Design of Facades and Interiors for Pharmacies and FMCG Chains

Why a Unified Facade and Interior Format Matters for Pharmacy and FMCG Chains

For pharmacy and FMCG chains in Tashkent, facade and interior design is not just about looks, but a controlled technological process. How standardized the metal frames, signs, and shelving are affects:

• brand recognition in different parts of the city;
• speed of opening new locations;
• equipment ownership cost (maintenance, repair, replacement);
• safety and convenience for customers and staff.

Therefore, the task of production is not to “make a beautiful sign,” but to ensure a reproducible format: identical metal structures, predictable lead times, clear calculation based on the technical specification (TS), and the ability to replicate solutions across the entire chain.

The Role of Metal Structures in Outfitting Retail Locations

Metal structures are the basis of most facade and interior solutions for retail:

• frames for signs and lightboxes;
• support trusses and brackets for projecting structures;
• columns and frames for facade portals;
• frames for shelving and checkout areas;
• stairs and railings in technical zones;
• canopies over the entrance and waiting area.

A properly engineered metal frame allows you to:

• withstand wind and operational loads;
• reduce the weight of the structure through correct profile selection;
• simplify installation and service (quick access to lighting, cables, fasteners);
• use standard nodes and modules at different locations in the chain.

Metal Frames for Signs and Facade Solutions

Main Types of Metal Frames

For pharmacies and FMCG stores, the most commonly used are:

• flat frames for facade signs and lightboxes;
• volumetric frames for boxes, logos, and 3D letters;
• brackets for perpendicular signs and flag-type structures;
• portal frames for entrance groups and shop windows.

The frame is selected based on:

• overall dimensions of the sign and weight of cladding materials;
• type of mounting (to the facade, to columns, to separate supports);
• condition of the load-bearing wall or glazing;
• requirements for service access to lighting.

Technological Approach to Design

When calculating a metal frame, the following are taken into account:

• layout scheme on the facade (brick, aerated concrete, ventilated facade, glazing);
• mounting points and permissible loads;
• need for concealed cable routing;
• chain requirements for profile thickness, post spacing, type of welds.

For serial projects, it is reasonable to develop a standard set of drawings once and then adapt it to specific facade dimensions. This speeds up production and reduces the likelihood of errors during installation.

Signs, Lightboxes, and Volumetric Elements for Pharmacies and FMCG

Structural Options

Various types of outdoor advertising are used in chain retail:

• flat and volumetric signs on a metal frame;
• lightboxes with front illumination;
• 3D letters on carrier rails or a frame;
• bracket panels perpendicular to the facade for orientation from the sidewalk.

The frame and fasteners are selected with regard to:

• thickness and type of face material (ACP, acrylic, PVC, composite);
• type of lighting (LED modules, halo/backlit, combined lighting);
• maintenance requirements (access to power supplies, module replacement).

Internal Advertising Elements

In the interior of pharmacies and FMCG stores, metal structures are used for:

• suspended guides and banner frames;
• interior lightboxes;
• in-store navigation (suspended signs, category panels);
• brand zones and promo islands.

Here, geometric accuracy and neat powder coating are important—the elements are in the customer’s direct line of sight and must retain their appearance under intensive use.

Shelving and Internal Metal Structures: From Sales Floor to Back Office

Sales Floor

Pharmacies and FMCG retail typically use:

• wall and island shelving on metal frames;
• checkout modules and checkout areas;
• metal baskets and trays for promotional goods;
• barriers and guides for customer flow.

Shelving must withstand constant dynamic loads, be resistant to impacts from carts and baskets, and be easy to reconfigure when changing product layouts.

Warehouse and Back Office

More utilitarian solutions are used in non-public areas:

• warehouse racks for boxes and pallets;
• work tables and racks for goods receiving;
• stairs and platforms for access to upper tiers.

Here, load capacity, reliability of welded joints, and ease of maintenance come to the forefront rather than decorative coating.

