Model: TSPP product name: 18x26 sheet pan, baking tray, baking sheet, bakery tray, cookie sheet, full sheet pan material: heavy duty aluminized steel Workmanship: machine stamp Thickness: 0.7mm and more choices are available size: 450x650 and more sizes are available surface: non stick coated packing: opp bag and cartons MOQ: 100pcs function: professional rectangle baking tray baking sheet pan for bread cake cookie pastry food in bakery, restaurant, food factory etc
Product name: aluminium tray, baguette pan, French bread tray, French loaf pan Material: aluminum Size: full sise 26*16 inch (660*460mm), and more sizes for choices, custom size available Thickness: 1.0mm and customized thickness Surface: natural without coating Rows: 6 rows and customized row quantity Type: open-ended and perforated surface MOQ: 50pcs Function: French long-stick loaf bread baking mold tray for bakery, food factory etc
Product name: custom bakeware industrial 5 strap bread loaf pan with lidMaterial: alusteelSize: as the professional design chart showsSurface: non stick corrugated surface\Workmanship: custom design and manufcaturing, handmadeMOQ: 100setsPacking: cartonsFunctions: commercial industrial use bakeware bread loaf baking pan for bakeries, food factories etc
Model number: TSTPMaterial: AluminiumSize: customized size is availableThickness: 1.0mmSurface: non-stick and corrugatedColor: goldenPacking: cartonMOQ: 50pcsFunction: loaf bread baking pan, toast tin for bakery, food factory etc.
Model number: TSMT Product name: round cupcake tray, round muffin tray, commercial baking tray, baking pan Material: aluminized steel Tray size: 400*600mm, 460*660mm, 600*800mm and any custom size Square mold: multiple sizes for choices and any custom size Thickness: 0.4/0.8mm Surface: non-stick coated Packing: 15pcs/carton MOQ: 100pcs Function: round baking molds for muffin cake, cupcake, brownie cake etc in bakery, restaurant, food factory
_2.webp "China High Quality Stainless Steel Food Cart Baking Trolley For Bread - Straight Tube (TSRS) manufacturer")
Model Number : TSRSMetal Stainless steel SS 201Type 15-tier stackable rack trolley for 40*60cm bakery pans Size 470*620*H1730mmL shape runner 1.0mm thickness Distance between tiers 80mmTube Size 25*25mm, 1.0mm thicknessStructure Knocked-downWheel Type 4 swivel PVC castors, 2 with brakesCustomized Size AvailablePacking Size 1640*690*H130mmN.W / G.W: 21kg / 24kg
In commercial and industrial baking, baking pans do much more than hold dough or batter during the baking process. Their design can influence heat transfer, airflow, product shape, baking consistency, handling efficiency, and even the overall productivity of a bakery.
For small bakeries, a standard baking pan may be sufficient for many applications. However, as production volumes increase, details such as perforation patterns, surface structures, edge construction, mold layout, and pan dimensions become increasingly important.
A baking pan that is not properly designed for its intended application may lead to uneven baking, inconsistent product shapes, difficult demoulding, or unnecessary handling challenges. On the other hand, a well-designed pan can help commercial bakeries maintain consistent product quality and improve production efficiency.
In this article, we explore several important aspects of baking pan design and explain how different structures serve different commercial baking requirements.
One of the most important design choices is whether to use a flat baking pan or a perforated one. The difference is not simply the presence or absence of holes. It can also affect airflow, moisture release, and the baking characteristics of different products.
Flat Baking Pans
Flat baking pans have a solid surface without perforations. They provide continuous support for dough and other bakery products.
Common applications include:
Because the surface is continuous, flat pans are suitable for products that require full support during baking or may spread during the baking process.
Perforated Baking Pans
Perforated baking pans feature evenly distributed holes across the pan surface. These openings allow more air to circulate around the underside of the product and can help moisture escape during baking.
They are commonly used for:
The hole diameter, spacing, and distribution should be designed according to the product size and baking requirements. If the openings are too large or poorly positioned, small dough pieces may not be adequately supported.
Which Design Is Better?
