By Michael Eggebrecht — Artisan Baking Resources
Designing a bakery the right way starts long before you choose your ovens or mixers. It begins with understanding the relationship between your menu, your space, your production capacity, and the daily rhythm of your workflow. In Parts 1 and 2 of this series, we defined your bakery concept and evaluated how much product your space can realistically support. Now, in Part 3, we turn that information into a practical plan—one that ensures your equipment, production flow, and physical space all work together.
This is where many new bakery owners make their most expensive mistakes. They fall in love with equipment that’s too big or buy machines that are too small. They add too many product categories, underestimate the utility load, or forget to design their space around the actual movement of dough through the bakery. The result is a shop that feels cramped, inefficient, and overwhelming before it even opens.
My goal is to help you avoid those mistakes. We’ll walk through each stage of production, clarify how dough moves through the space, and size the key equipment using real-world math—not guesswork—while planning around your true sustainable capacity and leaving room for holiday surges.
By the end, you’ll know how to choose the right equipment, size it correctly, and build a workflow that supports both your daily needs and your long-term growth—whether you’re opening a new bakery or improving an existing one.
Designing the Production Areas
Before you buy a single piece of equipment or sketch your layout, you need to understand the natural rhythm of production inside a bakery. Every professional bakery—whether it’s 800 square feet or 8,000—follows the same sequence of workflow. These stages aren’t optional. They define how dough moves, how staff work, and how efficient (or inefficient) your bakery will become.
We won’t go deep into each area here—but you must understand the overall flow before we can size your ovens, mixers, sheeter, and walk-ins correctly. Equipment only works well when it supports the steps that come before and after it.
Here are the eight core production areas found in every bakery:
1. Receiving & Storage
This is where everything enters the building: flour, inclusions, boxes, packaging, dairy, frozen supplies, and more. A clean, organized receiving area reduces labor waste and keeps your production floor free of clutter. Ingredient flow should move directly into dry storage, refrigeration, or the freezer without crossing production pathways.
2. Scaling & Mixing
Ingredients move from storage to the scaling bench, where each formula is weighed out accurately and staged for mixing. This area should sit close to both dry storage and the mixers. A well-organized scaling station prevents backtracking and maintains consistency across batches.
3. Bulk Fermentation
Once dough comes out of the mixer, it begins bulk fermentation. Whether you use tubs, covered containers, or bench rest, this phase requires floor space and predictable temperature. Bulk fermentation is one of the biggest natural bottlenecks in a bakery, so its location and capacity must be planned carefully.
4. Dividing & Shaping
After fermentation, dough moves to the bench for dividing, pre-shaping, resting, and final shaping. This area needs plenty of bench space and easy access to dough tubs, flour bins, and shaping tools. It also needs to sit close to the proofing or retarding area so dough movement is quick and smooth.
5. Proofing & Retarding
Different products require different proofing environments. Pan bread may rise in ambient conditions, sourdough often proofs overnight in the walk-in, and Viennoiserie demands precise temperature and humidity control. Proofing is where your timing, temperature, and workflow converge, and the right proofing plan is critical to consistency.
6. Baking
This is the heart of your bakery. Everything flows toward the ovens. The type of oven you choose—deck, rack, revolving, or a combination—dictates your baking pace, your loading style, and your production capacity. Oven selection is one of the most important decisions you’ll make, and it influences nearly every other piece of equipment.
7. Cooling
After baking, product needs time and space to cool properly before slicing, glazing, bagging, or boxing. Cooling racks need to be placed out of the main production pathways but close enough to the ovens and packaging area to keep movement efficient.
8. Packaging
This is the final stop before product hits the retail shelf or leaves for delivery. Packaging requires its own dedicated footprint, separate from the main production floor, with shelving for bags, boxes, stickers, and labelers. This is also where staging happens for wholesale orders, pickup, and retail service.
