Help me in some important things for new bakery like equipment and packaging

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Hey there, baking friends! I hope you're all doing well and feeling happy. I have some exciting news to share with you all. As a housewife who loves baking, I've been running a successful home bakery. But now, something great has happened, and I'm getting the chance to open a bakery in town!

So, I need your help and advice. I'm not an expert in the business stuff, but I know you guys have a lot of experience. I want to know what baking equipment I should get for my new bakery. You know, things that will help me bake more efficiently and make my goodies even better.

Also, I'm looking for some ideas on how to package my baked goods in a cool way. I want the packaging to catch people's eyes and be friendly to the environment at the same time.

My husband's feeling better now, so I can focus more on this bakery dream of mine. I want to make sure I'm fully prepared to handle more customers and make everyone happy with my treats.
 
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I browsed through many online stores and found webstaurantstore.com for equipment and thecustombakeryboxes.com for my custom gable boxes. So, I have shared both links with you guys. Could you please check them out and give me your suggestions on whether these are good sites or not?
 

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you aren't a professional baker, please don't do this.
you will lose every dime you spend in this venture.
 
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you aren't a professional baker, please don't do this.
you will lose every dime you spend in this venture.
Thank you for your concern, but I believe in myself and my passion for baking. While I may not be a professional baker yet, I'm determined to learn and improve. Starting this bakery venture is a dream I want to pursue, and I'm willing to work hard for it. I understand there are risks, but I'm prepared to face the challenges and grow from the experience, regardless of the outcome. Your support and encouragement would mean a lot to me as I embark on this exciting journey.
 
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Hey there, baking friends! I hope you're all doing well and feeling happy. I have some exciting news to share with you all. As a housewife who loves baking, I've been running a successful home bakery. But now, something great has happened, and I'm getting the chance to open a bakery in town!

So, I need your help and advice. I'm not an expert in the business stuff, but I know you guys have a lot of experience. I want to know what baking equipment I should get for my new bakery. You know, things that will help me bake more efficiently and make my goodies even better.

Also, I'm looking for some ideas on how to package my baked goods in a cool way. I want the packaging to catch people's eyes and be friendly to the environment at the same time.

My husband's feeling better now, so I can focus more on this bakery dream of mine. I want to make sure I'm fully prepared to handle more customers and make everyone happy with my treats.


You’re asking the wrong questions.



Equipment and packaging cannot be selected until you have a product line that is formulated AND production tested.


Home baking is done with recipes. A recipe is a list of pre-measured ingredients and mixing instructions. This approach cannot be used in commercial production.


Commercial baking is done with a formula. A formula is established percentages of specific ingredients, the percentages of which have been calculated against a fixed value. For example, in baked goods using wheat flour, the fixed value is the flour. In a pastry cream, the fixed value is whole milk.

If you don’t know baker’s percentages and Desired Dough Temperature (DDT) and how to use them, you cannot run a bakery. Both are required to bake successfully as these fundamental principles are the basis for scaling, quality control, and business management.

You cannot select equipment and tools if you do not have a developed AND tested product line. For instance, most bread requires a different type of oven (deck) from most pastries (convection).


A deck oven bakes by heating the oven floor, then transferring that heat from the floor directly to the product/pan that is placed on it.


A convection oven works by heating air and circulating it within the oven chamber by a fan. Hot air blowing around the baking pans/sheets will dry out products that require some moisture retention, like bread.

While a convection oven is good for cookies, cake, and tarts, its drying effect is not good for most breads


The fan on most convection ovens cannot be shut off since convection IS baking with hot air. The fan on a many convection ovens are strong enough to blow batter out of the tins/pans. So baking cupcakes and muffins are problematic. If these are in your product line, you need to research and test different convection ovens to ensure it can bake these products without damage.


Having adeveloped product line determines the equipment and tools required to run your business.


Learning baker’s percentages is just part of the process. The assumption in learning baker’s percentages is the baker also knows methods, techniques, and science of baking.

Home baking methods cannot be used for commercial baking. Cookbooks are revise for home use since the average cook doesn't have the baking knowledge and/or access to equipment, tools, and ingredients used in commercial production.

For example, home recipes call for creaming butter and sugar with “room temperature” butter. There’s no such thing as room temperature--every ingredient must be used at a specific temperature to ensure the correct finished dough/batter temperature. For example, a finished cookie dough and a cake batter must not exceed 68°F to ensure the plasticity of butter is maintained. If “room temperature” butter is used, the finished dough/batter will exceed DDT. Cookies will bake flat as pancakes and cake will not rise to it's potential.

Commercially produced dry butter sheets are used for laminated doughs in a commercial bakery. The average home cook doesn't know what dry is and doesn't have access to it.

So knowledge of fundamental baking science is a major part of production.

Enthusiasm is great, but not a replacement for fundamental commercial baking knowledge.


If you have never taken any professional baking classes, I strongly recommend you at least start educating yourself. You simply cannot use home baking methods for commercial production.



Examples of baking formula below. Baker’s percentages are required to scale production to demand. If ten 9” vanilla cakes are needed on Saturdays and only five on Wednesdays, or 36 chocolate chip cookies Tuesdays and 60 on Fridays and Saturdays, the only way to scale up and down AND the only way to maintain the same quality batch-to-batch is with baker’s percentages. Aside from production scaling and quality control, the only way to manage inventory, calculate sale price, track costs is by using baker’s percentages. You cannot know how much cake flour to purchase each month if you don’t know the amount of flour used per day of production. You cannot calculate the price per unit if you do not the actual grams of each ingredient per unit.


