The suction tip caught on the flap of tissue, a wet, rhythmic clicking that filled the radius of the surgical suite. It is a sound that lives in the back of your throat long after the scrubs are in the hamper. I was holding the retractor, my knuckles turning a ghostly white against the blue latex of my gloves, while the surgeon hovered over the gaping void where a molar had been ago. The air smelled of salt and the faint, metallic tang of an irrigation line that hadn’t been flushed properly in the morning rush.
“Heidbrink,” the surgeon said.
He didn’t look up. He didn’t point. He simply extended a palm, steady and expectant, waiting for the cold weight of a root pick to land in his hand with the precision of a relay runner passing a baton. I felt that familiar, icy spike of adrenaline. It’s the kind of panic that stays quiet. To my left, the stainless steel tray was a silver graveyard of
, all shimmering under the surgical light.
I looked at the tray. I saw three instruments that looked like cousins-long, slender, tipped with various degrees of aggression. I hesitated for perhaps , my mind racing through a mental catalog that didn’t actually exist. I had never been taught the names. I had learned them the way a child learns the layout of a dark house: by bumping into things until the bruises taught me where the walls were. I picked the one with the slightly more delicate tip, the one that felt like it belonged in a space that small. I placed it in his hand.
He took it. He used it. He never looked up.
I had guessed right, but the victory felt hollow, a cheap trick of pattern recognition rather than the steady foundation of clinical expertise. It was a 53-percent chance at best, and in the world of oral surgery, those odds are a slow-motion car crash waiting to happen.
Chemistry and expensive mud
I’ve been thinking a lot about a conversation I had with Blake E.S. last week. Blake is a sunscreen formulator, a man who spends his days obsessed with the molecular stability of emulsions and the way zinc oxide interacts with synthetic esters. We were sitting in a cafe that felt too bright for my post-shift exhaustion, and he was complaining about a batch of titanium dioxide that had arrived with a 3-percent variance in particle size.
“
If the labeling is off, the whole formulation is a lie. You can’t just ‘feel’ your way through chemistry. If you don’t know exactly what you’re holding, you’re not a scientist; you’re just a guy playing with expensive mud.
– Blake E.S., Sunscreen Formulator
He’s right, of course. But in the dental operatory, we play with expensive mud all the time. We call it “clinical experience.” We call it “learning on the fly.” We assume that because a hygienist has spent scaling teeth and measuring periodontal pockets, they will somehow, through a mystical process of biological osmosis, absorb the taxonomy of surgical elevators.
We are wrong.
The dental hygiene curriculum is a masterpiece of preventative care. It is a deep dive into the microscopic world of biofilm, the systemic links between gingivitis and heart disease, and the delicate art of patient education. But when that hygienist is pulled into the surgical suite because the primary assistant is out with the flu, they are stepping across a boundary that the academy never prepared them for. They are moving from the world of maintenance into the world of demolition and reconstruction.
The assumption is that a “Bein” elevator is just a tool, and that anyone with a steady hand can distinguish it from a “Flohr” or a “Winter” simply by looking at the curve of the blade. It’s a dangerous assumption. I know hygienists who have assisted in over 1503 surgical extractions-people who can suture in their sleep and predict a surgeon’s next move before he even thinks it-who still cannot tell you the difference between those three instruments if you laid them out on a clean cloth.
They know that “the pointy one with the flat back” is for the upper right, and “the one that looks like a T-handle” is for the stubborn roots. They have developed a functional, tactile vocabulary that bypasses language entirely. It works-until it doesn’t. It works until the surgeon asks for something they haven’t used in , or until they move to a new practice where the names are different, the tray setups are chaotic, and the “pointy one” has been replaced by a newer, sleeker model from a different manufacturer.
This is the silent friction of the dental office. We expect people to be experts in things we never bothered to explain to them. We treat surgical assisting as a secondary skill, a shadow-competence that should just “happen” in the margins of a busy day.
The system break of 2023
I remember a specific afternoon in when the system broke for me. We were dealing with a fractured root tip on tooth 23. The patient was a nervous man in his early who kept trying to talk through the local anesthesia. The surgeon was tired, his patience thinning like a worn-out tire. He asked for a specific elevator, a name I hadn’t heard in years. I froze.
In that moment, the of experience I had didn’t matter. The fact that I had helped place 103 implants that month didn’t matter. I was a stranger in a room full of tools I didn’t recognize. I felt the heat rise in my neck, that prickly, shameful warmth of being found out. I picked up a standard elevator, hoping my confidence would mask my ignorance.
“Not that one,” the surgeon snapped, his voice sharp enough to cut through the tension. “The other one. The 3-millimeter.”
There were three instruments that could have been 3 millimeters. I felt like a character in a bad heist movie trying to cut the red wire while the timer ticked down to . The disconnect between my hand and my brain was total.
