LabVIEW
Can not read tif image correctly with IMAQ Vision
The TIFF file format is notorious for its many variants of formats. TIFF is only a container format, how the image data is stored inside the file is for a large part left to the implementor. (TIFF stands for Tagged Image File Format), meaning it describes a generic format to store so called tags. A Tag consists of an identifier, a size, and the actual data following in a binary stream. A typical TIFF file consists of several such tags, such as the witdh, height, bits per sample, compression type etc. There are some globally accepted tag identifiers but there isn't an official standard in what tag identifiers an implementor should use for what and how. The format is so flexible that anyone can basically create his own variant of image format if he wants and quite a few make use of that. The image you have attached has several non-standard features that make it hard to read in the file, despite that it is a fully uncompressed format.
GIMP isn't even able to show the image at all, as it stumbles over several non standard elements. The Windows image viewer only shows a black image as it seems only to be able to determine the image size but nothing more. With that background it is already quite an accomplishment that IMAQ Vsion is actually able to show something that resembles the actual image.
What can you do?
Use some conversion software that knows this particular format to convert the image into a more standard image format. As explained above, TIFF has some more frequently used internal image formats. Yours definitely isn't one of them.
Or since the image is actually uncompressed it should be not that difficult to read it in yourself. There are several LabVIEW libraries out there that allow you to read in the TIFF tags. From there you can determine the various parameters such as image width and height, line length, byte order, and pixel size as well as the offselt into the file to use to read the actual image data. The only difficult part is to determine the actual pixel format. This doesn't seem to be described with any publically known tag, but with some private tags and so you will have to experiment. TheBitsPerSample tag claims the image to use 32 Bit samples. Now you have to find out if the image is either RGB, BGR, GBR, etc. and if the filler (or alpha channel) is the first or last byte in the 32 bit value.
32 bit grayscale images?? Talk about not standard format! 
Well I'm not sure what you have done to look for TIFF libraries to use in LabVIEW, but I suppose you haven't used Google. The first link in Google gives me already this page, which in the beginning looks like having lost all attachments but if you look further down you will find a post where someone attached a new version. It is a LabVIEW native implementation and doesn't support compression but that shouldn't be a problem for your image.
Another post on this site shows an implementation using the external libtiff DLL to import images into LabVIEW.
For uncompressed files that are unlikely to change in format in the future, I think the first library is probably easier to use since it is all in LabVIEW. The second is a lot more complex and while supporting many more TIFF formats, it's giving you less insight in what way your image is constructed, as it delegates most of the real work to the external DLL.
