Production of Modular Shelving and Islands for Stores

The role of modular shelving and islands in convenience and drogerie formats

For convenience and drogerie stores, shelving is not just “metal for display.” The construction determines:

• how many SKUs will actually fit per linear meter;
• how convenient it is for the customer to pick up the product and navigate the category;
• the speed of reformatting the display for promotions and seasons;
• the safety and service life of the furniture under high traffic.

Modular metal shelving and island structures make it possible to quickly reconfigure the sales floor without major renovations. It is important that behind the attractive appearance there is a well‑thought‑out production technology: the right metal frame, precise geometry, high‑quality welding, and stable coating.

Types of modular shelving and island structures

For convenience and drogerie, the following solutions are most often used:

Wall‑mounted modular shelving

• The main “working” display tool.
• Modular grid in width (usually multiples of 600/900/1000 mm, but calculation according to individual specifications is possible).
• Height‑adjustable shelves, brackets, perforation for hanging equipment.

Island shelving

• Double‑sided structures for central zones.
• Used for high‑turnover categories and impulse zones.
• Require a more rigid metal frame, since access to the goods is from both sides and the load is higher.

Island promo structures

• Low islands and gondolas for promo displays.
• Often have a changeable configuration: baskets, hanging grids, front panels.

Specialized modules

• Islands for household chemicals and cosmetics with reinforcement for heavy bottles.
• Modules for hanging hooks (blister, small items).
• Combined solutions “metal + MDF/chipboard” for brand zones and category solutions.

All these types are based on a single technological foundation: a metal frame calculated for specific loads and operating scenarios.

The specification as a basis: what must be fixed before starting production

The key stage is a correct technical specification. Price, lead time, and the final result all depend on it.

What the specification for modular shelving and islands must include

1. Format and type of store

   • convenience, drogerie, mixed;
   • sales floor area, ceiling height.

2. Layout and site constraints

   • floor plan with dimensions;
   • location of columns, entrances, checkout area;
   • zones with increased load (crowding of customers, promo zones).

3. Product categories and loads

   • type of product for each zone (dry groceries, beverages, household chemicals, cosmetics, etc.);
   • approximate load per shelf (kg/linear meter);
   • need for reinforced shelves/uprights.

4. Requirements for modularity and usage scenarios

   • how often rearrangements are planned;
   • whether quick‑release elements are needed (shelves, brackets, headers);
   • need for compatibility with the existing system.

5. Materials and finishes

   • base metal (thickness, type of profile — selected at the calculation stage);
   • presence of elements made of chipboard/MDF, glass, plastic;
   • requirements for the color and texture of powder coating.

6. Timing and volumes

   • pilot store or entire chain at once;
   • desired launch dates for the first location;
   • whether there is a phased store opening schedule.

The more precise the specification, the faster the calculation can be done, the better technology can be proposed, and the easier it is to avoid redesigns during the project.

Engineering design and metal frame calculation

After the specification is approved, the engineering stage begins.

Stage 1. Conceptual scheme

• Determining module sizes across the sales floor.
• Selecting the base perforation pitch and fasteners.
• Dividing into standard elements (uprights, beams, shelves, supports, decorative panels).

Stage 2. Load and section calculation

• Calculating the load‑bearing capacity of uprights and beams for the specified loads.
• Selecting metal thickness and profile type (channel, tube, perforated profile, etc.).
• Accounting for dynamic loads: cart impacts, vibrations, product restocking.

Stage 3. Design documentation

• 3D models of joints and standard modules.
• Flat patterns of parts for laser cutting and metal bending.
• Fastening joints to floor/wall (if required by the specification).

At this stage, optimization opportunities are often identified: reducing the range of parts, standardizing shelves and fasteners, reducing the number of welding operations.

Material selection: metal, stainless steel, decors, accessories

Metal for the frame

For modular shelving and island structures, the following are used:

• cold‑rolled sheet for shelves and panels;
• profiled tube for uprights and frames;
• perforated profile for hanging elements.

Metal thickness is selected according to loads and shelving height. Reinforced elements are used for island structures and zones with heavy goods.

Stainless steel and special zones

Stainless steel can be used:

• in areas with high humidity (for example, near refrigeration equipment);
• for elements requiring frequent wet cleaning;
• for decorative parts in premium zones.

Decorative materials

• Chipboard/MDF for headers, brand panels, end elements;
• powder coating of metal in the chain’s corporate colors;
• plastic and metal accessories (dividers, price holders, hooks, baskets).

Material selection affects not only appearance, but also production technology and final cost.

Technological chain: cutting, bending, welding, painting, assembly

The production technology of modular metal shelving and island structures for retail includes several key stages.

Laser cutting of blanks

• Preparation of sheet and profile blanks according to design drawings.
• High precision of holes for fasteners and perforation for hanging elements.
• Ability to quickly change the series or make adjustments when the specification changes.

Metal bending

• Forming shelves, brackets, stiffeners, decorative elements.
• Ensuring rigidity without excessive weight increase of the structure.
• Repeatable geometry for serial production.

Welding of joints

• Assembly of frames, uprights, supports, complex joints of island structures.
• Use of spot and semi‑automatic welding depending on the joint.
• Quality control of welds and geometry (especially important for islands where all sides are visible).

Surface preparation and powder coating

• Cleaning and preparing the metal before applying the coating.
• Powder coating with curing in an oven.
• Selection of texture (gloss, matte, textured) and color according to the chain’s corporate standards.

Final assembly and inspection

• Pre‑assembly of modules at the factory to check compatibility.
• Completeness control: uprights, shelves, fasteners, accessories.
• If necessary, marking of elements for easy on‑site installation.

