Which cameras to get - for an R&D Lab - and "hi"

MaverickH1

First post to the forum. Greetings, everyone.

I'm a mechanical engineer who dabbles in photography. I have a Samsung TL320, which was a huge upgrade from the camera I had that I bought 10 years ago for $7. I basically purchased the TL320 because it had enough "advanced" features on it to give me an idea if I wanted to take photography to the next step. I just graduated from school in December, got a job in a research and development test lab in Roanoke, VA.

My little TL320 has been used to exhaustion in the lab to document data for use by the company. We test rock drilling equipment here and the data has to be seen by people in China, India, Sweden, all over the world. The pictures I have taken with my TL320 have made the higher-ups realize that the cameras we currently have are not up to snuff, so they've tasked me with finding new cameras since I'm the "expert" in this little facility.

Problem is, I'm not anywhere close to an expert. I understand shutter speed, aperture size, ISO, manual focus, how much off camera lighting can make an image better, using the timer on the camera to guarantee the shutter press doesn't shake the camera during the exposure, etc, etc. I just read a study of Flash Exposure Compensation on this forum and thoroughly enjoyed it. The ability to set the exposure for the background and then adjust the flash to capture the subject is something that I couldn't do with my TL320.

Basically, I feel like we need a few point and shoot cameras that have decent capabilities, and then we need one "do it all" DSLR. None of the guys back here have much camera experience, so I don't want to get 4 "awesome" point and shoot cameras that these guys will never use.

Is there a "tough" camera out there? One with a lens that is nearly impossible to scratch, with controls that are sealed well enough to not allow fine granite dust to infiltrate them? I've already told my boss that odds are that a "tough" camera doesn't exist for our situation, and the only true solution is to train the people who will use them how to protect the lens and to keep the camera in an appropriately sized OtterBox or equivalent when not in use. But I figured I'd see what the real experts thought.

Waiting to be educated. And looking forward to taking my own pictures to the next level of awesome. :thumb

These are the kinds of pictures that will be taken:

Roller bearing - actual size ~1.5" tall, ~1/2" diameter.



Roller bearings after test:



Diamond insert test (with a smudge on the safety glasses that are protecting the camera lens):



Next is a picture that I took with our lab camera. It is a capable-ish enough camera to get an idea across. But we need to capture more detail than this, and more detail than the TL320 can capture.



And some of my own personal favorite images:

ziggy53

MaverickH1 wrote: »

... Next is a picture that I took with our lab camera. It is a capable-ish enough camera to get an idea across. But we need to capture more detail than this, and more detail than the TL320 can capture.



...

I am concerned about how much more detail you are expecting and how much time you have to devote to the process. Lighting is a very important part of photography and this is basically a form of "product photography". Unfortunately product photography is neither quick nor easy to achieve the best results.

You can create a "shooting booth" which would probably give you pretty consistent and desirable results within the limits of the booth's practical dimensions, but moving the lights would definitely be needed and the function of lighting would need to be understood.

What I suggest is hiring someone local, a professional photographer, who can give you some insight into the process of product photography. From that experience interpret and interpolate into your own needs.

Since lighting is important, before you purchase a camera you need to explore how it would use and, perhaps, control, the lighting. Flash powered lights are arguably the most color accurate form of photographic light, but they may be difficult for the average user to understand the outcome of the lights. Compact fluorescent lights are not necessarily color accurate but they do provide a valuable preview of the effects of lighting direction and intensity. Compact fluorescent lights are also pretty cheap and may be the easiest to sell to management.

MaverickH1

ziggy53 wrote: »

I am concerned about how much more detail you are expecting and how much time you have to devote to the process. Lighting is a very important part of photography and this is basically a form of "product photography". Unfortunately product photography is neither quick nor easy to achieve the best results.

You can create a "shooting booth" which would probably give you pretty consistent and desirable results within the limits of the booth's practical dimensions, but moving the lights would definitely be needed and the function of lighting would need to be understood.

What I suggest is hiring someone local, a professional photographer, who can give you some insight into the process of product photography. From that experience interpret and interpolate into your own needs.

Since lighting is important, before you purchase a camera you need to explore how it would use and, perhaps, control, the lighting. Flash powered lights are arguably the most color accurate form of photographic light, but they may be difficult for the average user to understand the outcome of the lights. Compact fluorescent lights are not necessarily color accurate but they do provide a valuable preview of the effects of lighting direction and intensity. Compact fluorescent lights are also pretty cheap and may be the easiest to sell to management.