The problem isn’t the hygienists. The problem is a system that values “getting through the schedule” over the actual transfer of knowledge. We have built an industry on the backs of smart, motivated people who are forced to guess because nobody took the time to do a on instrument identification. We spend thousands of dollars on the latest digital scanners and 3D printers, but we don’t invest in making sure the person holding the suction knows the difference between a Cryer and a Coupland.
Precision through Intentionality
This is where the quality of the tools themselves becomes the silent educator. When you work with high-quality instruments, like those from
there is a sense of intentionality in the design that communicates its purpose.
A well-made elevator isn’t just a piece of steel; it is a physical manifestation of a specific surgical intent. The weight, the balance, and the distinctive geometry of the tip tell a story. If the tools are cheap, generic, and poorly maintained, they all start to look the same.
But even the best tools can’t bridge the gap if we don’t talk about them. We need to stop pretending that surgery is something you can learn by just standing near it. We need to treat the surgical tray with the same academic respect we give to the periodontal probe.
Blake E.S. told me that in his lab, they have a “failed batch” protocol. If a formulation doesn’t meet the 3-point check, they don’t just try to fix it on the fly; they stop, they analyze the error, and they retrain the staff on the specific measurement that went wrong. They don’t let people “guess” their way to a better sunscreen.
In dentistry, our “failed batches” are much more complicated. They are post-operative infections, prolonged surgeries, and assistants who go home every night feeling like frauds because they spent pretending they knew what they were doing. It’s an exhausting way to live.
I’ve started doing something different in the last . Every time we get a new instrument, or every time I find myself hesitating for more than over the tray, I ask. I stop the “flow” for a moment and I ask for the name, the purpose, and the history of the tool.
The first time I did it, the surgeon looked at me like I had grown a second head. “You’ve been doing this for a decade,” he said. “How do you not know what a Bein is?”
“Because you never told me,” I said. “And the school never told me. I’ve just been handing you what I thought you wanted based on the look in your eye.”
He went quiet then. He looked at the tray, really looked at it, for the first time in . He realized that the labels in his head didn’t exist in mine. We spent the next -the time we would usually spend complaining about the insurance companies or the weather-going through the tray.
It was the most valuable 13 minutes of my career.
We found out that I had been calling the “Seldin” a “flat-top” for six years. We found out that he had three different names for the same elevator depending on which mood he was in. We realized that our “efficient” workflow was actually a precarious tightrope walk over a canyon of misunderstanding.
The industry needs to catch up. We need clinical guides that aren’t just written for the guy with the “DDS” after his name. We need naming conventions that are standard, clear, and taught with the same rigor as the Krebs cycle. We need to empower our allied health professionals to be more than just “extra hands.” They need to be informed partners in the surgical process.
A battle becomes a craft
When the instrument has a clear purpose, and that purpose is understood by everyone at the table, the surgery changes. The tension in the room drops by at least 43 percent. The movements become fluid, not because of some psychic connection, but because of shared language. The “Heidbrink” becomes a specific tool with a specific job, not just a “pointy thing” that a hygienist picks up while holding her breath and praying she’s right.
I think back to that room and the salt-smell of the irrigation. I think about the thousands of hygienists who will walk into a surgical suite tomorrow morning, feeling that same familiar dread. They are smart. They are capable. They are some of the hardest-working people in healthcare. But they are being set up for a specific kind of failure-the failure of the unspoken.
We can do better. We can start by admitting that proximity is not the same thing as education. We can start by recognizing that the tools we use are only as good as the understanding of the hands that hold them.
Blake E.S. would never let a batch of go out if the technician didn’t know the difference between a surfactant and an emulsifier. Why do we let a surgical extraction proceed when the person assisting doesn’t know the name of the instrument that is currently prying a human tooth out of a jawbone? It is a question that deserves an answer, one that doesn’t involve guessing.
The next time the surgeon puts his hand out, I want every assistant in the country to know exactly what needs to go there, and exactly why. No more delays. No more hollow victories. Just the cold, hard certainty of a job well understood.
I’m tired of guessing. I think we all are. It’s time to turn the lights on in the dark house and finally name the things that we’ve been bumping into all these years. It might take an extra , and it might mean admitting we don’t know everything, but the bruises will finally have a chance to heal.
As I walked out of the clinic today, the clock on the wall read . I felt a strange sense of lightness. I had asked the name of a new serrated elevator we just received. It’s a small thing, a tiny fragment of knowledge in a career, but it’s mine now. It isn’t a guess anymore. It’s a fact. And in a world of expensive mud and surgical shadows, a fact is the most beautiful thing you can hold in your hand.
We spend so much time worrying about the patient’s comfort, which is 103-percent necessary, but we forget that a confident, educated team is the greatest comfort a patient can have. When the instruments are right, and the names are known, the surgery isn’t a battle. It’s a craft.
And a craft, unlike a guess, can be taught. It can be perfected. It can be trusted.
The surgeon’s hand was an open palm.
“Bein,” he said.
I didn’t hesitate for a single second. I picked it up, felt the balance, and placed it perfectly in his grip.
“Thank you,” he muttered.
It was the first time in 23 surgeries he had said that. It won’t be the last.