This technological cycle makes it possible to produce series for a chain while maintaining the ability to adapt to a specific store.

Features of island structures for different product categories

Island solutions require special attention, as they operate in the center of the sales floor and bear increased traffic and merchandising loads.

Islands for household chemicals and heavy goods

• Reinforced shelves and beams.
• Increased shelf depth.
• Additional stiffening elements in the frame.

Islands for cosmetics and small items

• Extensive perforation for hooks and hanging equipment.
• Ability to quickly change hanging height.
• Combination of open and closed zones (drawers, niches).

Promo islands and seasonal solutions

• High modularity, quick assembly/disassembly.
• Universal elements suitable for different categories.
• Ability to brand without replacing the metal frame (replaceable panels, headers).

When calculating island structures, it is important to consider not only the load from the goods, but also customer traffic patterns around the island.

What affects cost and lead time: factor table

The cost and lead time for manufacturing modular shelving and island structures depend on many parameters. Below are the main factor groups.

A specific calculation is made according to your specification, taking all these parameters into account.

Typical retail mistakes when ordering shelving and how to avoid them

1. No clear load specification
   As a result, shelves are not designed for the actual weight of the goods. Solution: fix loads by category and include them in the specification.

2. Copying solutions from other formats
   Shelving from a supermarket is not always suitable for the dense convenience or drogerie format. A separate calculation is needed for your format.

3. Underestimating island zones
   Islands are often overloaded with goods without reinforcing the frame. This leads to deformation and accelerated wear.

4. Overly complex range of parts
   A large number of unique elements complicates logistics and increases cost. At the design stage, it is worth aiming for standardization.

5. No allowance for modularity
   If the possibility of rearrangements is not built in, a change in display will require ordering new elements instead of a quick reconfiguration.

6. Ignoring installation scenarios
   The structure may be technologically advanced in the workshop but inconvenient to assemble on site. It is important to think through packaging, marking, and assembly sequence in advance.

7. Lack of alignment with the brand book
   Colors and decors are chosen without regard to corporate standards, which leads to rework. It is better to provide the brand book and references from the outset.

Project timelines in Tashkent: from measurement to installation

Timelines depend on the volume and complexity of the project, but the typical sequence of stages looks like this:

1. Collection of initial data and specification

   • site measurements or work based on provided plans;
   • fixing categories, loads, and modularity requirements.

2. Engineering calculation and solution proposal

   • development of standard modules;
   • selection of materials and technologies;
   • preliminary cost estimate and indicative timelines.

3. Detailed design and release of design documentation

   • 3D models, drawings, specifications;
   • approval with the client.

4. Batch production

   • laser cutting, bending, welding, powder coating;
   • pre‑assembly of joints and quality control.

5. Delivery and installation (if within the scope of responsibility)

   • shipment to the site in Tashkent or regions;
   • installation according to a pre‑agreed scheme.

When preparing the specification, it is important to immediately indicate the desired launch dates for the store or chain — this will allow proper production planning and a realistic schedule.

FAQ on modular metal shelving for retail

1. Can existing shelving be adapted to a new store format?
In some cases, it is possible to upgrade the existing system with new shelves, brackets, island modules. An audit of current structures and a compatibility calculation are required.

2. What loads can be specified for modular shelving shelves?
The load is determined at the calculation stage according to the specification. For convenience and drogerie, different load levels are usually set for different categories (light, medium, heavy goods), and metal thickness and shelf type are selected accordingly.

3. Can metal be combined with chipboard/MDF in one shelving unit?
Yes, this is standard practice for brand zones and premium categories. The metal frame carries the main load, while chipboard/MDF is used for headers, end panels, decorative elements.

4. How to include color and branding requirements in the specification?
It is enough to provide the brand book, references, and a list of zones where corporate color is required. Based on this, powder paints and decorative elements are selected.

5. How to plan stocks of modules and accessories for a chain?
It is recommended to form a basic pool of standard modules and accessories used in all stores of the chain. This simplifies logistics and speeds up the opening of new locations.

6. Is it possible to first make a pilot store and then scale the solution to the chain?
Yes, this approach is convenient: first the pilot is refined with all nuances taken into account, then the solution is scaled to the chain with minimal changes.

7. Which is better: ordering a full package with installation or production only?
It depends on internal resources. If you have an experienced installation team, you can limit the order to supply only. If not, it makes sense to consider a turnkey solution “production + installation.”

8. How often should shelving be updated or inspected?
It is recommended to periodically carry out visual and technical inspections, especially in island and high‑load zones. When changing the format or major re‑planning, the configuration and loads should be reviewed.

How to request a quote: what data to prepare and next step

To obtain a quote for the production of modular metal shelving and island structures for a convenience or drogerie format store in Tashkent, it is important to prepare a basic data package.

For a quote based on the specification, it is desirable to provide:

• floor plan with dimensions (PDF, DWG or scan);
• store format (convenience, drogerie, mixed) and approximate sales floor area;
• list of product categories by zone and approximate loads on shelves;
• desired shelving height and main module types (wall‑mounted, island, promo);
• requirements for materials and finishes (metal, stainless steel, chipboard/MDF, coating color);
• planned launch dates for the store/chain and volumes (pilot or batch for several locations);
• whether installation is required or only production and supply.

Next, an engineering calculation is performed, the optimal technology is selected (laser cutting, metal bending, welding, powder coating), and a proposal is formed with timelines and cost.

Next step — Submit a request for a quote.

Provide your contact details, attach the floor plan and a brief specification — and you will receive a technically sound solution for modular metal shelving and island structures, adapted to your store format and operating conditions in Tashkent.