If you get bartender station design wrong, it will cost you a fortune. Learn how to avoid losing tens of thousands before your bar is built.
Most bartender stations look complete – and confusing, to many.
The stainless steel is in place. The ice bins are installed. There’s a sink. A speed rail. Maybe a soda gun. On paper, everything appears accounted for.
And yet, under peak service, they fail.
Not dramatically. Not visibly. But operationally.
Too many bartenders standing idle. Too many customers waiting too long. Too much underbar space wasted. Too much revenue quietly bleeding away.
The problem isn’t bad equipment.
It’s a lack of calibration.
What Bartender Station Design Really Is
A bartender station design is not a checklist of stainless components. It is a self-contained production environment — a revenue-generating workstation designed to support speed, sanitation, and peak-volume output.
It must account for:
- Reach radius
- Ice capacity
- Tool sanitation
- POS placement
- Draft beer integration
- Bottle access
- Glass handling
- Labor density
When any one of those elements is misaligned, performance suffers.
A bartender station is not furniture.
It is a production cell.
Why Most “Standard” Bartender Station Packages Fail
Bar equipment manufacturers don’t offer predesigned bartender stations by accident. These packages exist for a reason. They simplify specification. They provide a visual starting framework. They help architects, consultants, and casual designers understand sequencing.
In that sense, they are useful.
However, most predesigned bartender station packages range between 60″ and 80″ in length and frequently include a sink at one end. That format assumes a straight, uninterrupted stretch of underbar space.
In the real world, that assumption rarely holds.
Real bars wrap corners. They narrow. They widen. They encounter columns. They integrate draft towers and POS terminals. The architecture dictates the geometry — and the underbar must respond to it.
Standardized packages are valuable study models.
But they are rarely final solutions.
In practice, to really learn bar equipment design, you must learn how to deconstruct, resize, and recalibrate to fit the specific geometry and operational model of the bar.
Bartender Station Design Begins with Operational Context
Before selecting a single component, you must define:
- Concept (sports bar, craft cocktail, Mexican restaurant, nightclub)
- Peak volume expectations
- Beverage program
- Labor model
- Infrastructure limitations
- Service style
Without this information, equipment selection becomes guesswork.
For example, a Mexican restaurant historically required heavy blender usage for frozen drinks. That meant multiple high-performance blenders integrated into the station.
Today, many operations use frozen beverage or slushy systems instead — changing electrical needs, footprint, and workflow entirely.
Similarly, not every bar requires soda guns. Some smaller operations can’t justify them. Others lack the syrup infrastructure to support them. Installing a “standard” soda gun module in those environments wastes valuable real estate.
Context must come before components.
Common Bartender Station Design Mistakes
3-Compartment Sinks Aren’t Universally Required in Commercial Bars
One of the most misunderstood components in modern bar design is the 3-compartment sink.
To be clear: never assume what your local health department requires. That assumption can be risky. (I’ve addressed this in detail in another article.)
However, many bars install large 3-compartment sinks where they are not required.
A typical 3-compartment sink with drainboards can consume five or more linear feet of underbar space. Add the required 18″ drainboard for soiled glass staging, and that single component may occupy one-third of the available workstation footprint.
In many cases, that space could have supported:
- Larger ice capacity
- Additional bottle storage
- A properly sequenced workstation
- Or even another functional bartender station
Underbar space is finite. Every inch must be justified.
Incorrect Ice Bin Sizing
Ice bins are available in widths from 6″ to 48″, typically in 6″ increments and in multiple depths.
Selecting the correct size depends on:
- Drink mix
- Peak service load
- Station replication
- Refilling logistics
Oversizing wastes space. Undersizing slows service.
This is calibration — not guesswork.
Designing a Bartender Station Around Corners and Multi-Sided Bars
Multi-sided bars introduce one of the most common design challenges.
Stations must often be split, mirrored, or wrapped around corners.
And here’s the reality:
Corners don’t respect 6-inch increments.
Underbar equipment is manufactured in fixed widths. Architecture is not.
When wrapping a station around a corner, the sequencing must remain intact. The reach radius must remain efficient. The space must be filled cleanly.
This is where most layouts fall apart.
Using Component Flexibility to Solve Corner Constraints
Manufacturers such as Krowne, Glastender, and Perlick offer components in multiple widths — and this flexibility becomes invaluable in corner conditions.
For example, soda gun holders are commonly available in both 4″ and 6″ widths. Functionally, they perform the same task. The difference is spatial accommodation.
That two-inch adjustment can eliminate the need for custom fabrication or awkward filler panels.
Similarly, dipper wells — the sinks used to rinse bartender tools — are offered in a range of configurations. Krowne’s “Speed Units,” for example, include dipper wells ranging from 8″ to 24″ in width, often in 4″ or 6″ increments.
Those size variations are not accidental.
