Custom polyurethane molding: manufacturing unique decor from sketches

Catalogs limit. A thousand cornice profiles, five hundred rosettes, two hundred moldings—the selection seems vast until you face a task beyond standard. A three-meter-high ceiling requires a twenty-eight-centimeter-wide cornice—the catalog maximum is twenty-five. A bay window with a two-meter radius needs a curved trim—standard straight ones won't work. A family crest with the owners' initials should crown the fireplace—nothing similar exists in standard rosettes.Custom Polyurethane Moldingsolves problems that catalog elements leave open. Custom manufacturing begins with a sketch—a hand drawing, a photo of a historical sample, a verbal description of the idea. The designer translates the image into a 3D model, the technologist assesses technical feasibility, the sculptor creates a master model, the molder casts a silicone matrix, the caster fills the mold with polyurethane. In two to eight weeks (depending on complexity), the client receives an element not found in any catalog worldwide—unique, precisely matching the project, existing as a single piece or limited series.

Custom Molding from Sketchunlocks possibilities unattainable with standard elements. A personally developed ornament—botanical motifs chosen by the owner (laurel, oak, grapevine, roses) woven into a unique composition. Dimensions precisely tailored to the architecture—a column exactly three hundred seventeen centimeters high (from floor to ceiling beam), a rosette exactly seventy-three centimeters in diameter (to cover the chandelier mounting box plus a five-centimeter perimeter margin). Family heraldry integrated into the decor—a coat of arms, monogram, motto engraved on a cartouche crowning the entrance door portal. An interior withcustom polyurethane moldingbecomes an owner's self-portrait, a space where every element carries personal meaning, tells a story inaccessible to mass-produced solutions.

Polyurethane mold NPU-417.4

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Why Order Custom Molding: When a Catalog Isn't Enough

Mass production is optimized for mainstream demand. Standard-width cornice profiles (five, ten, fifteen, twenty centimeters) cover ninety percent of needs. Standard-diameter rosettes (thirty, fifty, eighty centimeters) fit most chandeliers. But cases exist where standard doesn't work.

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Non-Standard Architectural Parameters

High ceilings. A ceiling four to five meters high (Stalin-era buildings, pre-revolutionary apartments, modern townhouses) requires a cornice twenty-five to thirty-five centimeters wide—otherwise, the cornice gets lost, appearing as a thin line on a vast wall. Standard catalogs limit to twenty to twenty-five centimeters. A custom thirty-centimeter cornice with a reinforced profile fills the gap.

Radius elements. Bay windows, half-columns, arched openings, round rooms require curved elements—cornices, moldings, trims that follow wall curvature. Flexible polyurethane elements (from catalogs) bend to a radius no less than fifty to eighty centimeters. If a bay window radius is twenty to thirty centimeters (sharp bend), the flexible element breaks. The solution—casting a pre-curved element with a radius precisely matching the project.

Asymmetrical rooms. A room with slanted angles (not ninety degrees), trapezoidal perimeter, walls of varying heights. Standard elements are designed for symmetry, right angles, equal heights. Custom elements account for actual geometry—a cornice with variable joining angles, a column with base and capital of different heights (sloped floor), a rosette offset from the ceiling center (compensating for asymmetry).

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Polyurethane molding NPU-416.4

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Unique Stylistic Requirements

Historical reconstructions. Restoring a palace, mansion, or estate requires reproducing lost molding. Measurements of surviving fragments, archival photos, architect's drawings provide data for restoration. The ornament is unique—characteristic of a specific era, region, or craftsman. No analogs exist in catalogs. Custom manufacturing recreates the lost—a sculptor models from archival data, a mold is cast, elements reproduce the original.

Designer's signature style. A designer develops an interior with a unique ornament—a geometric pattern referencing national motifs (Caucasian, Scandinavian, Eastern), a botanical composition with unusual plants (bamboo, lotus, cactus instead of traditional acanthus), animalistic elements (birds, fish, insects woven into moldings). Mass production doesn't offer such solutions. Custom molding realizes the designer's vision.

