STAVROS Production: How the Perfect Wood and MDF Profile is Born

Transforming wood into a perfect architectural element requires deep material knowledge, high-precision equipment, and years of experience.Wooden baseboardundergoes dozens of technological operations before reaching the interior.Planed boarddemonstrates processing precision with tolerances down to tenths of a millimeter.— is a horizontal element that frames the room at the bottom of the walls where the wall meets the floor. Skirting boards perform several functions: they hide the technological gap between the wall and floor covering (necessary for thermal expansion), protect the lower part of the wall from mechanical damage, create visual completion, and may conceal wiring.combines technological excellence with aesthetic versatility.Wooden trimSTAVROS is created at the intersection of traditional carpentry craftsmanship and modern production technologies.Wooden moldingsembodies the philosophy of quality, where every millimeter of the profile is precisely calibrated with mathematical accuracy.Wooden cornicecompletes the technological cycle as a product where functionality is inseparable from beauty.

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Wood Selection and Material Preparation

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Raw Material Procurement: The Beginning of the Quality Journey

The production cycle begins long before the first tool touches the wood. STAVROS works with proven timber suppliers from regions with traditional forestry — Arkhangelsk, Vologda, Kostroma Oblasts. Oak is sourced from forestry enterprises in Central Russia, where the species achieves optimal density and texture characteristics. Beech is procured from European suppliers — German, Austrian, Czech forestry enterprises, where this species grows under ideal conditions.

Incoming raw material inspection includes checking the moisture content of each batch. Wood is delivered with atmospheric drying at 18–22 percent moisture. Electronic moisture meters measure moisture at multiple points on each board, rejecting material with deviations.Wooden baseboardrequires wood with a final moisture content of 8–12 percent, achieved through kiln drying.

Visual inspection identifies defects — knots, cracks, resin pockets, decayed areas, insect activity traces. Boards with critical defects are rejected at the entry stage. Material with minor defects is directed for defect removal. Only clean wood without defects enters production.wooden trim.

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Kiln Drying: The Science of Moisture Control

Kiln drying is a complex technological process requiring precise control of temperature, humidity, and air movement speed. STAVROS drying chambers are equipped with automated microclimate control systems. Temperature is maintained between 40–65 degrees Celsius depending on wood species and initial moisture content. Oak is dried at 50–55 degrees, beech at 45–50 degrees to prevent cracking.

The drying process is divided into phases with gradual parameter changes. The initial phase at 40–45 degrees Celsius and 80–85 percent relative humidity lasts several days, allowing wood to begin releasing moisture without sharp stresses. The main phase at 55–60 degrees Celsius and 60–70 percent humidity constitutes the primary drying time — 2–3 weeks depending on material thickness. The final phase at 65 degrees Celsius and 50 percent humidity brings wood to the target moisture content of 8–12 percent.

Moisture control is performed daily on test samples. Electronic moisture meters measure moisture at the center of the board, where it is highest. The moisture difference between surface and center should not exceed 2 percent to prevent internal stresses.Planed boardwood with moisture gradient deforms after processing.

Conditioning after drying equalizes moisture throughout the wood volume. Material is held in a chamber at 20–25 degrees Celsius and 65–70 percent relative humidity for 3–5 days. This process removes internal stresses developed during drying, stabilizes geometry. After conditioning, wood is ready for mechanical processing.

Sorting and Cutting

Dried wood is sorted by texture and color quality. Boards with distinct growth ring patterns, uniform color, and absence of defects are classified as premium grade. They are directed to production of items where the texture will be visible —Wooden moldingswith oil or lacquer finish,Wooden cornicewith natural finish.

Boards of medium quality with less distinct texture or minor defects are used for items intended for staining.Wooden baseboardFor enamel finishes, perfect texture is not required — paint will conceal minor differences in color and wood grain. Rational use of different quality raw materials optimizes cost without compromising the quality of finished products.

Board cutting into blanks is performed on crosscut saws with carbide-tipped discs. The operator evaluates each board, selecting the optimal cutting layout for maximum yield of good blanks. Defective sections are trimmed and discarded. Blanks are provided with a 10–15 mm allowance along the length for subsequent precise trimming and 5–7 mm along the width for calibration.

