How Commercial Photographers Light Beer Bottles (And What E-Commerce Shooters Can Steal From It)
Bottle photography broke me the first year I was shooting product work seriously. I kept getting muddy interiors, blown-out labels, and that dead, flat look that makes a beverage look like it came from a gas station shelf instead of a premium brand. I tried bouncing light from every direction. I moved my softboxes. I diffused everything. The results were inconsistent at best.
Then I watched commercial photographer Rob Grimm work through a full beer advertising campaign in this CreativeLive tutorial, and something clicked. Watch the full tutorial on YouTube. What struck me immediately was that he wasn’t chasing a single perfect exposure. He was thinking in components, building the final image from multiple captures and combining the best parts of each. That’s a professional workflow, and it applies directly to the kind of e-commerce and product work I do every day, even when the budget is a fraction of what an ad agency brings to the table.
The specific challenges Grimm works through here, lighting a cobalt bottle, managing label readability versus interior glow, understanding why light placement has a predictable physical logic, are not niche problems. They show up any time you’re photographing glass, translucent packaging, or anything with a label that needs to stay legible. Here’s how he approaches it, broken down into steps you can actually use.
Step 1: Understand Why the Bottle Color Is Your First Variable
Rob explaining amber versus blue color competition inside bottle
Before you place a single light, you need to understand what the bottle itself is doing to the light passing through it. Grimm makes an important distinction here: a brown beer bottle reads as amber, and so does the liquid inside it. Those two elements are playing for the same team. A cobalt blue bottle, though, contains amber liquid inside a blue shell, and those two colors compete with each other. The result when you push light through it is muddy, murky tone instead of the glowing interior you’re after.
The practical takeaway is to hold your bottle up to a window or a bare light source before you start your shoot. Look at what color the glass actually transmits. That transmitted color tells you what your light is going to look like when it exits the bottle toward the camera. If you’re shooting a product with colored packaging of any kind, this five-second test will save you an hour of confused troubleshooting later.
Step 2: Apply the Angle of Incidence Rule to Every Light Placement
Rob discussing angle of incidence equals angle of reflectance for bottle lighting
Grimm references this principle more than once, and it’s the physics that explains why so many intuitive lighting choices for bottles simply don’t work. Angle of incidence equals angle of reflectance. In plain terms: light bounces off a surface at the same angle it arrived. If you light a bottle from directly below, hoping to push light up through the liquid, the camera sitting at eye level is never going to see that light. The reflection is heading straight up toward the ceiling.
This is why bottom-lighting setups that look beautiful to the naked eye, or that work in video, fall flat in still photography. Your eye adapts. The camera doesn’t. For still work, you need to position your light so that its reflection angle points directly back at your lens. Start by imagining a mirror in place of your subject and ask yourself: from where would I need to place a light so that I could see it reflected in that mirror from my camera position? That’s your lighting angle.
Step 3: Build Your Shot as Separate Components, Not One Frame
Rob identifying label shot and interior glow as separate captures to combine
This is the technique that changed how I approach complicated product shots. Grimm’s team is actively reviewing captures and categorizing them: this frame is good for the label, this frame is good for the interior glow, and this frame handles the body of the bottle. None of the individual exposures does everything perfectly, and that’s intentional. The goal is to get each element right on its own terms.
In practice, this means you’re not adjusting your lighting to find a compromise. You’re lighting specifically for one element at a time, capturing it, then relighting for the next. The final image gets assembled in post from the strongest version of each component. For e-commerce work, this might mean one shot for the label, one for any reflective surface details, and one clean shot for the background. Compositing these together in Photoshop takes less time than most people think, and the result is cleaner than any single-exposure compromise.
Step 4: Watch for Halation on Dark or Saturated Glass
Cobalt bottle showing purple halation from overlit neck area
Grimm notices a purple halation appearing on the neck of the cobalt bottle, a glow or color bleed that happens when a deeply saturated material takes on more light than it can handle cleanly. The cobalt glass is so dark and so chromatic that when a light source pushes past a certain intensity threshold, the glass stops transmitting and starts radiating a color cast. In this case, a strong light coming straight down through the bottle neck creates a purple blowout at the top.
The fix is reducing light intensity on that specific area, not the entire setup. Use flags (black cards or foam core) to cut light off one section of the bottle without affecting the rest. If you’re working in a smaller studio or DIY setup, a piece of black foam core positioned above the bottle neck can knock back that hot zone while leaving your body and label lighting intact. Check your captures at 100 percent zoom on a calibrated monitor to catch halation early. It almost never looks as bad on a small preview as it actually is in a full-resolution file.
Step 5: Evaluate Captures on a Calibrated Display Before Moving On
Team reviewing label readability on studio monitor versus secondary display
There’s a moment in the tutorial where the team notices the label is difficult to read on one monitor but looks clean on another. Grimm uses this to make a workflow point: you need a reliable display for making lighting decisions on set. Bright, uncalibrated monitors make overexposed areas look acceptable. Underlit labels look readable when they aren’t.
For professional work, this means a calibrated studio monitor and regular profiling. For smaller setups, at minimum, you should be reviewing your shots on a display you’ve cross-referenced against printed output or a known reference image. I review my captures on the same laptop I use for final editing, with the same color profile, so I know what I’m looking at is close to accurate. Catching a label readability problem during the shoot costs five minutes. Catching it in post after the client has seen the proofs costs much more.
What I’d Add From My Own Experience
Grimm is working at the level of advertising campaigns with dedicated studio space, assistants, and multiple light setups. Most of the photographers who read this site are working with smaller budgets and tighter constraints. The component-based approach he demonstrates scales down beautifully, but it requires patience. I’ve built similar composite beer and beverage shots using a single continuous LED panel and a lot of careful flagging, capturing four or five components over the course of an hour. The physics are identical. The gear is just simpler.
The one thing smaller setups make harder is controlling spill light between components. When you’re relighting for each element, stray light from a previous setup position can bleed into your new capture. I keep a roll of black wrap (that thin matte-black aluminum foil product photographers swear by) on hand specifically for this. It lets you shape and block light quickly without building a whole new flag system between every capture.
The single most useful idea in this entire tutorial is the one Grimm keeps returning to: light behaves according to physics, and if something isn’t working, there’s a reason grounded in that physics. Purple halation, muddy bottle interiors, unreadable labels — these aren’t bad luck. They’re predictable, and once you understand why they happen, you can solve them deliberately instead of by accident.
Watch the full tutorial on YouTube and pay attention to how Grimm talks through his decision-making in real time. The lighting setups matter, but the reasoning behind each choice is what’s actually worth learning.