When these eight stages are arranged in the right order—and sized according to the real volume of dough moving through your bakery—everything feels smooth and predictable. When they aren’t, the bakery becomes chaotic, cramped, and labor-heavy.
This is why equipment sizing depends on workflow, and workflow depends on these production areas. Everything is connected, and everything in your bakery should support this natural sequence.
Understanding Your Production Capacity: 1.0 vs. 1.33 lbs per Square Foot
Before we size any equipment, we need to clarify how much your bakery can realistically produce. In earlier parts of this series, we introduced the concept of pounds of dough per square foot of production space, and now we’re going to put that into practical use. These numbers drive every decision you’ll make about equipment, workflow, utilities, and staffing.
There are two numbers that matter:
1.0 lb of dough per square foot — your sustainable daily production
This is the volume your bakery should be comfortable producing on a normal day. It represents the amount of dough you can handle with a manageable workload, predictable rhythm, and a reasonable day for you and your team. For many bakeries, this level of production fits into a 10–12 hour workday, though in some cases it may stretch to 14–16 hours during startup or staffing shortages. That’s acceptable—but not ideal. The key is to design your space and choose your equipment so you do not depend on 16-hour days to hit your normal numbers.
1.33 lbs of dough per square foot — your maximum push
This is the absolute upper limit of what your space can produce in a full 24-hour cycle. It is not your daily goal and not your baseline. It’s the “holiday stretch,” the capacity you reach during Thanksgiving, Christmas, Easter, or a major wholesale surge. Hitting the 1.33 number requires starting earlier, baking later, adding more hands, and filling every inch of walk-in and rack space. It’s intense, but doable—because your bakery was designed for flexibility.
Why This Distinction Matters
Your equipment should be sized around the sustainable number—1.0 lb per square foot—because that is how you will operate 95% of the year. When your regular day is sized correctly, everything feels smooth, efficient, and manageable. You have enough space at each workflow stage, your ovens can keep up, and your mixers aren’t running flat out all day.
The extra 0.33 lbs is simply headroom.
You use it only when the calendar demands it.
It’s the margin that keeps your bakery profitable during peak weeks without requiring you to buy oversized equipment or run exhausting daily shifts.
In short:
Design your bakery for the 1.0 lb/sf sustainable day.
Use the 1.33 lb/sf capacity only for holiday surges and special events.
This balanced approach allows you to grow steadily, protect your labor, and build a production system that can flex when needed but never overwhelms you on a normal Tuesday in March.
Rebecca Kneads Dough — Our Case Study Bakery
To make these concepts real, let’s walk through a practical example. We’ll use a hypothetical bakery—Rebecca Kneads Dough—to demonstrate how to size equipment and plan workflow based on actual production capacity, not hope or guesswork.
Rebecca has been baking out of her cottage kitchen for years. She produces about 75 loaves three times a week, along with muffins and cookies for the local farmers’ market. Her sourdough has a loyal following, and her breakfast pastry sells out every weekend. Now, she’s ready to take the next step and open a brick-and-mortar bakery.
One of her biggest goals is to expand into Viennoiserie—croissants, pains au chocolate, and Danish pastries that naturally elevate her morning revenue. These products bring customers back multiple times per week and are a smart addition to her existing bread and pastry lineup.
After months of searching, Rebecca finds the perfect location on Main Street in a growing city of 50,000 people. The building gives her:
- 1,800 square feet total
- 600 square feet of retail, enough for indoor seating and a small grab-and-go display
- Outdoor seating, adding another 400 square feet of seasonal capacity
- Two ADA-compliant restrooms, required for the seating count
- 1,200 square feet of dedicated production space
The production area is where the real math begins. Using the framework from earlier articles, Rebecca now understands that her 1,200 square feet can support:
- 1,200 lbs/day at sustainable production
- Up to 1,600 lbs/day at maximum holiday-level production
Those two numbers will guide every piece of equipment she selects, from ovens to mixers to walk-ins. A bakery designed around sustainable production operates smoothly and profitably; a bakery designed around the maximum will feel tight and stressful from day one.