Corporate style. Commercial interiors (offices, hotels, restaurants) integrate branding into architecture. A company logo repeated in cornice ornamentation. Brand colors reproduced in painted molding. Corporate symbols (an anchor for a maritime company, an ear of grain for an agricultural enterprise) woven into rosettes, pilasters. Catalog molding is neutral, carries no branding. Custom molding creates a corporate environment.

Personalization of Space

Family heraldry. Owners with family coats of arms, monograms, mottos want to see them in the interior. A coat of arms above the fireplace, on the entrance door portal pediment, in the center of a ceiling rosette. A monogram (intertwined initials of spouses) on consoles, keystones. A family motto engraved on a frieze. Personalization turns a house into a family nest, a space with history.

Memorable dates and events. The house construction date, owners' wedding date, children's birth years, important family events integrated into molding. A cartouche with a date above the entrance door (as in historical buildings). A rosette with Roman numerals denoting the wedding year. An ornament symbolizing the owner's profession or hobby (musical instruments for a musician, books for a writer, grapevines for a winemaker).

From Idea to Product: Stages of Creating Custom Molding

Custom manufacturing is a multi-stage process requiring coordination between designer, technologist, sculptor, molder, and caster.

Stage One: Task Formulation and Consultation

The client submits a request—describing what is needed, for what purpose, and how it should look. Three request formats:

Exact sketch. The client (or their designer) provides a detailed drawing, blueprint, or 3D model. Dimensions, proportions, ornament, material, and finish are specified. The technologist assesses technical feasibility—whether such a mold can be cast from polyurethane, any limitations (minimum wall thickness, maximum element size, complexity of demolding). If technically feasible, a technical specification is drafted, cost calculated, and deadlines agreed upon.

Prototype photograph. The client shows a photo of a historical sample (molding in an old building, museum exhibit, element from another interior), saying: 'I want the same or similar.' The designer analyzes the photo, recreates the element in a 3D model (based on proportions, ornament), adapts it to the client's dimensions (the original may be larger or smaller than needed). The model is reviewed, adjusted, and approved.

Verbal description. The client explains the idea in words: 'I need a cornice with a grapevine, clusters hanging down, large leaves, Baroque style, width thirty centimeters.' The designer creates several sketch variants based on the description, shows them to the client, and the preferred one is selected and refined. The process is iterative — several rounds of sketches, edits, and clarifications until the ideal is achieved.

Consultation at this stage is critical. An experienced technologist warns about pitfalls. If the ornament is too fine (details two to three millimeters in size), polyurethane may not fill the thin areas of the mold — details will blur. If an element is too large (length over three to four meters), the casting becomes heavy, transportation difficult — it's better to split it into two or three segments, joining them on-site. If the mold has deep undercuts (protrusions that the mold catches on when removing the casting), extraction is difficult — the mold will have to be made collapsible (more expensive, longer). All these nuances are discussed and resolved during the consultation stage.

Stage two: 3D modeling and design

The approved idea is translated into a 3D model — a digital copy of the future product. Modeling is performed in specialized software (ZBrush for organic forms, SolidWorks for geometric, Rhinoceros for architectural elements).

Ornament detailing. Each leaf, curl, bead, and tooth is drawn individually. The relief depth (how much elements protrude from the plane) is calculated — too shallow relief gets lost visually, too deep creates fragile protrusions that break during installation. The optimum is three to ten millimeters for interior elements, five to fifteen for facade ones.

Proportion check. The model is visualized in context — the cornice is overlaid on a wall photo (photomontage), the rosette on the ceiling, the pilaster on the wall section between windows. The client sees how the element will look in reality, adjusts the size if it visually doesn't meet expectations (thought thirty centimeters was enough, the photo shows thirty-five is needed).

Preparation for mold production. The model is checked for technological constraints. Corners are smoothed (sharp ninety-degree angles are replaced with small fillets — polyurethane fills better, casting is stronger). Undercuts are eliminated or the mold is designed as collapsible. Technological elements are added — sprue channels (through which polyurethane is poured into the mold), air vents (release air, prevent bubbles in the casting).

