iMicro C - a Versatile Fingertip Microscope for Any Phone

iMicro C -

Tiny, light, easy to use, versatile with long working distance, compatible with any phone camera while affordable to every budget.

Since Antony van Leeuwenhoek invented his microscope in 17th century, there has been great progress in microscope technology. Microscopes with excellent performance usually are bulky, heavy and expensive, even for portable ones. Last year, together with our 4398 backers, we made a huge success on portable microscopy with our first fingertip microscope. Now we glad to introduce a new model of our fingertip #microscope - #iMicro C. It has simpler design, larger view field, lower cost and more importantly a longer working distance so it is versatile for observing different objects. It is so tiny that it adds almost nothing on your #phone but enables you to carry a microscopic tool with you as easily as you carry your phone. In addition, all the items packed in a thin PP case can be easily fit into wallet.

Highlights
Larger working distance ~ 4mm: Versatile for different objects
Larger field of view ~5mm: Good to observe "large" micro-objects
Larger depth of field ~0.5mm: Easy to get clear image
Excellent resolution power: Down to 5 micron
Extremely easy to use: "Plug and Play" and easy to focus with focus ring
Extremely low profile and weight: Size on a finger tip and Only 0.5 gram (~1/60 oz)
Extremely low cost and easy to carry: Credit size PP case

Different from our first fingertip microscope (iMicro Q), iMicro C has been designed with relative low magnification power, so it has a larger field of view of about 5mm so that it is very good to observe some "large" micro-objects, such as small insects and tiny mechanical/electronic parts.

Long working distance and Large DOF
Different from iMicro Q with very high magnification power and very short working distance, iMicro C has a long working distance of about ~4mm. So it can be used to observe objects that iMicro Q can not access to, such as SMT parts on PCB, defects inside of a crystal and something behind glass window. As shown it is snail eggs on the inner surface of a aquarium, shot through glass wall of the aquarium.

It is also easy to obtain clear image, as it has larger DOF (depth of field). Roughly a 0.5mm DOF was obtained on the tilted ruler at 45 degree.

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