Rebecca is taking the smarter path. She will size her equipment around the sustainable number, while leaving herself the flexibility to stretch into the higher capacity during peak weeks when demand skyrockets.
Now that her space and production potential are clear, we can begin to size her equipment with confidence.
Understanding How Bread and Pastry Share Sales but Not Space
Before we move into sizing Rebecca’s equipment, we need to clarify something that almost every new bakery owner misunderstands: bread and pastry may generate similar sales, but they consume production space very differently. This is one of the key reasons bakeries feel tight, under-equipped, or out of balance—owners assume equal revenue means equal footprint, and it simply does not.
Here’s why.
Bread is bulky, space-intensive, and lower value per cubic foot.
A sourdough boule weighing 16 ounces might sell for $5–6, but you can only fit 5–6 boules on a full sheet pan or fermentation board. Bread dominates:
- walk-in rack space
- proofing shelves
- oven decks
- cooling racks
- floor space during bulk fermentation
Bread requires room. Lots of it.
Pastry is compact, high-value, and efficient.
A croissant or pain au chocolat might also sell for $5–6, but it weighs 3–4 ounces, and you can easily fit 12 per sheet pan. The same revenue takes up:
- a fraction of the oven space
- a fraction of the cooling space
- less walk-in rack space
- smaller shaping/bench area
This means pastry generates more dollars per square foot of production.
Equal sales ≠ equal space.
Even if Rebecca’s bread and pastry sales are equal in dollars, bread will require far more physical footprint in the bakery. Pastry will dominate refrigeration and sheeter space, but bread will dominate:
- fermentation
- shaping
- proofing
- oven loading
- cooling
- packaging volume
This is why bakeries often struggle when they try to run a full bread program and a full pastry program without understanding the spatial demands of each category.
How This Applies to Rebecca’s Bakery
Earlier, we established Rebecca’s sustainable daily production:
- 1,200 lbs/day total dough
- approx. 960 lbs bread dough (80%)
- approx. 240 lbs pastry dough (20%)
Even though pastry makes up 20% of the dough weight, it may easily represent 40–50% of her revenue. And yet, pastry will use far less square footage than bread.
But here’s the important part:
Bread and pastry share critical production spaces.
In Rebecca’s bakery:
- The spiral mixer will be used for both bread and détrempe
- Some pastry doughs can be rolled out where bread is normally shaped
- The walk-in will store both overnight sourdough and laminated dough
- The same cooling racks will be used for croissants and boules
- Packaging space serves both product lines
This shared workflow allows Rebecca to operate efficiently without expanding every stage of production to accommodate two “full-size” product categories.
Shared space is why a bakery with limited square footage can still produce an impressive volume of mixed product.
But it also highlights why choosing the right product categories matters so much: too many categories, and your shared spaces collapse under competing demands.
The Real Takeaway
Bread and pastry may generate similar sales, but bread consumes far more space per dollar earned, while pastry is compact and high-value. Smart workflow design lets both coexist efficiently by sharing equipment and production zones.
Understanding this distinction is crucial before you size:
- your ovens
- your mixers
- your sheeter
- your walk-ins
- your cooling racks
- and your packaging zones
Now that we’ve established how dough weight translates into actual production space, we can begin sizing Rebecca’s equipment accurately and confidently.
Sizing the Deck Oven — The Heart of Rebecca’s Bakery
With Rebecca producing roughly 960 lbs of bread dough per day when her bakery gets into full-swing, the deck oven becomes the single most important piece of equipment in her bakery. It dictates her baking window, labor hours, workflow, and ultimately her profitability. If there’s one place where it pays to size up, it’s the deck oven.
We’re going to use a real-world throughput number:
18 lbs of dough per square meter of deck surface per hour
This isn’t a marketing number from a brochure. It’s based on what real bakers actually achieve in production bakeries around the world.