Client approval. 3D model renders (photorealistic images), photomontages in the interior, animation (model rotation to see from all sides) are sent to the client. The client approves or requests changes. The number of iterations is unlimited — the model is refined until it fully meets expectations. Only after final approval does the process move to the next stage.

Stage three: creating the master model and mold

The approved 3D model is materialized. Two paths: digital (3D printing, CNC milling) and manual (sculptural modeling).

Digital fabrication of the master model. A 3D printer prints the model from plastic (layer by layer, accuracy to tenths of a millimeter). Printing time depends on size — a twenty by twenty centimeter element prints in four to six hours, a large one meter by one meter element in twenty to thirty hours. After printing, the surface is sanded (removing layer marks), coated with primer (smooths micro-irregularities). Alternative — CNC milling (a machine cuts the model from a plastic block using 3D data). Accuracy is higher than 3D printing, but slower and more expensive.

Manual fabrication of the master model. A sculptor models the model from plasticine, clay, wax by hand — based on sketches, 3D model printouts. Hand modeling gives artistry, organic quality (especially for plant, animalistic ornaments) that digital methods don't always achieve. The sculptor adds liveliness — slight asymmetry, variation in details (each leaf slightly differs from the next), making the ornament not mechanical, but handcrafted. Work time — from two days (simple model) to two weeks (complex multi-tiered composition).

Casting the silicone mold. The master model (plastic or sculpted) is coated with a release agent (so silicone doesn't stick), placed in a mold box (wooden or plastic box). Liquid silicone is poured into the box, filling the space around the model, penetrating all recesses of the relief. Silicone cures in six to twelve hours (depends on layer thickness, temperature). After curing, the box is removed, the silicone mold is cut (to extract the master model), the mold edges are glued back together or strapped with belts. The mold is ready for casting.

Silicone molds withstand dozens to hundreds of casting cycles (depending on relief complexity and element size). For one-off orders (one to three copies), the mold is stored after use — if the customer returns for additional copies, there's no need to remake the mold. For serial orders (dozens to hundreds of copies), the mold is used until worn out, with duplicates produced as needed.

Stage four: casting and finishing

The silicone mold is filled with two-component polyurethane — resin is mixed with hardener (ratio depends on polyurethane brand), the mixture is poured into the mold. Polyurethane fills all recesses, air escapes through air vents (or the mold is vibrated — air bubbles rise, pop on the surface). Curing takes ten to thirty minutes (depends on casting thickness, temperature). After curing, the mold is opened, the casting is extracted.

Sprue trimming. Technological protrusions (sprue channels, air vents) are cut off with a knife, sanded. Trim areas are sanded smooth — no visible traces of technology should remain on the final product.

Sanding and finishing. The casting surface is inspected, sanded if necessary (removing micro-irregularities, mold seam marks). Ornament details, if blurred (polyurethane didn't fill thin areas completely), are refined by hand — a sculptor restores clarity with a chisel.

Priming. The casting is coated with acrylic primer (one to two layers) — evens out color, creates a base for painting, protects polyurethane from UV. Primer is white (standard) or tinted (if the client wants colored molding, primer is tinted to a base color).

Painting and patination (optional). If final finishing is ordered, the element is painted — with acrylic paint (any RAL color), material imitation (marble, bronze, gilding), patination (artificial aging — darkening recesses, highlighting protrusions). Painting is done by decorator masters by hand — multi-layered, using dry brush, glazing, sponge texture techniques.Custom exclusive stucco moldingis supplied ready for installation — painted, completed, requiring only mounting.

Stage five: quality control and packaging

Each item undergoes multi-stage inspection:

Visual inspection. Checking for absence of defects — chips, cracks, bubbles, blurred details, paint stains. Defective items are rejected, remade.

Geometric control. Measuring dimensions (length, width, height) with calipers, ruler — deviations should not exceed plus or minus two to three millimeters from design. For elements joining each other (cornice sections, arch segments), compatibility is checked — joints should be tight, without steps, gaps.

