We recently traveled to Connecticut to shoot shiny and reflective components for the world leader in CAD/CAM software
MasterCAM .
Not only is
MasterCAM a world leader, they work with some of the top companies out there, like:
• Boeing, Sikorsky, and Lockheed Martin
• Stryker medical
• Gibson, Taylor, Ovation Guitars
• Orange County Choppers
• Racing teams like Stewart Haas Racing, Waltrip Racing, and Cunningham Motorsports
• Segway
• RayBan
Just to name a few.
The actual purpose of the trip was to teach their person (
with the title of "Intergalactic Marketing Overlord") how to shoot the kind of components their software (
and clients) produce and of course regardless of the company, they are
ALL shiny and reflective. The backup plan was that if things did not go well then I would shoot the parts.
Things went perfectly and the setup could not have been simpler, 4 "A" clamps, 3 white cards, 2 LED flashlights, foam core, some tape, light stands, and a couple gels.
We used hockey tape because it is
FAR less expensive the gaffers tape, but much like gaffers tape it is incredibly strong and leaves no sticky residue behind.
A 1” wide role of gaffer’s tapes is in the $12 range, I bought the same size hockey tape for $1.
I would strongly suggest you test the tape you purchase before using it in a “live” shoot just to make sure it will work as you expect and not leave residue.
The "A" clamps were 99 cents (
Home Depot or Lowes) and the 2'x3' sheet of foam core was $1.
In the shot at the very top of this post, we lit it with a single LED flashlight, and put a blue gel over a second flashlight and shined it into the center hole (
to give it more "depth")
One of the things you need to be very careful to watch for is things being reflected in the item being shot, here is an example, first the "
good shot" and then the bad, you can see the color of my shirt in the item.
It was lit with a "
primary" flashlight and a second with a blue gel.
This image is the only one that we used more than two flashlights, it is a manifold for a car engine, there is a (
cold) gas intake and a (
hot) exhaust port, so we used a red and blue gels over the flashlights and held them over the ports to represent the temperature difference and the third flashlight was used to light the face of the object.
Here are a few more images we shot that day.
(click on any image to view larger and in a new window)I think the results were as good as the setup was easy and in the video below we share both the gear and the setup.
If the video did not come through with your subscription email you can head
back to the blog or directly over to our
YouTube channel to view it.