Processing Technology: Planing and Sanding

Calibration: Creating the Basic Geometry

The first machine operation — calibrating blanks to thickness on double-sided jointers. The blank is fed through two cutting rollers — upper and lower — which, in one pass, create two parallel planes. The cut depth on each side is 1–2 mm, ensuring a clean surface without fiber tearing.Wooden trimrequires perfectly parallel planes for subsequent profiling.

Calibration accuracy is ±0.1 mm — blanks from the same batch have identical thickness with minimal deviations. This precision is critical for profiling quality — even minor thickness differences lead to uneven profiles. Jointer knives are made of high-speed steel, sharpened at a 20–25 degree angle, ensuring clean cuts without burning the wood.

Blank feed speed is adjusted depending on wood species. Hardwoods — oak, beech — are processed at 6–8 meters per minute. Softwoods — pine, spruce — at 10–12 meters per minute. Cutting roller rotation frequency is 4000–5000 rpm, which, with four knives per roller, yields 16,000–20,000 cuts per meter of blank per minute.

Edge Jointing: Creating the Basic Edge

Edge jointing creates an ideally flat base surface for all subsequent operations. The edge jointer with a spiral cutting roller processes the blank edge, creating a plane perpendicular to the board face. The spiral arrangement of knives ensures cleaner processing than straight knives — each knife cuts a narrow strip of wood, overlapping the cut of the previous knife.

The basic edge serves as a reference surface for profiling.Planed boardThe base edge is pressed against the machine's guide ruler, ensuring dimensional accuracy and perpendicularity of edges. Deviation of the base edge from the plane exceeding 0.2 millimeters per linear meter causes geometric profile distortions.

The cutting depth on the planer machine is 1-1.5 millimeters per pass. To achieve an ideal flat surface, two passes are performed — the first rough pass at 1.5 millimeters depth, and the second finishing pass at 0.3-0.5 millimeters depth. The finishing pass creates a surface ready for profiling without additional processing.

Profiling: birth of form

Profiling — the key operation that transforms a rectangular blank intoWooden baseboardwith a characteristic profile. Four-sided longitudinal milling machines process all four sides of the blank in one pass. The blank is fed through the machine by roller mechanisms at a constant speed of 8-12 meters per minute, sequentially passing four spindle heads with cutter heads.

Each profile requires an individual set of cutters, manufactured to order according to drawings. Cutters are produced from high-speed steel on CNC machines with profile accuracy ±0.05 millimeters. A set of four cutter heads — for the bottom, top, left, and right sides of the blank — creates a complete profile in one pass. The cost of a cutter set ranges from 80,000 to 150,000 rubles depending on the profile complexity.

Spindle rotation speed is 6000-8000 rpm. At a feed rate of 10 meters per minute per linear meter of blank, 36,000-48,000 cuts are made, ensuring an ideal surface finish. Cutting frequency is calculated for each wood species — hard species require higher frequency to prevent fiber tearing.

Setting up a four-sided machine requires high operator skill. The position of each spindle is adjusted with precision of 0.01 millimeters, ensuring profile conformity to the drawing. Test samples are checked using templates manufactured according to the same drawings as the cutters. Profile deviation exceeding 0.2 millimeters requires adjustment of the setup.

Grinding: Achieving surface perfection

After profilingWooden corniceit is directed to grinding — an operation that creates an ideal surface ready for final finishing. Grinding is performed in several stages with gradually decreasing abrasive grit size. The first stage — rough grinding with P80-P100 abrasive — removes milling marks and levels micro-irregularities. Material removal is 0.1-0.15 millimeters.

The second stage — intermediate grinding with P120-P150 abrasive — creates a smoother surface. The third stage — finishing grinding with P180-P220 abrasive — achieves mirror-like smoothness. For items intended for oil finishing, an additional grinding stage with P240-P280 abrasive is performed. The surface becomes so smooth that no irregularities are felt upon touch.

Profiles with complex relief are ground using special grinding pads that replicate the profile shape.Wooden moldingswith fillets and grooves require manual processing of hard-to-reach areas. An experienced grinder processes one linear meter of complex profile in 15-20 minutes, achieving ideal surface cleanliness on all sides.

Grinding quality control is performed visually and tactilely. The surface must be absolutely smooth without scratches, nicks, or missed areas. Oblique light reveals the slightest defects — they appear as dark or light streaks. Items with grinding defects are sent for rework.