Neither design is universally better. The right choice depends on the product, dough characteristics, oven system, and desired baking result.
For example, a solid sheet pan may be suitable for cookies, while a perforated tray may be more appropriate for certain bread products. Commercial bakeries should consider the complete baking process rather than selecting a pan based on appearance alone.
Besides the overall shape and dimensions, the surface texture is another important design feature of commercial baking pans. Depending on the product and manufacturing requirements, baking pans such as flat sheet pans and loaf pans can be made with either a smooth or corrugated surface.
The main difference lies in the surface profile. Smooth pans have a relatively flat and even surface, while corrugated pans feature a series of small, regular ridges and grooves.
Smooth Surface Baking Pans
Smooth surface baking pans have a flat, even interior without raised ridges or grooves. This design provides a continuous contact surface for bakery products.
Common applications include:
Smooth surfaces are suitable for many standard commercial baking applications. They also provide a straightforward structure that is easy to clean and maintain.
Corrugated Surface Baking Pans
Corrugated baking pans feature a series of parallel or patterned ridges and grooves on the pan surface. This texture can be incorporated into flat baking sheets, loaf pans, and other baking pan designs.
Depending on the product and pan configuration, corrugated surfaces may offer several practical benefits:
Corrugated pans are often selected for specific product requirements or when additional structural characteristics are desired.
Which Surface Should You Choose?
The choice between smooth and corrugated surfaces depends on the type of product, baking process, handling requirements, and desired pan characteristics.
For general-purpose baking, smooth pans are a practical option. Corrugated pans may be more suitable when a textured surface or a particular structural design is required.
When ordering customized baking pans, bakeries should consider the surface profile together with the pan material, thickness, dimensions, coating, and intended application. The right combination helps ensure that the pan meets both product requirements and daily production needs.
The edge of a baking pan may seem like a minor detail, but it plays an important role in structural strength, handling, durability, and compatibility with bakery equipment.
Different edge designs are suitable for different pan sizes, materials, and production environments.
Rolled Edges
Rolled edges are formed by folding the pan material along its perimeter. This creates a finished edge that is generally smoother and more rigid than a simple cut edge.
Potential benefits include:
Rolled-edge construction is commonly used for commercial sheet pans and other baking trays.
Wire-in-Rim Construction
Wire-in-rim baking pans incorporate a reinforcing wire within the folded perimeter of the pan.
This structure can provide additional rigidity, especially for larger or heavier-duty baking pans used in demanding commercial environments.
It is particularly worth considering when pans are frequently loaded, unloaded, stacked, or moved between different stages of production.
Reverse-Folded Edges
Reverse-folded edges use a different folding direction to create a particular edge profile. Depending on the pan design, this construction can help meet specific requirements for strength, appearance, and equipment compatibility.
The appropriate edge structure should be selected according to pan dimensions, material thickness, expected loading conditions, and handling methods.
Choosing the Right Edge Design
For a small, lightweight pan, a standard folded edge may be sufficient. Larger industrial trays or pans subject to frequent handling may require additional reinforcement.
The objective is to achieve a suitable balance between structural strength, product weight, manufacturing requirements, and cost.
For bakeries and food factories producing individual cakes, muffins, desserts, and other portioned products, mold layout is another important part of baking pan design.
Single-mold pans and multi-mold trays serve different production needs.
Single-Mold Baking Pans
A single-mold pan is designed for one baking cavity or a specific individual product shape.
This type of pan is suitable for applications where:
Multi-Mold Baking Trays
Multi-mold baking trays contain multiple cavities in one tray, allowing several individual products to be baked simultaneously.
They are commonly used for:
The number, shape, dimensions, and arrangement of the cavities can all be customized.
For example, a tray with 48 egg-shaped cavities or a tray with 65 oval cavities can be designed for specific products and production requirements.
For bakeries and food manufacturers with specific product requirements, working with an experienced custom tray factory in China can make it easier to develop multi-mold baking trays with tailored cavity shapes, dimensions, spacing, and layouts. Customized designs help businesses adapt their trays to different products and production processes.
How Mold Layout Affects Production Efficiency
A well-planned mold layout helps bakeries make better use of the available tray area.
