If you've ever been handed the task of sourcing a commercial ice machine for an office breakroom or a small cafe, you know it's not as simple as picking the cheapest one on Amazon. I manage purchasing for a mid-sized company—about 200 employees across two locations—and when our old unit finally gave out in 2023, I dove headfirst into the world of Manitowoc, Scotsman, and Hoshizaki. Here's what I learned, broken down into the questions I actually asked.
(Should mention: this is based on my experience with 15-20 equipment purchases over the last 4 years. If you're sourcing for a high-volume restaurant, your requirements will be different.)
Bottom line: sometimes, but you need to know what you're looking at.
I nearly went with a used Manitowoc Indigo NXT (400 lb model) listed on a local equipment resale site. The price was tempting—about 60% less than new. But after talking to our service contractor (who I trust), I realized the potential pitfalls. Used machines often come with no warranty, and if a compressor or a control board fails, the repair cost can eat up your savings fast. I don't have hard data on failure rates across all used units, but based on our research, you should only consider a used machine if:
Oh, and check the water type. A machine that's been running on hard water without a filter might have scale buildup in the evaporator—that's a deal-breaker. We ended up buying new, but I know a colleague who snagged a great deal on a gently used unit from a hotel remodel. It's a gamble, but it can pay off.
Trust me on this one: don't wait until your machine breaks to start looking for a repair company. I learned this the hard way (unfortunately).
When our old machine stopped producing ice on a Friday before a big event, I scrambled to find a technician. I found a few local HVAC companies that said they worked on ice machines, but they were either booked out for days or specialized in residential units. The one that did come out diagnosed a faulty solenoid valve and charged me a premium for an emergency call—$450 for a $40 part (as of mid-2024).
Here's what you need to do in advance:
This was a game-changer for me. I used to think all 'chewable' ice was the same, but hearing a healthcare facility client explain their needs made me realize how specific the applications are.
Seeing the specs for a Manitowoc flake ice machine vs. their nugget models side by side crystallized it (pun intended).
If you're just stocking a breakroom for iced coffee and water, a standard undercounter cube maker is a no-brainer. If you want people to be happy about the ice quality, the nugget ice maker is the winner. At least, that's been my experience with office staff feedback surveys.
It depends entirely on where you're putting the machine. I was on the fence about this for our kitchen installation.
A remote condenser (air-cooled, mounted outside or on the roof) is great for two reasons: it removes the heat from the indoor space, and it can make the machine quieter. For our breakroom, the self-contained air-cooled unit was fine because the space was well-ventilated. But for a small kitchen where the machine might be tucked into a tight corner with poor airflow, a remote or water-cooled system becomes almost mandatory.
One thing to consider: installation costs for a remote system are higher. The line set has to be run, and the condenser has to be mounted. As of Q1 2025, a standard installation of a remote system adds about $400-$800 to the project, depending on distance. I should add that if your machine is going to be in a hot environment (like a kitchen with ovens), the remote system will make the machine last longer by lowering the condensing temperature.
Ok, this one seems random, but it's more connected than you think. Many commercial ice machines use temperature sensors or thermostats to regulate cycle times. While most Manitowoc machines use advanced control boards (like the Indigo system), older units or specific repair scenarios might involve checking a thermostat.
I once had a technician tell me a faulty thermostat on a walk-in cooler was causing an ice machine to not cycle properly. It blew my mind.
For a standard Honeywell thermostat (like the T4 or T6 series, common in HVAC):
But for your ice machine? You're usually looking for a service pin or a reset button on the control board. Always check the Manitowoc manual first—randomly resetting components can cause issues.
Believe it or not, they are. Our building maintenance guy showed me this trick.
When we clean our ice machine, we use a Milwaukee M18 blower to dry out the condenser fins and the air intake grille. Dust buildup on the condenser is a huge cause of reduced ice production. Using a blower to clear the dust (especially if your machine is near a busy kitchen or a dusty hallway, which ours is) can improve efficiency by a noticeable amount.
I don't have hard data on how much ice production is lost specifically due to dust, but based on comparing our production rates before and after a deep clean, I'd estimate a 10-15% drop in output for a heavily clogged condenser. We keep a DeWalt cordless fan (fan, not blower) pointing at the back of the machine during summer months when the air is stagnant. Sounds silly, but it works. The manual doesn't prescribe it, but the service guy gave it a thumbs up.
After 5 years of managing these purchases, I've come to believe that having a small stock of critical parts is cheaper than paying for emergency service.
Oh, and never run the machine without a water filter. The damage from scale buildup is not covered under warranty. That's a mistake that cost us a service call once.