Strength test (selective). The product is subjected to load — bending (for long elements), impact (simulating accidental drop during installation), compression (for load-bearing elements — consoles, capitals). Polyurethane must withstand without destruction.

Packaging. Items are wrapped in protective film (prevents scratches), placed in boxes with soft padding (foam, corrugated cardboard), boxes are labeled (element name, quantity, fragility). Large elements are packed in wooden crates (for protection during long-distance transportation).

3D modeling: visualization before production

Digital technologies have revolutionized custom production. Previously, the client saw the result only after fabrication — risk of not meeting expectations was high. 3D modeling allows seeing, evaluating, and correcting before physical production begins.

Photorealistic renders: see before creation

Render — computer visualization of a 3D model with simulated lighting, materials, textures. Looks like a photograph of a real object. Render shows:

Detail of the ornament. All curls, leaves, beads are clearly visible — you can assess whether the ornament is detailed enough, not overloaded.

Play of light and shadow. Relief creates shadows — deep reliefs give contrasting shadows, flat reliefs are low-contrast. Render with different lighting options (direct light, diffused, side) shows how the element will look under different conditions.

Color and finish. The model is colored virtually — white, bronze, gilded, marble. The customer chooses the finish, seeing the result in advance.

Renders are provided in high resolution (for printing, if needed to show investors, customers) and from different angles (front, side, top, perspective).

Photomontage: element in interior context

Render of an element on a white background shows the element itself, but does not show how it will fit into the space. Photomontage solves the problem. The customer provides a photo of the room (wall where the cornice will be, ceiling where the rosette will be, wall section where pilasters will be). The designer inserts the 3D model of the element into the photo, scales, positions, adds shadows (so the element looks like part of the photo, not a sticker). The result is a photorealistic image of the interior with the custom element. The customer sees how it will look after installation — whether the element is too massive or too small, whether it matches the furniture or conflicts, whether it is expressive enough.

Photomontages prevent mistakes. The customer, seeing the element in context, often requests changes — increase the size by twenty percent, simplify the ornament (too lush for a minimalist interior), add detail (ornament seems empty). Changes are made to the 3D model, a new photomontage is created in a few hours — iterations are cheap, fast. After physical production, changes are impossible or very expensive.

Virtual fitting: animation and VR

Advanced studios offer virtual reality — the customer puts on a VR headset, sees their interior in 3D, walks through it, looks at the molding from different points, changes options (different cornice profile, different rosette ornament) with a button press. Animation — rotation of the element on screen (all sides visible), camera fly-through along the cornice (demonstration of an extended element), morphing (smooth transition between variants — shows how changing one parameter affects the appearance).

Technologies are costly (VR equipment, software, specialist time), but justified for large projects (molding budget hundreds of thousands-millions of rubles) — preventing a mistake saves more than the visualization costs.

Making silicone molds: the heart of production

The mold determines the quality of the casting. A bad mold (inaccurate, with defects) yields bad castings. A quality mold reproduces the master model with micron precision.

Choosing silicone: hardness and durability

Silicone for molds comes in different hardnesses (measured on the Shore A scale — from soft twenty units to hard sixty). The choice depends on the complexity of the relief:

Soft silicone (Shore 20-30). Elastic, bends easily, extracts castings with complex undercuts well (thin protrusions that catch on the mold). Minus — the mold wears out faster (soft silicone tears from repeated stretching during casting extraction), accuracy is lower (soft mold deforms under the weight of polyurethane — casting dimensions shift).

Medium silicone (Shore 35-45). Balance of strength and elasticity. Suitable for most tasks — molds last hundreds of cycles, accuracy is high, casting extraction is not too difficult. Standard for custom production.

Hard silicone (Shore 50-60). Rigid, holds shape perfectly, maximum accuracy. Used for geometric elements with minimal undercuts (straight moldings, smooth cornices). Minus — castings with undercuts are difficult to extract (the mold has to be cut, made multi-part).

Professional silicone (European brands Wacker, Bluestar, Shin-Etsu) is two to three times more expensive than Chinese analogues, but lasts five to ten times longer — economy of scale.