They allow a designer to:
- Maintain proper sanitation
- Preserve workstation sequencing
- Close open gaps
- Avoid dead space
- Calibrate around corners
Local health departments typically require at least one dump sink per bar. In practice, each bartender station should have one. The availability of multiple dipper well sizes makes it possible to meet that requirement without sacrificing efficiency.
When manufacturers get it right, they don’t just close gaps — they convert wasted space into functional production zones.
The difference isn’t the stainless steel.
It’s understanding how to deploy it.
Too Few Stations for the Labor Load
I frequently see large bars staffed with five bartenders — but only two functional bartender stations.
The result?
Idle labor. Bottlenecks. Slow ticket times. Frustrated customers. Worse yet, if you make your customers angry, they might never return.
Station count must correlate with peak volume and staffing density.
If a 40-foot bar only uses 40% of its underbar space effectively, that inefficiency is not cosmetic. It is financial.
Throughput suffers. Revenue suffers.
The above bar was “designed” to meet the demands of a sports bar with an occupancy in excess of 350 patrons. It relies on only two bartender stations to serve a high-capacity space, while lacking proper glass storage behind the bar. Combined with poor layout and limited workstation distribution, this creates bottlenecks and reduces throughput during peak service.
A general rule of thumb is that you need one bartender station for every 75 patrons. If you plan to serve a high-level of draft beer (such as a pizza restaurant), you can probably eliminate one bartender. The bar shown in the above photo violates just about every principle in bartender station design – it has too few stations, they’re improperly designed and has inadequate glass storage. Narrow island bars such as this require overhead bottle and glass storage in order to meet the anticipated production objectives, as I covered in another blog post.
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Why Predesigned Stations Exist — and Why They’re Not Enough
Predesigned bartender stations are not wrong. They are incomplete.
They provide structure. They demonstrate sequencing. They help casual designers move forward.
But real bars have defined architectural constraints. To properly fill them, a designer must understand the full spectrum of available component sizes and configurations — and know how to adjust them while preserving sanitation, functionality, and workflow. This is the first step in achieving bartender station design that brings meaningful results.
That’s not catalog selection.
That’s applied expertise.
The Real Cost of Getting It Wrong
In the end, bartender station design isn’t about stainless steel. It’s about throughput.
A bar that is poorly calibrated may look finished, pass inspection, and even function — but it will never perform at its potential. It will carry excess labor. It will slow service. It will quietly bleed revenue.
Manufacturers provide components. Health departments establish requirements. Architects define dimensions. But none of those elements, on their own, produce a high-performing bar.
Performance happens when every inch of underbar space is justified — when equipment is sized intentionally, sequenced correctly, and adapted to real-world geometry.
A bartender station is not assembled. It is engineered.
And when it’s engineered properly, the difference is immediate: service becomes fluid, labor becomes efficient, and the bar operates as a cohesive production system rather than a collection of parts.
That outcome isn’t accidental.
It’s the result of informed design.
These examples highlight a reality that most casual designers overlook: real bartender stations are rarely built exactly the way manufacturers illustrate them in catalogs. Every bar presents unique spatial constraints, and successful layouts require adjusting component sizes and locations to fit the architecture while preserving workflow efficiency.
The above image is a bar equipment layout that illustrates how bartender stations, equipment, and storage must be coordinated within a fixed footprint. Unlike catalog examples, real bar designs require adjusting component sizes and locations to fit the space while maintaining efficient workflow.
What Equipment Do Bartender Stations Contain?
Bartender stations vary by use. For instance, bars for fine dining restaurants require different bar equipment than sports bars and pizza restaurants. In general, if your bar utilizes soda guns, a bartender station will often include the following components:
- Glass rack
- Ice bin with soda gun holder, garnish tray, mixer bottle rack, and a single speed rail
- Liquor steps
- POS station
- Dump sink with dipper well
- Waste receptacle
A fully equipped bartender station containing these elements ranges from 114 – 126 inches in length, as shown in the illustration below. (Note: for those who prefer to have their POS and cash drawer on the back bar, deduct 24″).
The above configuration allows a bartender to handle nearly every core task—mixing drinks, accessing liquor, rinsing tools, discarding waste, and processing payments—without leaving their workstation. When properly sequenced, the bartender can operate efficiently within one or two steps, while maintaining sanitation and speed of service.
The components we actually use in our bartender station designs varies not only by venue type, but also by size and geometry. I’ll explain how these concepts are applied later in this article.
The configuration shown above illustrates a fully-equipped bartender station design with proper sequencing of components, including ice bin, sink, liquor storage, and workspace. When designed correctly, a station such as this allows for efficient, uninterrupted workflow.
Adjusting the Bartender Station for Small Bars
Of course, not every bar has the space to accommodate a 126-inch workstation.
