High Magnification machine Micro Lens
SOD-10X


The high magnification MML is new introduction to the industry that uses machine vision to realize high magnification and high resolution of the microscopic region.
Enlarged observation with 15 power or 20 power is possible when using high capability rear converter.
The MML provides a solution for machine vision users who wish to install a microscopic vision system in their machine.


  1. Even Better Images

    High Resolution The World of 0.23 NA
    Achievement of high resolution that is beyond comparison with conventional machine vision lenses.


  1. Wide Focus Range
    Long- depth design 17µm Telecentric Optical System

High resolution equivalent to an objective lens and even longer depth have been pursued and a telecentric optical system has been implemented in order to widen the range of focus wfen looking with a CCD camera


  1. Ease of Use Long WD of 55 mm

    Improved ease of use through longer WD (working distance) while maintaining high resolution.

    Sufficient space for tools and picking has been established, allowing the performance of operations which were thought to be impossible with conventional models. Operating position and work status can be confirmed by eye, resulting in a reduction of operating misses.
    Establishment of operating space
    Confirmation of operation status and position is possible by eye

    A variety of emission lighting is possible, such as coaxial incident lighting and ring illumination. The increase is illumination options helps make it easier to see work which, until now, had been difficult to see.
    Oblique illumination is possible
    Recognition is possible at a location separated from the heat source. Alignment and inspection are also possible during thermo compression bonding.
    Separation from heat source
    Observation can be performed without effects from water, oil, or foreign objects generated during processing.
    Environment in which substance such as water and oil are scattered


  1. Compact
    Compact design makes it possible to downsize peripheral parts and machinery.