An example of dough using flour as the fixed value:
Flour 100%
Butter 70%
Sugars 105%
Brown sugar 60%​
Granulated sugar 30%​
Invert sugar 15%​
Egg 30%
Vanilla extract 10%
Salt 1.5%
Leavening 1%
Chocolate 125%

Total baker’s percentages 442.5%


In a filling, like pastry cream, the fixed value may be the whole milk. The whole milk would be 100%, and the ratio of all other ingredients is calculated against the whole milk.

Whole milk 100%
Sugars 25%
Starch 7%
Yolks 20%
Butter 12%
Total baker’s percentages 164%

Baker’s percentages will keep the quality constant no matter the size of the batch. From these baker’s percentages, a baker can create any amount of product. If you do not know how to create five dozen 70 g cookies or one dozen 35 g cookies, or fifteen 750 g loaves of bread or five dozen 50 g rolls using baker’s percentages, then you need to learn. Ditto for understanding and applying DDT.

Books on commercial baking



Michel Suas

https://www.amazon.com/Advanced-Bread-Pastry-Michel-Suas/dp/141801169X





Wayne Gisslen

https://www.wiley.com/en-us/Professional+Baking,+8th+Edition-p-9781119744993



Paula Figoni

https://www.amazon.com/How-Baking-Works-Exploring-Fundamentals/dp/0470392673
 
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Congratulations on your new bakery! For equipment, you'll need a good commercial oven, a heavy-duty stand mixer, a food processor, various baking pans, accurate measuring tools, cooling racks, and rolling pins. For packaging, go for eco-friendly materials like kraft paper or cardboard, use custom labels to promote your brand, and choose eye-catching designs that showcase your treats. Make sure your packaging is functional and practical for your products. Good luck, and I’m sure your bakery will be a hit!
 
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Автоматический комплекс для выпечки орехового печенья Roundloaf (RLF)
The automated complex for baking nuts and tartlets Roundloaf is designed for the production of a wide range of products from shortcrust pastry:
• nuts;
• tartlets;
• cones and mushrooms;
• various shortcrust cookies for filling.

Specifications
Number of baking matrices, pcs. 21 21
Dimensions of baking field, mm 250 х 200 300 х 200
Technical productivity
• nuts, kg/hour estimated*
Installed capacity of PAK-2, kW 47 56
Power consumption of PAK-2, kW 33 39
Installed capacity of the nut filling and gluing unit, kW 8
Compressed air consumption, l/min (including the nut filling and gluing unit) not less than 800
Nominal voltage 400V 50Hz
Baking temperature, deg. C 150 – 250
Oven overall dimensions (L*W*H), m 9,7х2,7х1,8 9,7х3,13х1,8
Mold material Cast iron SCH20
Weight, kg no more than 1800 no more than 2500
* Productivity in kg/hour (nuts without filling) can be calculated using the formula:
P = (3600/T)хKхNхM
T – total time of baking the product, s
K – number of elements in one form, pcs.
N – number of baking forms, pcs.
M – weight of one element, kg

Calculation example for Kremlin walnut (24 products, 21 form 250х200 mm):
T = 180 seconds; K = 24 pcs.; N = 21 pcs.; M = 0.024 kg
P = (3600/180)х24х21х0.02 = 120 kg/hour

Calculation example for Kremlin walnut (28 products, 21 form 300х200 mm):
T = 180 seconds; K = 28 pcs.; N = 21 pcs.; M = 0.024 kg
P = (3600/180)x28x21x0.02 = 140 kg/hour

Advantages:
• The highest baking quality is achieved thanks to two key factors: cast iron molds and a patented dough molding and baking technology (Patent No. 2727674). During baking, the cookies retain nearly all of their fat content, preserving optimal taste and texture. The product does not acquire a “glassy” texture, as it often does with traditional baking methods. Instead, the cookies have a crumbly structure typical of authentic shortcrust pastry. The flavor of your cookies cannot be replicated using any other equipment.
• Baking temperature reaches up to 220 °C on both the upper and lower molds. There is no need to maintain a 40–60 °C temperature difference between the top and bottom plates to keep the filling (e.g., a nut) at the bottom—such a regime typically results in underbaked cookies with poor taste. This problem is resolved by our unique, patented technology (Patent No. 2727674).
• The absence of “skirts” and precise cookie geometry are ensured by a high-precision dispenser that fills all mold cavities in a single cycle (Patent No. 2736201).
• Automation of the entire process: dough dosing, baking, and removal of the finished product.
• Fully programmable operation: speed, timing, and dosing settings.
• The dough dispenser is based on a gear-roller pump driven by a motor-reducer and controlled by a frequency inverter.
• The molds (plates) are made from SCH20 grade cast iron. Cast iron, due to its high heat capacity, ensures uniform baking and is easy to clean from carbon buildup. The baking molds retain heat even when opened. The upper half opens along a guide rail for product removal and dough dispensing, then closes along the same path. A locking mechanism automatically secures the mold halves during baking.
• Product removal is automated using a vacuum plate.
• Pneumatic components supplied by Camozzi (Italy).
• Motor reducers by Tramec and Transtecno (Italy).
• Frequency inverters by Mitsubishi (Japan) and Delta (Taiwan).
• Control system based on Delta PLC (Taiwan) and Kinco touchscreen panel (China).
• Rail guides and flanged carriages by H.S.A.C. and HIWIN (Taiwan).
• Control elements by EMAS (Turkey).
• All equipment components that come into contact with the product are made of materials approved for food use.
 

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