In smaller bars, components often need to be shared or relocated. Items such as the liquor steps, POS stations, dump sinks, and waste receptacles may be placed outside the immediate bartender station footprint.
Cleanliness should always be emphasized, and in my opinion, you can never have too many waste receptacles. In tight layouts, it’s often helpful to store them along the back bar.
Small bars can sometimes benefit from the close proximity of the back bar, which can be used to house:
- POS terminals
- Cash drawers and credit card terminals
- Refrigerated mixers and backup ingredients
Moving components to the back bar can enable the primary bartender station to remain compact without sacrificing operational efficiency.
Example: A 48-Inch Bartender Station in a Small Bar
In the small bar layout shown here, a 48-inch bartender station was used to accommodate space constraints while maintaining essential functionality.
This configuration includes:
- 28-inch ice bin
- 12-inch liquor step
- 8-inch dipper well
The compact dipper well unit by Krowne is particularly useful in these situations. Many health departments require at least one dump sink and one hand sink per bar. By assigning a dipper well to each station, sanitation requirements can still be met without consuming excessive underbar space.
In smaller bars, the key is taking advantage of nearby equipment on the back bar while keeping the bartender’s primary workflow compact and efficient.
Please refer to the above bar equipment plan for a small bar. For your reference, the glass washer is shown in the middle of the bar – the equipment immediately to the right is the first bartender station, and is 48″ long. This compact bartender station design illustrates how limited space requires reducing or combining components. While functional, smaller stations often rely on shared resources and simplified layouts to maintain efficiency.
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How Long Should a Bartender Station Be?
One of the most common misconceptions in bar design is that bartender stations are ordered from a website – from a list of sizes. We simply pick the size we want – right? Wrong!
Manufacturers often promote fixed-length stations — typically from 60″ to 80″ long and nearly every one of them is promoted with a sink and other unnecessary equipment. In reality, bartender station design is task-driven and can vary from 50″ to 126″ in length, depending on the bar’s operational needs, available space, and required equipment. For professional bar designers such as myself is that I’ve never specified any such prepackaged cocktail stations.
So how do we adjust?
Every station needs to be designed from the ground-up!
The Small-Bar Scenario
In smaller bars where space is limited, the bartender station must be carefully engineered to include only the essential components.
If glassware is washed elsewhere — such as in the kitchen — a very compact station can be created.
Glastender offers a nice comprehensive bartender stations they call “All-In-One”. For example, their 50″ bartender station could consist of:
- 36″ combo ice bin with 10-circuit cold plate
- 12″ wet waste sink w/ blender shelf
- 12″ waste chute w/liquor display
This layout technically satisfies most requirements while keeping the station extremely compact.
Other Bartender Station Design Considerations
For other layout options, waste receptacles can also be relocated to the back bar to save space. For example, a Rubbermaid Slim Jim waste container requires approximately 12″ of width, which can easily be accommodated along the back bar.
A single speed rail is typically mounted across the drainboard and ice bin.
If your bar requires a soda gun, the ice bin must be upgraded to a larger model that includes a cold plate. In most equipment lines, the shortest bin capable of accommodating a cold plate is 18″ wide.
Not every small bar needs a soda gun, which is why some very compact stations can operate successfully with smaller ice bins.
The “All-In-One” by Glastender is a series of pre-engineered bartender stations that combine multiple components into a single unit, including ice bin, sink, glass storage, and liquor steps. While these configurations appear comprehensive, they often require adjustment to fit real-world layouts and workflow demands.
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Larger Cocktail Stations for Higher Volume Bars
As bars increase in size and drink volume, the individual components typically become larger.
For example:
- Ice bins may expand from 24″ to 48″ widths
- Additional storage and prep areas may be added
- More bottle storage becomes necessary
In these cases, I often recommend adding components such as:
- Soda gun holders (minimum 4″ width)
- Tiered liquor displays (8″–12″ width)
These small additions greatly improve bartender ergonomics and speed during service.
In larger bars, it is also common for certain components — particularly hand sinks and dump sinks — to be shared between two bartender stations. This allows each station to remain efficient without duplicating every piece of equipment.
This mid-size, pre-engineered bartender station by Perlick represents a common manufacturer configuration. While it provides essential components, real bar layouts often require adjustments to optimize workflow and fit the available space.
The Real Lesson
The key takeaway is simple:
Bartender stations are not fixed packages.
They should be designed by selecting the right combination of components for the specific bar concept, service volume, and available space.
When stations are assembled thoughtfully — rather than copied from equipment catalogs — they become dramatically more efficient for the bartenders who rely on them every night.
How Your Glasswasher Choice Can Change the Entire Bartender Station
Glasswasher selection plays a surprisingly large role in bartender station design.
Many bar designers think of the glasswasher as a separate piece of equipment. In reality, the type of glasswasher you choose can dramatically affect the size and layout of every bartender station in the bar.