Rebecca’s sustainable daily bread production is:
- 960 lbs of bread dough per day
(80% of her 1,200 lbs total)
To see how much deck surface she needs, we convert her daily bread load into “deck surface-hours”:
- 960 lbs ÷ 18 lbs/sq m/hour ≈ 53.3 sq m-hours
Spread over different baking windows:
- Over 10 hours: 53.3 ÷ 10 ≈ 5.3 m² of deck surface
- Over 8 hours: 53.3 ÷ 8 ≈ 6.6 m² of deck surface
So, on a typical day, Rebecca needs roughly 5.3–6.6 m² of deck surface to bake her bread in an 8–10 hour bake shift.
The Recommended Oven: Empire Minitube 5-100×140 (Gas)
Now let’s look at an oven that fits her operation extremely well:
Minitube 5-100×140
- Five decks
- Each deck: 100 × 140 cm
- Total baking surface: 80 sq ft, which is about 7.4 m²
That means:
- Deck area available: ~7.4 m²
- Throughput per hour: 7.4 m² × 18 lbs/m² ≈ 133–134 lbs/hour
At that rate, Rebecca can bake:
- In 8 hours: ~1,070 lbs
- In 9 hours: ~1,200 lbs
- In 10 hours: ~1,338 lbs
So in a bake shift of just under 8 hours, this oven can comfortably handle her entire 960 lbs of daily bread with margin to spare. In a 10-hour window, it can even push into her holiday-level bread volume when needed.
In other words:
This oven is not just “big enough” — it’s comfortably sized.
It lets her finish the bake sooner, not later.
Why the Larger Oven Is the Right Business Decision
Many new bakery owners are tempted to buy the smallest oven that can technically handle their load. On paper, it looks like they’re saving money. In reality, they end up paying for that decision every single day in labor and stress.
A slightly larger deck oven like the Minitube 5-100×140 gives Rebecca:
- Shorter bake shifts — potentially saving 1–2 hours of labor per day
- More flexibility in her bake order (boules, batards, pan breads, focaccia, holiday items)
- Room to grow without immediately outgrowing the oven
- Easier holiday pushes, when she approaches the 1.33 lbs/sf maximum
- A better quality of life as an owner-operator
Saving even an hour per day at the oven is significant. That’s:
- 5–7 hours per week
- 250–350 hours per year
- Thousands of dollars in labor and a lot more energy left in the tank
And remember: a good deck oven can last 20–30 years. The one-time cost difference between a “bare minimum” oven and a properly sized oven is quickly offset by daily labor savings and a more manageable bake schedule.
How the Rack Oven Fits In
With a solid hearth deck oven handling most of the bread, the rack oven can focus on:
- Pastry
- Cookies
- Pan breads and rolls
- Holiday items like stollen and sweet breads
On peak days, it can also support bread production, further easing the load on the deck oven. But the key is this: the deck oven is sized so it doesn’t struggle on a normal day.
Bottom Line
The Minitube 5-100×140, with 80 sq ft (about 7.4 m²) of baking surface, is an excellent choice for Rebecca.
It’s sized for comfort, not just survival — and that difference shows up every single day in labor, workflow, and profitability.
Sizing the Rack Oven — The Workhorse for Pastry, Cookies & Support Baking
With the deck oven sized to handle the heart of Rebecca’s bread program, we can now focus on the second major baking engine in her bakery: the rack oven. While the deck oven defines the quality of her hearth breads, the rack oven defines her efficiency, product diversity, and labor balance.
The rack oven is where pastry thrives, cookies cycle quickly, and pan breads or rolls can bake evenly and consistently. It also serves as a relief valve for the deck oven—especially during peak production.
For a bakery of Rebecca’s size, a single rack oven is the perfect companion to her Minitube deck oven.
