fast feedback signals needed to quickly and accurately focus all types of infinity corrected microscopes. (read more)

High output, High Sensitivity Passive speed sensors convert mechanical motion to A/C voltage without an external power source. These self-contained magnetic sensors produce a magnetic field which, when in the proximity of ferrous objects in motion, generate a voltage. When a magnetic sensor is mounted in the proximity of a ferrous metal target.. (read more)

Nikon's new state-of-the-art upright research microscope dedicated to electrophysiological research. (read more)

Cambridge Technology's field-proven Dynamic Focusing Module is the ultimate in flexibility. Whether you require a large scan field, or a dynamically changing focal plane, the modularity of CTI's DFM enables you to choose lens type, positioning relative to the fixed objective, field size and focal distance; all synchronous with XY galvo motion and orchestrated by our EC1000 controller. (read more)

Autonics TZN Series temperature controllers provide programmable Auto Tuning, PID and ON/OFF operations. By PID Auto Tuning, temperature control operation is optimized with fast and stable response. Selectable 6 Alarm operations are available, and 2 Set points are programmable. Universal sensor inputs are acceptable (T/Cs, RTD and Analog). (read more)

Portable opacity meter operated by laptop/PC. Configured with four input sensors. Opacity, oil temperature, and RPM and ambient correction sensors. A partial flow sensor head reads opacity in the line. System comes with a straight, curved, and clamping style sensor head for easy placement on varied stack configurations.

Housed in a Pelican rolling case. (read more)