LFOV

WDI’s Modular Microscopy System (MMS) Large Field of View QiOptiq mag.x is the first automated high resolution microscope imaging system designed specifically for use with modern large imaging sensors. With an image circle of up to 57mm the system supports both 8K and larger line scan sensors as well a high resolution, large megapixel, array sensors. Laser autofocus, Z-axis actuation and coaxial brightfield illumination coupled with a full SDK create a turn key imaging platform easily integrated into machine vision and inspection environments.

 

Features

• By designing 1X, 1.73X and 2.25X tube lens options which are matched to the objective lenses, exact object space telecentricity is precisely maintained. This prevents inaccurate measurements resulting from objects with height variations or because of a variation in object position even across image sensors as large as 57mm.
• The MMS LFOV is built on a rugged base unit designed to meet the demands of the harshest industrial environments. The unit features an objective actuator with the speed, accuracy and repeatability required for many applications. The MMS LFOV may also be configured with an optional Linear Lens Changer when more than a single objective is required.
• The MMS LFOV includes directly coupled LED coaxial bright field illumination. The high power 18 Amp LED unit provides sufficient light for even the most demanding high speed line scan camera applications. The unit includes a dedicated controller capable of operating in several modes including Pulse Width Modulation (PWM) and External Trigger.

Applications

• Many applications benefit from the versatility, speed and high optical performance of the MMS LFOV. The large field of view, high resolution optics allow more object to be imaged at once reducing the time needed to acquire sub-micron data. Coupled with automation, including a choice of WDI’s autofocus solutions, demanding high speed inspection routines associated with FPD, semiconductor, PCB and many other industries become much easier.