Rack-Style Glasswashers
Bars that use rack-style glasswashers must accommodate the glass racks used to transport and store glassware.
Most rack-style machines use 25-compartment glass racks, such as those commonly used with machines like the Moyer Diebel U-HT.
These racks typically measure about 19.75″ × 19.75″.
To accommodate these racks behind the bar, the standard 12″ drainboard cabinets discussed earlier need to increase to 24″ in length.
This seemingly small change has a major consequence:
Every bartender station in the bar grows by at least 12″.
In tight layouts, that extra foot of space can completely disrupt the bar equipment plan — or even make a proposed layout impossible.
For this reason, rack-style glasswashers must be considered carefully during the early design phase.
If you want to see the type of racks commonly used with these machines, examples can be found at WebstaurantStore.
Rack-style glasswashers like the U-HT (shown above), require full-size glass racks, which increases the length of adjacent bartender stations. This added footprint can significantly impact bar layout and workflow.
Rotary Glasswashers
For many one- and two-station bars, a rotary-style glasswasher can be a much better solution.
One of the most well-known examples is the Moyer Diebel Model DF.
Unlike rack-style machines, the DF uses a rotary conveyor carousel that continuously moves glasses through the wash cycle. The rotary glasswasher enables the bartender to pick glasses directly out of the carousel without bending at the waist.
The advantage is operational simplicity.
A bartender can place dirty glasses into the machine, and clean glasses emerge on the rotating carousel ready for immediate use.
This creates a workflow similar to a small assembly line positioned next to the bartender station.
Because bartenders can retrieve glasses directly from the machine, the need for separate glass storage for the adjacent bartender station is eliminated.
In a two-station bar, this often means:
- One bartender works directly beside the rotary washer
- The second bartender works 6–8 feet away
- Only one station requires dedicated glass storage
This arrangement reduces clutter behind the bar and allows the overall bartender station layout to remain more compact.
The bar equipment layout shown above depicts two bartender stations supported by a rotary glasswasher, allowing bartenders to retrieve glassware directly from the carousel. This configuration reduces the need for separate glass storage and improves workflow efficiency.
A Benefit for Draft Beer Service
Another advantage of the DF model is its cold-water rinse cycle.
Cold glasses are particularly beneficial for draft beer service because they help prevent excessive foaming when beer is poured.
For bars that rely heavily on draft beer, this feature can be very useful.
However, the cold rinse cycle also has a trade-off.
Because hot water is not used for sanitation, the machine relies more heavily on chemical sanitizers. This typically results in higher chemical costs compared with high-temperature rack machines.
My Preferred Glasswasher for Many Bars
Because of its operational advantages and space efficiency, the CMA GW100 rotary glasswasher is often my preferred choice for many one- and two-station bar layouts.
In the right environment, it can dramatically simplify bartender workflow and reduce the amount of equipment required behind the bar.
The Takeaway
Your choice of glasswasher is not just a purchasing decision.
It is a design decision that can either support — or undermine — the entire bartender station layout.
A poorly-selected glasswashing strategy can force bartender stations to grow larger than necessary, while the right machine can make a bar significantly more efficient.
Rotary glasswashers like the CMA GW100 allow bartenders to retrieve clean glassware directly from the rotating carousel. This eliminates the need for separate glass storage for at least one adjacent bartender station and improves overall workflow efficiency.
Bartender Station Design FAQs
How long should a bartender station be?
Bartender stations typically range from about 50 inches to 126 inches, depending on the components required. Smaller stations may rely on shared sinks and storage, while larger stations can accommodate full functionality within a single workstation.
What is the ideal size for a bartender station?
An ideal bartender station is approximately 120–126 inches long, allowing space for ice bins, sinks, liquor storage, POS access, and efficient workflow without overcrowding.
How many bartender stations does a bar need?
The number of bartender stations depends on volume, but a general rule is that each station can serve 60–80 guests per hour. Undersized station counts create bottlenecks and reduce revenue.
What is included in a bartender station?
A typical bartender station may include:
- ice bin
- sink (dump sink and/or hand sink)
- liquor storage (speed rails or steps)
- garnish trays
- glass storage
- POS access
The exact configuration depends on the bar’s concept and volume.
Are pre-engineered bartender stations effective?
Pre-engineered stations can provide a starting point, but they rarely fit real-world layouts perfectly. Most successful bars require custom configurations to match space constraints and workflow requirements.
What is the best glasswasher for a bar?
The best glasswasher depends on the layout.
- Rack-style glasswashers increase station length and space requirements
- Rotary glasswashers allow direct access to clean glassware and can eliminate the need for separate glass storage for adjacent stations
Why is bartender station design so important?
Bartender stations directly affect speed, efficiency, and revenue. Poor design leads to longer wait times, wasted movement, and lost sales — issues that are difficult to correct after construction.
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