I was absolutely considering setting up a "white box" to use for images. One of the problems I would run in to is that I have NO idea what size the box would have to be. We have drills in here that drill a 90" hole. We have bearings the size of a jelly bean. I need to be able to take pictures to show stress cracks in those or to show the functionality of a piece of equipment.
In my report to the bosses, that was definitely going to be included in there. Something to the effect of:

"We could buy a $5000 camera tomorrow and it wouldn't matter because the lighting in this facility is still terrible."

I say that just because I want you guys to know that I understand that an awesome camera alone doesn't mean amazing quality pictures, and that an amazing camera won't turn a beginner into a pro.

A better idea of what I need could be seen by looking at the first image above of the roller bearing, that would be the kind of material failure we would need to document and send all over the globe. But we need much better quality than my camera can do, I think. And of course, the lighting in that picture is absolutely terrible. You should have seen the things I used to get it to look THAT good.

I don't know what makes a camera have incredible detail for close up shots. Is it a combination of the lens coupled with the megapixel capability of the sensor? If I wanted something that is half a centimeter long to show up with good detail on the average computer screen, what's the limiting factor there as far as camera equipment? Am I looking for a high Megapixel value with the capability to have a macro lens? Manual focus is a must, I would assume. Maybe optical zoom is important so lighting isn't influenced by the camera body. These are the kinds of things I wanted to know so I could find the camera that will suit our needs.

And once I find that camera, we'll probably have to get lighting equipment to supplement it.

A huge part of my question was also whether or not there was an industry leading "tough" camera out there. I baby my electronics, but we've got the military grade, bomb proof laptops back here because... this is rock drilling. Some of the people who will use these cameras won't completely understand how sensitive they are. If we get a "flagship" DSLR type camera, I'll probably keep it under lock and key.

Edited to add: you don't have to waste your breath explaining something. If you send me a link that helped YOU understand what I'm talking about, I'll read it. A search didn't turn up what I was looking for.

silversx80

All I can offer is that if you're looking for a dSLR and have some buck to spend (especially if it's other people's money ), check out the Olympus E-3 or E-5 and the 12-60 or the 14-54 mk. II lenses (Both Olympus Zuiko Digital, of course). The dust/moisture sealing in this system is second to none and the images will prove more than adequate. The 50mm Macro (Zuiko Digital) would also prove useful when you need to get in close (that 0.5 cm piece you want). Also, I'm not one to use filters on my lenses, but a high-quality UV filter will keep the dust off the front element. These cameras can take a fair amount of abuse, but I'm not sure to the degree you're interested in.

As far as lighting goes, the Olympus flash system is pretty good with its remote TTL metering (uses the pop-up flash to send a signal). Metz flashes are also a good, low-cost alternative with similar features.

angevin1

MaverickH1 wrote: »

I was absolutely considering setting up a "white box" to use for images. One of the problems I would run in to is that I have NO idea what size the box would have to be. We have drills in here that drill a 90" hole. We have bearings the size of a jelly bean. I need to be able to take pictures to show stress cracks in those or to show the functionality of a piece of equipment.
In my report to the bosses, that was definitely going to be included in there. Something to the effect of:

"We could buy a $5000 camera tomorrow and it wouldn't matter because the lighting in this facility is still terrible."

I say that just because I want you guys to know that I understand that an awesome camera alone doesn't mean amazing quality pictures, and that an amazing camera won't turn a beginner into a pro.

A better idea of what I need could be seen by looking at the first image above of the roller bearing, that would be the kind of material failure we would need to document and send all over the globe. But we need much better quality than my camera can do, I think. And of course, the lighting in that picture is absolutely terrible. You should have seen the things I used to get it to look THAT good.

I don't know what makes a camera have incredible detail for close up shots. Is it a combination of the lens coupled with the megapixel capability of the sensor? If I wanted something that is half a centimeter long to show up with good detail on the average computer screen, what's the limiting factor there as far as camera equipment? Am I looking for a high Megapixel value with the capability to have a macro lens? Manual focus is a must, I would assume. Maybe optical zoom is important so lighting isn't influenced by the camera body. These are the kinds of things I wanted to know so I could find the camera that will suit our needs.

And once I find that camera, we'll probably have to get lighting equipment to supplement it.

A huge part of my question was also whether or not there was an industry leading "tough" camera out there. I baby my electronics, but we've got the military grade, bomb proof laptops back here because... this is rock drilling. Some of the people who will use these cameras won't completely understand how sensitive they are. If we get a "flagship" DSLR type camera, I'll probably keep it under lock and key.

Edited to add: you don't have to waste your breath explaining something. If you send me a link that helped YOU understand what I'm talking about, I'll read it. A search didn't turn up what I was looking for.