Recommended Rack Oven: Empire FOX Single Rack Oven
The Empire FOX Single Rack Oven is a well-balanced oven for an artisan retail bakery. It is large enough to support serious pastry volume yet compact enough to avoid overwhelming her utility load.
Typical capacity:
- 10 full sheet pans per rack for croissants and laminated pastries
- 15 full sheet pans per rack for cookies
- Great for pan breads, rolls, buns, and certain enriched dough items
- Even, gentle convection ideal for viennoiserie
It complements the deck oven beautifully.
How Rebecca Uses the Rack Oven
Rebecca produces 240 lbs of pastry dough per day, but only the laminated portion—roughly 160 lbs of détrempe—becomes croissants and Viennoiserie. The rest is muffins, cookies, and quick breads, which we account for separately. That laminated dough translates to:
Croissants & Viennoiserie
A typical croissant weighs 3.5–4 oz, so:
- ~160 lbs of détrempe = ~2,560 oz
- 2,560 oz ÷ 4 oz = ~640 pieces per day
With 12 pieces per pan, that’s:
- 640 ÷ 12 = ~53 sheet pans
At 10 pans per rack, Rebecca can bake this in about 5–6 rack loads.
With an average cycle time of 18–22 minutes for croissants and Danish:
- 6 cycles × ~20 min = ~120 minutes
≈ about 2 hours of laminated baking
Add her cookies, muffins, and quick breads on top of that, and the rack oven still moves through the full pastry program in a few focused hours—keeping the deck oven completely free for bread.
Beyond Pastry: Cookies, Rolls, Pan Breads, and Holiday Products
Rebecca will also use the FOX oven for:
- Cookies (15 pans per cycle)
- Muffins
- Cinnamon rolls
- Pan loaves
- Dinner rolls
- Focaccia in pans
- Seasonal stollen or sweet breads
- Finishing pastries with glaze or toppings
This offloads a lot of “non-hearth” products from the deck oven, reducing congestion and tightening her daily baking rhythm.
How the Rack Oven Supports the Deck Oven on Peak Days
During holiday weeks—when Rebecca pushes toward the 1.33 lbs/sf maximum—the rack oven becomes mission-critical.
The rack oven can:
✔ Take all pastry production
This keeps the deck oven fully dedicated to bread.
✔ Handle pan breads and rolls
Freeing up deck space for boules, batards, and specialty loaves.
✔ Bake enriched or fruit-heavy doughs
These often perform better in a convection environment anyway.
✔ Absorb overflow bread
Especially pan loaves, focaccia, holiday breads or anything that doesn’t require a stone hearth.
This is how Rebecca sustains a full holiday production load without overextending her team or compromising quality.
Meanwhile, the deck oven can focus entirely on:
- High-hydration sourdough
- Country loaves
- Specialty round and long loaves
- Hearth breads requiring steam and stone
This division of labor is what creates a smooth bakery.
Mixing: Spiral and Planetary Mixers
With the ovens sized, the next critical step is making sure Rebecca can feed them. That means choosing mixers that can comfortably handle her daily dough load without forcing her into 16-hour days or nonstop mixing.
For Rebecca, this comes down to two core mixers:
- A spiral mixer for bread dough and laminated détrempe
- A planetary mixer for batters, fillings, icings, and small-batch items
Spiral Mixer — The Bread and Détrempe Engine
From earlier, we know Rebecca’s sustainable daily production is:
- 960 lbs of bread dough
- 240 lbs of pastry dough, some of which will be laminated dough (détrempe) mixed in the spiral
A realistic planning number for the spiral mixer is:
About 1,120 lbs of total dough
(bread dough + the portion of pastry dough that runs through the spiral)
Now we need to decide how fast she should be able to mix that.
In a well-run bakery, it’s ideal to:
- Complete the bulk of mixing in the first 4–5 hours of the day
- Allow the mixer operator to help on the bench once mixing tapers off
- Avoid mixing all day long just to keep up
We also need to account for technique. If Rebecca uses autolyse or rest periods, she may average only 2 full batches per hour in the spiral, not 3–4.