Key Technologies: Laser Cutting, Bending, Welding, Powder Coating

Laser Cutting

Laser cutting is used to manufacture:

• metal frame parts with precise geometry;
• decorative elements for facades and interiors;
• mounting plates, brackets, mounting strips.

The advantage is high precision and repeatability. For chain retail, this is critical: elements for different stores must match in size and mounting points.

Metal Bending

Bending is used to form:

• profile elements for shelving and frames;
• boxes for lightboxes;
• protective covers and decorative strips.

Properly calculated bending radii and tolerances ensure precise assembly without rework on site.

Welding

Welding is used to assemble:

• load-bearing metal frames for facades;
• frames for shelving and checkout modules;
• brackets and support nodes.

The quality of welds affects the load-bearing capacity and service life of structures, especially outdoors where there are wind and vibration loads.

Powder Coating

Powder coating provides:

• resistance to abrasion and impacts;
• corrosion protection;
• stable color within the chain’s corporate palette.

For pharmacies and FMCG stores, it is important that the coating withstands frequent cleaning and contact with carts, baskets, and goods.

Materials and Their Impact on Service Life, Appearance, and Maintenance

When manufacturing metal structures for facades and interiors, the following are used:

• black metal (steel) — for load-bearing frames, shelving, brackets;
• galvanized steel — for elements exposed to corrosion;
• aluminum — for lightweight facade systems and interior solutions;
• stainless steel — in areas with increased hygiene and humidity requirements.

Material choice affects:

• service life and maintenance frequency;
• weight of the structure and mounting requirements;
• appearance and compliance with corporate style.

For chain projects in Tashkent, a combination of materials is often used: a steel frame + decorative aluminum or composite elements, which allows optimization of cost and service life.

What Affects Cost: Table of Main Price Factors

The cost of facade and interior outfitting is always calculated based on the TS. The price depends not only on the size of the sign or the number of shelves, but also on the structure, materials, and installation requirements.

Without this initial data, even an approximate price would be inaccurate. Therefore, the first step is to prepare a detailed TS and calculate based on it.

Production and Installation Timeframes: From Pilot Location to Chain Rollout

Timeframes depend on project complexity and production workload, but overall the cycle looks like this:

1. TS analysis and preliminary estimate
   Checking drawings, clarifying materials and technologies, agreeing on deadlines.

2. Structural and node development
   Preparation of production drawings for metal frames, shelving, and fasteners.

3. Manufacturing of metal structures
   Laser cutting, metal bending, welding, grinding, and preparation for painting.

4. Powder coating and assembly
   Painting in corporate colors, assembly of nodes, installation of lighting and electrics.

5. Logistics and installation
   Delivery to the site in Tashkent or the region, installation of facade and interior solutions.

For chain customers, it is important to distinguish between:

• pilot location — where the structure and technologies are tested;
• serial production — after the format is approved, lead times for each site are reduced due to solution replication.

Typical Mistakes When Ordering Facade and Interior Outfitting (and How to Avoid Them)

1. Incomplete TS for facade and interior
   Only sign dimensions are specified, with no information about wall type, installation height, or installation access. The result is recalculations and schedule shifts.
   Solution: include facade photos, plan, section, wall material data, and height in the TS from the start.

2. Lack of unified standards across the chain
   Each location is designed “from scratch,” profiles, fasteners, and colors change. This complicates maintenance and increases production cost.
   Solution: develop and approve standard solutions for frames, signs, and shelving.

3. Underestimating structure weight
   Heavy materials are chosen without checking the load-bearing capacity of the facade or glazing.
   Solution: consider the weight of metal structures and agree on mounting points at the calculation stage.

4. Saving on coating and corrosion protection
   Inappropriate paints are used or surface preparation is skipped. After a few seasons, chips and rust appear.
   Solution: for outdoor structures, specify powder coating with proper metal preparation.

5. Difficult access to lighting and electrics
   Lightboxes and 3D letters are assembled without regard for maintenance; replacing a module requires partial disassembly.
   Solution: when designing the frame, provide service hatches and convenient access to power supplies.