SO Mavrick, just be straight...what is it you feel is lacking? You mention drilling & engineering. I mean, a failed bearing is a failed bearing, due to heat, lack of lube, etc. I think your photos are pretty darned good to show that. So really what level and if I may,'why' that level of detail? is it so others can troubleshoot (I'm guessing not)?

MaverickH1

angevin1 wrote: »

SO Mavrick, just be straight...what is it you feel is lacking? You mention drilling & engineering. I mean, a failed bearing is a failed bearing, due to heat, lack of lube, etc. I think your photos are pretty darned good to show that. So really what level and if I may,'why' that level of detail? is it so others can troubleshoot (I'm guessing not)?

Well, basically I think we need something between a microscope image and a typical macro image like I've shown earlier in the thread. And I was hoping to be educated by the experts about what kind of set-up would be required to take some amazing close ups. Y'know, the kind that show the detail of a gnat's eye? I don't know what features a camera has to have (and ultimately the photographer has to know how to be able to use) in order to achieve such a high level of quality on close-up photos.

The engineers who see these images in Sweden don't necessarily care that I broke some test bearings, because that is my job. () What they care about is the nature of the failure. And since I don't have a doctorate in Materials Science I don't know what level of detail they would require. I talked with my boss about it today, and he says my pictures are fine. But he also thought the images the lab took before I showed up were fine. He said if the engineers in China/Sweden/Texas/India need a closer look, we'll just ship the part to them. I also learned that we have a microscope that can take pictures. I also learned that we have a stand complete with lighting that used to be used for images.

This place is great. I find new things every day.

Now I have to figure out how to use them, because nobody here does.

For now, we might just get 4 point and shoot cameras and I'll teach the guys how to use them. But if I can show that a DSLR or higher price camera can take absolutely incredible shots, it would be entirely possible that we get one of those as well.

Thanks in advance for the assistance, guys and gals. It is very appreciated.

ziggy53

We have a Macro forum with some wonderful suggestions on equipment and lighting:

http://dgrin.com/forumdisplay.php?f=23

http://dgrin.com/showthread.php?t=143373

For the material sizes you have indicated I suggest that in addition to a dSLR you need:

A standard/normal lens, to capture the large sized "drills in here that drill a 90" hole". If you go with a Canon crop 1.6x camera then an EF-S 17-55mm, f2.8 IS USM is awesome. For a FF body an EF 24-70mm, f2.8 USM is great.

A 1:1 macro lens for the "bearings the size of a jelly bean" and for somewhat larger subjects too.

Lots of choices. Again emphasizing a Canon host camera:

Canon EF 100mm f/2.8 USM macro
http://www.photozone.de/canon-eos/167-canon-ef-100mm-f28-usm-macro-test-report--review

Sigma AF 105mm f/2.8 EX macro DG
http://www.photozone.de/canon-eos/301-sigma-af-105mm-f28-ex-macro-dg-lab-test-report--review

Tokina AF 100mm f/2.8 AT-X Pro D macro
http://www.photozone.de/canon-eos/270-tokina-af-100mm-f28-at-x-pro-d-macro-canon-review--test-report

Tamron AF 90mm f/2.8 Di SP macro
http://www.photozone.de/canon-eos/282-tamron-af-90mm-f28-di-sp-macro-test-report--review

I have the Tamron 90mm Macro and it is a very nice, and reasonably priced, true macro lens.

A special purpose "micro" photography lens for those times when a microscope and camera attachment won't work, like the Canon MP-E 65mm Macro, f2.8. Alternately you can DIY:

http://www.dgrin.com/showthread.php?t=69392

Add the appropriate lighting and I highly recommend a product table for shooting if you have a reasonably fixed studio space.

For the dusty environments you can either use the camera inside a protective bag or sleeve, or you can house the camera inside an underwater housing for more complete protection, at considerable added expense and with much less convenience.

For P&S cameras consider the waterproof camera reviews:

http://www.dpreview.com/reviews/Q209waterproofgroup/

I do believe that most waterproof cameras sacrifice some image quality and many service conveniences, but they should last a bit better. Otherwise, a waterproof bag is a pretty good universal protection. I bought my son a DiCAPac to use with his P&S in Iraq:

http://www.amazon.com/s/ref=nb_sb_noss?url=search-alias%3Delectronics&field-keywords=DicaPac&x=16&y=23

catspaw

I'd chime in that a ring flash would work, but I'd vote for this set up:
http://www.adorama.com/NKR1.html?utm_term=Other&utm_medium=Shopping%20Site&utm_campaign=Other&utm_source=gbase

on a Nikon with a versatile macro lens. Works for small as well as larger items. good stuff!

the 105 macro lens on something like the D7000 would be pretty kick ass.