So let’s plan for:
- 2 mixes per hour
- 5 hours of mixing
- ≈10 total mixes
To comfortably handle 1,120 lbs of dough in 10 mixes, the spiral mixer should hold roughly:
1,120 lbs ÷ 10 mixes = 112 lbs of dough per batch
That gives us a target:
Spiral capacity target: ~110–130 lbs of dough per batch
A very good fit for this range is the IRIS 60 spiral mixer, which has a dough capacity of about 132 lbs per batch(depending on hydration).
With this mixer, Rebecca can:
- Mix out her entire bread and détrempe load in about 5 hours
- Maintain higher-quality mixes (proper development without overloading)
- Free herself or a team member to help with dividing and shaping for the remainder of the shift
Pro Tip: Slightly Bigger Is Smart, But Don’t Outrun Your Ovens
If Rebecca wants to shorten her mixing window, she could step up one size. A larger spiral mixer will:
- Reduce the total number of batches
- Save labor hours over the course of a year
- Provide room for future growth
However, there’s no benefit in jumping to a mixer that can produce far more dough than the ovens can bake. Sizing the spiral appropriately to the deck and rack oven capacity keeps the system balanced.
Planetary Mixer — Flexibility for Batters, Fillings & Small Batches
The spiral mixer handles the heavy lifting for bread and certain doughs, but Rebecca still needs a planetary mixer for everything else:
- Muffin and cake batters
- Cookie doughs (especially small or specialty batches)
- Icings, glazes, and fillings
- Cream cheese spreads, ganaches, and toppings
- Occasional small-batch doughs or test formulas
Choosing the right size here is less about total dough weight and more about batch style and variety.
If Rebecca plans to offer:
- Lots of variety (several flavors of cookies, muffins, frostings, etc.) with smaller batches, a 30 qt or 40 qt planetary mixer is ideal.
- Fewer SKUs but larger batches (e.g., one or two main cookie doughs in big volumes), a 60 qt might make sense—but for a retail bakery like hers, that’s not usually necessary.
For her concept and scale, a 30–40 qt planetary mixer strikes the right balance:
- Large enough to handle serious production days
- Small enough to mix multiple flavors without massive waste
- Flexible for both batter and icing work
- Affordable, easy to place, and simple to power
If there’s any doubt, I generally recommend:
A 40 qt planetary mixer as the default choice for a small-to-medium retail bakery.
It’s the most versatile “middle ground” and can be paired with a smaller countertop mixer later if she wants a dedicated unit for very small batches.
The Mixing Takeaway
The goal isn’t to crown one mixer more important than the other. The goal is to make sure that:
- The spiral mixer can mix all bread and détrempe (≈1,120 lbs) in about 5 hours at 2 mixes per hour.
- The planetary mixer can comfortably handle the variety and batch sizes of batters, cookie doughs, and icings without constant overloading or underfilling.
When the math is right, mixing becomes a controlled, front-loaded part of the day—not an all-day scramble just to keep dough moving toward the ovens.
Selecting the Dough Sheeter — A Critical Tool for Viennoiserie
Viennoiserie is one of the most profitable and labor-intensive categories in any bakery, and Rebecca plans to make it a signature part of her offering. But it’s important to clarify that while her pastry category totals about 240 lbs per day, only a portion of that is laminated dough. The rest is a mix of:
- Muffins
- Cookies
- Quick breads
- Icings and fillings
- Small-batch pastry items
Based on her menu and her goals, Rebecca will likely produce 100–160 lbs of détrempe per day. That is a very manageable, efficient volume for a floor-model sheeter—and it’s exactly where this piece of equipment becomes invaluable.