Important considerations include:
Increasing the number of molds is not always the best solution. The layout must also allow sufficient space for heat circulation, product expansion, cleaning, and handling.
For high-volume production, a customized multi-mold tray can be developed around the product and the equipment used in the production process.
Pan dimensions directly affect how baking trays fit into ovens, racks, conveyors, and other bakery equipment.
Even a relatively small difference in length, width, or height may influence equipment compatibility and handling.
Standard Pan Sizes
Many commercial bakeries use established tray dimensions to match their existing ovens and bakery equipment.
Common industrial baking pan sizes include:
The actual dimensions required depend on the oven, rack, production line, and intended application.
Customized Dimensions
Not every bakery uses standard equipment or standard product formats. Some production lines require non-standard dimensions or special tray configurations.
Customized dimensions can help businesses:
The Importance of Accurate Measurements
Before manufacturing, it is important to confirm the required external dimensions, internal usable area, edge structure, and any additional equipment-related specifications.
For multi-mold trays, the cavity layout should also be reviewed carefully to ensure that the tray meets both product and production requirements.
Different bakery products have different requirements for support, airflow, shape retention, and demoulding. The pan design should reflect these differences.
Bread and Loaf Products
Loaf pans and Pullman pans are designed to support dough during proofing and baking while helping the finished bread maintain its intended shape.
Important design considerations include:
For Pullman bread, the design may also include a lid, depending on the desired product shape.
For bakeries producing bread on a commercial or industrial scale, choosing an experienced custom bread pan supplier in China can be valuable when standard loaf pans do not meet specific product dimensions or production requirements. Customized options may include pan dimensions, side-wall design, material thickness, surface treatment, and coating.
Baguettes
Baguette trays are often designed with multiple channels to support individual baguettes and help maintain their elongated shape during baking.
Important features include:
For industrial baguette production, the number and arrangement of channels should be designed according to the target product size and production capacity.
Cakes, Muffins and Desserts
Multi-mold baking trays are commonly used for individual cakes, muffins, cupcakes, and other portioned products.
The mold shape, cavity depth, spacing, and coating all influence the finished product and demoulding process.
For specialty products, custom mold shapes can help manufacturers achieve a distinctive and consistent product appearance.
Cookies and Biscuits
Flat baking sheets are widely used for cookies and biscuits. Their dimensions, flatness, material, and surface treatment should be selected according to the baking process and the characteristics of the dough.
For automated production, pan dimensions and edge design should also be compatible with the depositing system, conveyor, and oven.
Standard baking pans can meet many common baking requirements. However, commercial bakeries and food factories may have specific product designs, production equipment, or operating conditions that require a more tailored solution.
Custom baking pan design allows manufacturers to develop products around actual production requirements rather than forcing a production process to adapt to a standard pan.
Customization may include:
For example, a bakery producing a specialty dessert may need a tray with a unique cavity shape. A bread factory may require a particular baguette channel layout. A large-scale bakery may need reinforced sheet pans designed for frequent handling.
In these cases, custom manufacturing can help create a better match between the pan, the product, and the production equipment.
Since 2006, Tsingbuy has specialized in manufacturing commercial and industrial baking pans and trays for bakeries, food factories, bakery brands, wholesalers, and distributors. As an experienced industrial baking pan manufacturer in China, Tsingbuy combines in-house manufacturing capabilities, experienced technicians, and dedicated design and mold-making teams to support standard bakeware production and customized OEM and ODM projects.
Our product range includes:
For custom projects, customers can specify pan dimensions, materials, thickness, surface structures, mold layouts, coatings, and edge designs according to their product and production requirements.
Our customization process generally includes requirement communication, technical drawing, design review, mold and tooling development where needed, sample making and confirmation, mass production, quality inspection, and export packaging.
Whether you need a standard commercial baking tray or a specially designed pan for an industrial production line, Tsingbuy works with customers to develop practical bakeware solutions based on their actual applications.
Looking for customized baking pans for your bakery or food production facility? Contact Tsingbuy to discuss your product requirements and develop a suitable baking pan design for your business.