Mold reinforcement: preventing deformations

Large molds (longer than a meter, deeper than twenty centimeters) deform under their own weight — walls sag, bend. Castings come out with distorted geometry. Reinforcement solves the problem. A mesh (fiberglass, metal) is placed inside the silicone mold (during pouring) — adds rigidity, prevents deformations. Reinforced mold is heavier, but stable — casting dimensions are constant from first to hundredth.

Alternative — rigid shell (jacket). The silicone mold is placed into a rigid casing (plaster, plastic, wooden) — the casing holds the mold, prevents walls from spreading. During casting, the mold is inserted into the casing, after polyurethane hardens the casing is removed, the mold is extracted together with the casting, the casting is removed from the mold.

Multi-part molds: for complex elements

Elements with deep undercuts (columns with flutes, capitals with complex relief, sculptures) cannot be extracted from a one-piece mold — they catch on undercuts, break or tear the mold when trying to extract. Solution — multi-part mold. The silicone mold is cut into two-three-four parts (along lines where undercuts are minimal). Parts are glued before casting (with silicone glue or strapped with belts), after the casting hardens they are disassembled — the casting is extracted, mold parts are glued again for next casting.

Multi-part molds are more expensive (more silicone, more time to make, each casting requires assembly-disassembly), but indispensable for complex elements. No alternative — a one-piece mold either won't release the casting, or will itself be destroyed when trying to extract.

Minimum runs and timelines: economics of custom production

Custom production is more expensive than mass production — mold payback is stretched over a small number of items. Understanding the economics helps plan the budget.

Cost structure of custom molding

Design (3D modeling, renders, approvals). Fixed cost, independent of run. Simple model (geometric cornice without ornament) — ten-twenty thousand rubles for modeling. Complex (multi-tier rosette with detailed ornament) — fifty-one hundred thousand.

Making master model and mold. Fixed cost. Mold for a small element (trim, molding one meter long) — twenty-forty thousand rubles. Mold for a large element (column three meters high, rosette one meter in diameter) — one hundred-two hundred thousand.

Casting and processing of each casting. Variable cost, depends on size, complexity. Small element (overlay, console) — one to three thousand per piece. Large (cornice per linear meter, column) — five to fifteen thousand.

For a single run (one copy) the cost is high — all fixed costs (design, mold) fall on one element. For a series (ten to fifty copies) the unit cost decreases — the fixed costs are divided by the quantity. For mass production (hundreds) the cost approaches that of catalog items.

Minimum run: when custom production is justified

Manufacturers set minimum runs — below which an order is not accepted (not profitable). Typically:

One copy. Accepted for expensive complex elements (element budget fifty thousand and above) or for clients willing to pay the high single-unit cost. Production time three to eight weeks (depends on complexity).

Five to ten copies. Optimal minimum for most tasks. Unit cost is already noticeably lower than single-unit. Suitable for home interior (several rooms with identical cornices, columns), facade (windows decorated identically).

Fifty and more. Series production of a custom element. Unit cost is low, approaching catalog price. Suitable for commercial projects (hotel with a hundred rooms, shopping center with repeating elements), residential complexes (developer decorates several buildings with identical decor).

Production timelines: project planning

Simple elements (geometric moldings, smooth cornices). Design one to two days, mold making three to five days, casting and processing one day per batch up to ten pieces. Total time two weeks.

Medium complexity (ornamented cornices, rosettes, architraves). Design three to seven days, mold making one to two weeks, casting and processing two to three days per batch. Total time four to six weeks.

Complex (sculptural elements, capitals, large reliefs). Design two to four weeks (if a sculptor handcrafts the master model), mold making two to three weeks, casting and processing one week per batch (large elements cure longer, are processed more carefully). Total time two to three months.

Lead times may be extended during periods of high production load (seasonal peaks in spring-summer during renovation seasons), holidays, or when multiple rounds of approvals are required (e.g., indecisive clients changing requirements).