Why a Floor-Model Sheeter Is the Right Choice
While tabletop sheeters have their place, they quickly become limiting when you introduce daily lamination. A floor-model sheeter offers:
- Wider working width
- Longer belts for efficient folds and turns
- More uniform pressure
- More consistent lamination
- The ability to process 12–20 lb dough blocks
- Faster, cleaner workflow with less physical strain
This is the difference between lamination being a 2–3 hour task versus a 5–6 hour grind.
For Rebecca—who will be handling roughly 8–12 détrempe blocks per day—a tabletop sheeter would slow her down and add unnecessary labor.
The Recommended Model: Empire’s 614 Floor Sheeter
Empire’s 614 is an ideal fit for Rebecca’s operation:
- It handles 12–20 lb dough blocks with ease
- It folds up to save space
- It rolls out of the way when not in use
- It’s strong enough to keep up with daily lamination
- It provides consistent pressure for flaky, even layers
Most importantly, it gives Rebecca the capacity and efficiency she needs without occupying excessive floor space.
How the Sheeter Fits into Rebecca’s Daily Production Flow
Rebecca’s lamination process will typically look like this:
- Mix détrempe in the spiral mixer
- Hold dough block in the walk-in overnight
- Lock in butter
- Perform single and double turns
- Rest between turns
- Sheet and cut final shapes
- Freeze, proof, bake
Working with larger dough blocks (in the 12–20 lb range) means:
- Fewer batches to mix
- Fewer rest periods
- Less bench work
- Faster lamination cycles
- Better consistency from day to day
The floor model sheeter ensures Rebecca can move through these steps smoothly without bottlenecking the entire pastry side of her operation.
Sheeter Takeaway
For a bakery producing 100–160 lbs of laminated dough per day, a floor-model sheeter is essential.
It improves consistency, saves hours of labor each week, and helps Rebecca meet demand without burning herself out.
Empire’s 614 gives her the exact balance of throughput, durability, and efficiency she needs as both an owner-operator and a growing bakery.
Sizing the Walk-In — Bread + Pastry + Peak Expansion
A walk-in cooler is one of the most important pieces of equipment in Rebecca’s entire bakery. It controls fermentation, staggers workflow, absorbs peak production, and keeps both bread and pastry moving smoothly through the day. To size it correctly, we need to understand everything that will go into the walk-in—not just overnight sourdough.
Let’s break it down.
Daily Bread Requirements (Sourdough Overnight)
Earlier we established that on a normal day, Rebecca produces:
- 960 lbs of bread dough
- Minus ~300 same-day loaves (baguettes, ciabatta, etc.)
- Leaving ~660 loaves of sourdough for overnight retarding
Using couche/board math:
- 6 loaves per board
- 12 boards per rack
660 loaves → 110 boards → 10 racks of bread
This is her daily bread requirement.
✔ 10 racks for overnight sourdough
Daily Pastry Requirements (Laminated + General Pastry Cooling/Resting)
Rebecca’s total pastry category is about 240 lbs per day, but only part of that is détrempe.
The walk-in must hold:
- Détrempe resting between turns
- Butter blocks
- Shaped croissants and Danish during final proof or retard
- Ready-to-bake pastries
- Sheet pans of raw laminated items
- Tubs for chilled pastry doughs
- Overflow production when the bench gets busy
For a bakery of this size, the pastry side typically uses:
✔ 4–6 racks per day
(We’ll plan for 5 — a safe, realistic number.)
✔ So that’s 5 racks for pastry
Daily Walk-In Requirement: 15 Racks
Add them together:
- 10 racks bread
- 5 racks pastry
= 15 racks needed every single day
for a normal production load.
This aligns with how real bakeries operate: pastry and bread always compete for walk-in real estate. Building for this from the start prevents headaches later.
Peak Week Expansion (1.33 lbs/sf)
On holiday weeks—when Rebecca pushes toward her maximum production of ~1,600 lbs of dough per day—her walk-in needs room to grow.
