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Thursday 9 June 2016

https://goo.gl/bgDfvn BLIPS: The Paper Thin Photo Microscopy Lens For All Devices

BLIPS: The Paper Thin Photo Microscopy Lens For All Devices

BLIPS: The Paper Thin Photo Microscopy Lens For All Devices project video thumbnail

A unique set of mini-objectives for smartphones and tablets that allows you to explore the micro-world.

Blips has become, in just a few days, the most funded microscopy Ultra Portable lens in Kickstarter history!

 A gateway to the microscopic world for everyone! BLIPS can be easily used for technical investigations or just for fun!


 EXTREMELY THIN & LIGHT: the world's thinnest set of microscope lenses for smartphones and tablets 

VERY AFFORDABLE: for all budgets 

ULTRA PORTABLE: can easily fit in your pocket or wallet  

BLIPS is so slim that you can connect it to your device and keep it in your pocket without having to worry about losing it.

HIGH RESOLUTION: Distinguish details <4 microns 

lice shot with BLIPS Micro
lice shot with BLIPS Micro

human eye shot with BLIPS Macro
human eye shot with BLIPS Macro

Honey bee shot with BLIPS Macro
Honey bee shot with BLIPS Macro

REPOSITIONABLE AND REUSABLE: It sticks again and again! 

No unwieldy spring clips pressing on your touch screen

HIGHLY ADJUSTABLE: to fit any devices  

You can cut the film using scissors, shaping BLIPS as you prefer. The two sticky bands are meant to enhance adherence onto non-polished surfaces; the lens will always stick on the glass when the surface is clean.

EASY TO CLEAN: dust free, non-sticky top surfaces 

(Do not touch the adhesive bands often. Grease and dust affect their adhesive strength.) 

SUPER COMPATIBLE: BLIPS works on all models of smartphones and tablets


A special edition for a special result! Two more pledges are now online to celebrate BLIPS big success. These rewards are limited, signed and the packaging is made especially for this Kickstarter campaign.


From neuroscience labs to your pocket! 

BLIPS has been developed within the neuroscience labs of the Istituto Italiano di Tecnologia (IIT) exploiting the materials and the methods used for the manufacturing of micro devices for the investigation of neuronal networks. Although it was born in a research lab, it has been designed for mass production from the very beginning. 

It allows you to take high definition macro pictures with optical magnification of about 10 times. It is extremely thin, about 1/50 inch (0.5mm), and very user friendly. It represents the first step from “standard” photography towards portable microscopy. Its working distance, i.e. the distance between the lens and the focal plane, is of about 1/2 inch (12mm).  
Hence, it can be used like a high power magnification lens for precision works or for several other applications where an enhanced electronic eye is desired, from technical uses to sheer fun. For example, it can be used for quality control of soldering works, on cloth, seams, paints or other manufactured items. Needle and thread insertion, self-examination of moles, skin, or nails, children’s hair inspections for head lice/nits, insects or spiders observation, checking of parasites on leaves, etc.  
drop on a leaf / daisy / beetle on a flower / human eye
drop on a leaf / daisy / beetle on a flower / human eye

It allows you to use your smartphone as a real microscope in seconds! 
Blips Micro is able to detect details of about 1/7000 inch (≈1/300 mm), distinguishing single cells or other inhabitants of the micro-world. BLIPS Micro is less than 1/20 inch (≈1.2mm) high, and turns your phone into an actual digital microscope. You need to keep a distance of ¼ inch (6mm) between the lens and the sample under observation to discover tiny details at a high definition. With the use of the digital zoom it’s possible to achieve magnification of over 100x*
*Note: the magnification factor depends on the model of smartphone or tablet used. To measure the magnification factor we suggest to take a picture of two tick marks on a ruler and measure the captured image on the screen. Other products claimed magnification factors often prove lower than claimed when tested by using this method.
bee's wing / beetle / knife blade
bee's wing / beetle / knife blade


A package made of two lenses: 1 BLIPS MACRO & 1 BLIPS MICRO plus 2 small sponges which facilitate to stabilize the focus. (Use one over the other when using Macro BLIPS). 
Note: each smartphone model is different; slightly press the sponge to find the correct distance for your device.
BLIPS LAB KIT can be used for scientific studies or even just for fun! A useful tool for technical discoveries or educational purposes, provided at an affordable price.  
To use Micro to explore the realm of microscopy we also offer a selection of pre-prepared microscope slides plus an easy to assemble mechanical accessory with a sufficient light source for optimum observation of flat and thin samples. In our standard pack you will find glass slides of insect parts, parasites and human tissues. 
The pack contains: 
• 2 BLIPS lenses (Micro & Macro)
• 1 light source
• 2 sponges
• 1 smartphone stage
• 6 prepared slides

cerebellum / trachea / liver
cerebellum / trachea / liver


Whether it is for precise manufacturing, or you just need to handle tweezers or other tools, you often need your hands free. Using our smart stand desk holder, you can position your smartphone and use it like a high magnification optical lens.
• needle and thread
• jewelry
• building tiny models
• precise reparations

Blips is marketed as a tool for various industry professionals. The macro lens is perfect for detailed work such as model-making, intricate repairs, restoration works and self inspections for head lice, moles and skin dermatitis.
jewellery-making
jewellery-making

restoration works
restoration works

WHAT'S THE DIFFERENCE BETWEEN MICRO AND MACRO? 

MACRO: The best option to observe insects or objects in motion. Its deeper focus allows you to easily follow the subject you are examining. 
MICRO: For higher magnification; maximal resolution (ability to see small details) can be achieved by using transmitted light through the subject you are observing (for example using prepared slides and a light source from behind)


https://goo.gl/bgDfvn

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