Cost of custom molding: comparison with catalog

Custom is more expensive than catalog — but by how much? Comparison helps make a decision.

Catalog molding: mass production

A catalog cornice fifteen centimeters wide costs four hundred to eight hundred rubles per linear meter. The mold is amortized over thousands of castings, unit cost is minimal. A rosette sixty centimeters in diameter — two to five thousand rubles. A column two and a half meters high — fifteen to thirty thousand (depends on order complexity).

Custom molding single run

The same cornice (fifteen centimeters wide, but unique ornament) in a single copy one meter long — thirty to fifty thousand rubles (design ten thousand, mold twenty, casting five). Ten times more expensive than a catalog meter. But if ten meters are needed (entire room perimeter), the cost per meter decreases — design and mold are fixed (thirty thousand), casting ten meters — fifty thousand (five thousand per meter). Total eighty thousand, eight thousand per meter — twice as expensive as catalog, but not ten times.

Custom rosette diameter sixty (unique ornament) — forty to seventy thousand per piece (design twenty to thirty thousand, mold twenty to thirty, casting five to ten). Ten to twenty times more expensive than catalog. If five rosettes are needed (five rooms), unit cost drops to fifteen to twenty-five thousand — three to five times more expensive than catalog.

Custom column (unique capital with family crest) two and a half meters high — one hundred fifty to two hundred fifty thousand per piece (capital design forty thousand, mold sixty, column casting fifty, processing twenty). For a pair of columns (symmetrical entrance decoration) unit cost one hundred twenty to one hundred eighty thousand — four to six times more expensive than catalog.

When custom is economically justified

Non-standard dimensions are critical. If a catalog element does not fit in size, adaptation (enlargement, reduction, bending) is impossible — custom is the only option. Overpayment is inevitable, but the alternative is to forgo decor altogether.

Uniqueness is a priority. If the value of the interior lies in exclusivity (house worth tens of millions, personal design), the cost of custom molding constitutes a small fraction of the total budget (one to three percent). Overpayment is insignificant relative to the goal — creating a unique space.

Series reduces cost. For commercial projects (hotels, restaurants, offices), where one element is repeated dozens of times, custom molding is thirty to fifty percent more expensive than catalog (not multiples) — an acceptable overpayment for brand uniqueness.

Combination. Optimal strategy — main decor is catalog (cornices, moldings, baseboards — standard, cheap), accent elements are custom (rosette with crest above fireplace, entrance door portal with initials, column capitals with author's ornament). Overpayment is localized to a few elements, overall budget is controlled.

Copyright for unique elements: who owns the design

Custom molding is the result of creative work by a designer, sculptor. Who owns the design rights? Can the client reproduce the element, sell the mold to third parties?

Standard practice: client pays for production, manufacturer retains the mold

Standard contract: client pays for design, mold, casting. Receives finished products, uses in their project. Manufacturer retains the mold, master model, 3D files — can use for future orders (sell to other clients, include in catalog). Design is not exclusive — in a year the element may appear in a neighbor's interior, who bought it as a catalog item.

Acceptable for most clients — cost is lower (no need to buy out rights), exclusivity is temporary (first one to two years the element is unique, until it is reproduced).

Exclusivity buyout: the client owns the design

The client can pay for full exclusivity — buy out the rights to the design, mold, 3D model. The contract stipulates: the manufacturer undertakes not to reproduce the element, not to sell to third parties, to transfer the mold to the client (or destroy it after order completion). The client becomes the sole owner of the design — can order re-production from any other manufacturer (by providing the mold or 3D model), sell the design, prohibit its use.

The cost of exclusive buyout is fifty to one hundred percent of the design and mold cost. If the mold cost forty thousand, the buyout adds twenty to forty thousand. Justified for elements with high symbolic value (family crest, unique designer's original ornament, corporate branding).

Intellectual property protection: design registration

A unique design can be registered as an industrial design (analogous to a patent for the appearance of a product). Registration provides legal protection — no one can copy the design without the owner's consent. Process: filing an application with Rospatent, examination (checking for novelty, originality), registration (takes six to twelve months), obtaining a certificate. Protection lasts for fifteen years (renewable).