6. Poorly thought-out shelving dimensions
   Shelving does not account for actual package sizes and logistics, resulting in lost usable space.
   Solution: tie shelving dimensions to the assortment matrix and store format.

7. No allowance for future rollout
   Structures are made only for one location, without considering further scaling across the chain.
   Solution: from the outset, provide for repeat production using the same drawings and specifications.

How to Prepare a TS for Calculating a Pharmacy and FMCG Store Outfitting Project

To get an accurate estimate and realistic timeframes, it is advisable to include the following in the TS:

1. General information about the site

   • city and address;
   • format of the location (pharmacy, supermarket, minimarket, drogerie);
   • new location or rebranding.

2. Facade and outdoor structures

   • facade dimensions, floor height;
   • facade photos during the day and in the evening;
   • wall material (brick, aerated concrete, sandwich panels, glazing);
   • planned types of structures: sign, lightbox, 3D letters, bracket, canopy.

3. Interior and shelving

   • sales floor plan with dimensions;
   • layout of shelving, checkout area, navigation;
   • requirements for shelf load capacity and shelving height;
   • need for back-office and warehouse shelving.

4. Materials and technologies

   • preferred frame materials (steel, aluminum);
   • coating requirements (colors, gloss/matte);
   • type of lighting (if provided).

5. Rollout and opening schedule

   • pilot location or series of sites;
   • desired launch date for the first location;
   • plan for opening subsequent stores.

6. Installation requirements

   • operating hours of the site (whether night installation is possible);
   • noise and special equipment restrictions;
   • accessibility for vehicles and unloading.

The more detailed the initial data, the more accurate the estimate based on the TS and the fewer adjustments during the project.

FAQ on Facade and Interior Outfitting for Chain Retail

1. Can the same metal frame be used for different store formats?
In most cases, yes, if a modular approach is initially adopted: standard nodes and profiles that are adapted in length and height to a specific facade and sales floor.

2. What is better for a facade sign: steel or aluminum?
Steel is more often used for the load-bearing frame, and aluminum or composite for cladding and decorative elements. The specific option is selected based on the TS, considering weight, operating conditions, and budget.

3. How long does it take to produce a sign and shelving for one location?
The timeframe depends on the volume and complexity of the project. It includes structural development, laser cutting, bending, welding, powder coating, and assembly. Exact timeframes can only be given after TS analysis.

4. Can an existing facade be adapted to a new chain format?
It is often possible to use part of the existing metal structures, but this requires a site inspection and checking the condition of the frame. The decision is made based on the inspection and calculations.

5. How to account for landlord or mall (TRC) requirements for signs?
These requirements must be included in the TS: permissible dimensions, type of lighting, restrictions on mounting to the facade. Based on them, the structure and materials for the sign and frame are selected.

6. Can a load margin be built into shelving in advance?
Yes, when calculating metal structures for shelving, the planned load and potential assortment growth are taken into account. This affects profile selection, metal thickness, and mounting scheme.

7. What if the store format changes after the pilot location is launched?
If the format changes, drawings and specifications are adjusted. If a modular approach was initially adopted, some elements can be retained and used in the updated configuration.

8. Can facade, signs, and interior shelving be combined in one order?
Yes, a comprehensive approach allows you to unify metal structures, shorten lead times, and simplify logistics. The estimate is prepared based on a common TS with a breakdown by type of work.

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Submit a Request for an Estimate

To receive an estimate for facade and interior outfitting for a pharmacy or FMCG store in Tashkent, prepare and send:

• a brief description of the site (format, address, new location or rebranding);
• plan and elevation of the facade with dimensions;
• photos of the facade and entrance group;
• sales floor plan with shelving and checkout area layout (if available);
• list of required structures: sign, lightbox, 3D letters, bracket, canopy, shelving, interior elements;
• preferences for materials and coating (if already defined);
• planned launch dates and number of locations in the chain.

Based on this data, a technological estimate can be prepared according to the TS, optimal materials and technologies (laser cutting, metal bending, welding, powder coating) can be selected, and production and installation timeframes can be planned to match your store opening schedule.