During these weeks, the center aisle becomes:
Her expansion lane
Instead of staying open, it fills with additional racks. With bread volumes rising to ~14 racks and pastry often bumping to 6–7 racks, Rebecca may need:
- 18–20 racks total during peak production
A well-designed walk-in should allow this without changing its footprint.
The Ideal Layout: 2 Rows of 4 Racks on Each Side + a Center Aisle
Here’s the walk-in layout that supports both normal production and peak-season overload:
Left Side:
- 2 rows × 4 racks = 8 racks
Right Side:
- 2 rows × 4 racks = 8 racks
Center Aisle:
- Open during normal production
- Can hold 4–6 racks during peak weeks
Normal day capacity:
- 8 racks left
- 8 racks right
- Center aisle open
- You simply don’t fill all 16 spots
- You use 15 total (10 bread + 5 pastry)
Peak capacity:
- Use all 16 wall positions
- Fill the center aisle (4–6 more racks)
- Total capacity: 20–22 racks
This matches her production curve perfectly.
Walk-In Takeaway
Rebecca needs daily capacity for 15 racks—10 for bread, 5 for pastry—with a center aisle that allows expansion to 20+ racks on peak weeks.
The most efficient design is two rows of 4 racks on both sides, with the center aisle left open for daily use and filled during holiday surges.
This is a professional, scalable, real-world walk-in layout that will serve her bakery for years.
Don’t Forget the Ancillary Equipment
By now you’ve seen how important it is to size your major equipment using real production math—not wishful thinking. But there’s another category that bakery owners often overlook: ancillary equipment. These are the supporting tools that keep your bakery running smoothly, and they need to be sized and planned for using the exact same logic we’ve applied to ovens, mixers, sheeters, and walk-ins.
This article is already long, so we won’t break each item down in detail here. But it’s important to understand that every bakery has dozens of smaller pieces of equipment that must fit into your layout, your workflow, your utilities, and ultimately your budget.
Here are the most common items you’ll need to plan for:
Water & Dough-Temperature Control
- Digital water meter (temperature-controlled)
- Water chiller
- Filtration and backflow prevention
- Dedicated hot/cold supply lines
Dough temperature affects everything. These items are mission-critical.
Ingredient Handling & Storage
- Baker’s scales (bench, platform, micro)
- Ingredient carts
- Flour bins and airtight storage
- Shelving for dry goods and packaging
- Food-safe containers for inclusions and mixes
These directly impact efficiency at the scaling bench.
Racks, Carts, and Boards
- Speed racks
- Couche/boards for sourdough
- Sheet pans
- Cooling racks
- Dough tub carts
- Specialty carts for pan breads or laminated dough
You will need more of these than you think.
Worktables & Benches
- Stainless steel and wood worktables
- Shaping benches
- Lamination tables
- Under-counter refrigeration (as needed)
Smallwares & Hand Tools
- Dough knives, scrapers, and bench tools
- Mixing bowls
- Timers and thermometers
- Laminating spatulas and cutters
- Rolling pins
- Buckets and lids
Sanitation & Safety
- Hand sinks
- Mop sinks
- Three-compartment sink
- Sanitizer stations
- Cleaning tools
- Fire suppression considerations
Inspectors will look for these before anything else.
Packaging & Retail Support
- Bread bags and boxes
- Pastry boxes
- Labels and labelers
- Heat sealers
- Shelving and staging racks for pickup or delivery
Packaging is its own workflow and needs dedicated space.
If You Need Help, I’m Here
If you’ve made it this far, you’re serious about building your bakery the right way—and I respect that. You put in the work, and that already puts you ahead of most new bakeries.
Remember: the decisions you make now will either create a bakery that feels calm, organized, and profitable… or one that feels stressful from day one. Plan carefully. Use the math. Trust the workflow.
And when you need help—or just want a baker who’s been through this process hundreds of times to walk alongside you—I’m always here.