Registration makes sense for commercially valuable designs (the manufacturer plans to sell the element as exclusive, protect it from copying by competitors). For one-off private orders it is excessive — the registration cost (fifteen to thirty thousand) is not recouped.

Examples of completed projects: from idea to interior

The theory is clear, but what does practice look like? Real projects demonstrate the possibilities.

Project 1: Historical reconstruction of a mansion

Client: owner of a pre-revolutionary mansion in St. Petersburg, restoration after emergency condition. The stucco was lost — dismantled in Soviet times, partially collapsed. Fragments were preserved (two pieces of cornice, one pilaster capital), archival photographs from the early 20th century (black and white, low resolution).

Task: recreate the lost stucco — cornices, pilasters, rosettes, door portals. Requirements: maximum historical accuracy (elements must match the originals), modern materials (polyurethane instead of plaster — more durable, lighter).

Process: measuring the preserved fragments (laser scanning — accuracy to the millimeter), analysis of archival photos (restoring proportions of lost elements based on those visible in photos), research of analogues (stucco in other buildings by the same architect, same era). A sculptor recreated master models by hand (based on measurements and photos), molds were cast, elements produced. Total volume: one hundred twenty meters of cornices (six profiles of different widths for different rooms), twenty-four pilasters (three sizes), eight rosettes, four portals.

Timeline: eight months (design and measurements two months, mold making three, element production and installation three). Stucco cost: four million rubles (materials, production, installation). Result: the mansion was recreated with historical accuracy, interiors regained their early 20th-century appearance, the building was listed as an architectural monument.

Project 2: Original interior in a modern apartment

Client: owner of a three-room apartment in a new building (modern layout, ceiling height two seventy), designer developed an interior in Art Deco style. Requirements: unique ornament (Art Deco geometric motifs — zigzags, rays, stepped forms), integration into modern space (the stucco should not look museum-like).

Task: cornices with Art Deco ornament for the living room and bedroom, chandelier rosette with a radial pattern, door portals with geometric pilasters.

Process: designer created sketches (by hand, watercolor), 3D designer translated them into models, visualized them in the apartment context (photomontage). Client approved, molds made, elements cast, painted (cornices white with gilding of protruding details, rosette gold, portals black with silver accents). Volume: thirty-six meters of cornices (two profiles), one rosette, two portals.

Timeline: six weeks (design two weeks, molds two, production and painting two). Stucco cost: two hundred fifty thousand rubles. Result: the interior gained individuality, the Art Deco ornament tied the space into a stylistic whole, apartment photos were published in design magazines.

Project 3: Corporate interior of a bank

Client: regional branch of a bank, new office in a historical building (former merchant's house). Requirements: the interior must combine the historicity of the building and the bank's corporate identity. Stucco with integration of the logo, corporate symbols.

Task: ceiling rosettes with the bank's logo (stylized as classical ornament), pilasters with capitals incorporating elements of the bank's heraldry, frieze with repeating corporate symbol.

Process: the bank's designer provided the logo, brand style (colors, fonts, graphic elements), architect integrated them into classical stucco (logo inscribed in the center of the rosette, surrounded by acanthus leaves, heraldry on capitals stylized as classical volutes). 3D models, visualization, approval with bank management, production. Volume: ten rosettes (operating hall, offices), twenty pilasters, eighty meters of frieze.

Timeline: four months (design one month, approvals one month, production two). Stucco cost: one and a half million rubles. Result: the office combines the respectability of the historical building and the recognizability of the corporate brand, clients associate the space with the bank (logo everywhere, but organically integrated into classicism).

Frequently asked questions

Can you order a single element or is there a minimum order quantity?

Most manufacturers accept orders from one piece. But the cost of a single item is high — all fixed costs (design, mold) fall on one element. Economically justified for expensive large elements (columns, portals, sculptural compositions) or when uniqueness is critical (family crest, original design). For simple elements (moldings, cornices) manufacturers may offer adaptation of a catalog item (change size, slightly modify