Production of MDF profiles and density control

Technology of MDF panel production

— is a horizontal element that frames the room at the bottom of the walls where the wall meets the floor. Skirting boards perform several functions: they hide the technological gap between the wall and floor covering (necessary for thermal expansion), protect the lower part of the wall from mechanical damage, create visual completion, and may conceal wiring.It begins with the production of MDF panels. STAVROS works with the largest MDF producers in Russia and Europe, purchasing panels of emission class E1 with formaldehyde content less than 0.124 milligrams per cubic meter of air. Panel density is 760-780 kilograms per cubic meter — the optimal value for producing linear products.

MDF production begins with grinding wood chips into fiber form. The chips pass through a defibrator — a device that separates wood into individual fibers at high temperature (170-180°C) and pressure. The temperature activates lignin — the natural binding agent in wood — preparing fibers to bond with synthetic resin.

Fibers are mixed with urea-formaldehyde resin at 9-11% of the dry fiber mass. Modern resins with low free formaldehyde content ensure E1 emission class. The resin is evenly distributed over the fiber surface, forming a thin film that, under pressing, bonds fibers into a monolithic panel.

Cushion formation occurs on the forming line, where fibers mixed with resin are distributed evenly as a layer on a conveyor belt. The cushion thickness is 3-4 times greater than the final panel thickness — during pressing, it compresses to the desired density. Uniform fiber distribution is critical for the uniform density of the final panel.

Pressing is performed on multi-tier presses at 200-210°C and 25-30 MPa pressure. Pressing time is 20-40 seconds per millimeter of panel thickness. High temperature cures the resin, while pressure compresses fibers to the desired density. The panel exits the press with 6-8% moisture content, ready for mechanical processing after conditioning.

MDF panels processed into profiles

Profiling of MDF panels is performed on the same four-sided machines as solid wood processing. The homogeneous structure of MDF allows creating profiles of any complexity with perfect edge clarity. Carbide cutters with negative rake angle ensure clean cuts without chipping at the cut exit.Wooden trimMDF profiles have a sharper profile compared to solid wood due to the absence of fibrous structure.

MDF processing speed is higher than solid wood — up to 15-18 meters per minute. Homogeneous density allows increasing feed rate without risk of fiber tearing. Spindle rotation speed is 6000-7000 rpm. High MDF density causes significant cutter wear — replacement or resharpening is required after processing 3000-5000 linear meters.

Grinding of MDF profiles is performed with P150-P180 abrasive. Finer abrasive gets clogged with wood dust, reducing productivity. The MDF surface after grinding is absolutely smooth, without pores or fibers.— is a horizontal element that frames the room at the bottom of the walls where the wall meets the floor. Skirting boards perform several functions: they hide the technological gap between the wall and floor covering (necessary for thermal expansion), protect the lower part of the wall from mechanical damage, create visual completion, and may conceal wiring.It is ready for priming without additional preparation.

Edges of MDF profiles require special attention. The porous edge structure actively absorbs paint, creating matte streaks on a glossy surface. Edge priming is performed using special filling primers that seal the pores. Two layers of primer with intermediate sanding create a dense surface identical to the main plane.

Density and uniformity control

Each batch of MDF panels undergoes incoming density control. 50x50 mm samples are cut from various areas of the panel, weighed on analytical scales with 0.01 gram precision, and measured with a caliper to 0.01 mm precision. Density is calculated as mass divided by volume. The allowable range is 760-780 kg/m³ with a variation of no more than 5% within a single panel.

Density uniformity is checked by measuring hardness at different points on the panel. A hardness tester presses a steel ball into the MDF surface with a fixed force, measuring the depth of penetration. A uniform panel shows identical hardness at all points. Differences exceeding 10 percent indicate non-uniform formation of the veneer or uneven pressing.

MDF panel humidity is controlled by electronic pin-type hygrometers. Optimal humidity of 6-8 percent ensures dimensional stability. Excessive humidity causes swelling after processing, while low humidity leads to brittleness. Panels with humidity deviations are directed to conditioning chambers with controlled microclimate.

Quality, eco-friendliness, dimensional accuracy

Multi-level quality control system

STAVROS quality control system covers all stages of the production cycle. Incoming raw material inspection verifies compliance with technical specifications. Operational control at each technological transition detects deviations in real-time. Final product inspection guarantees that the consumer receives items matching declared characteristics.

Incoming wood inspection includes checking species, humidity, and presence of defects. Each board is stamped with a controller’s mark confirming successful incoming inspection. MDF panels are checked for density, thickness, humidity, and absence of surface defects. Manufacturer’s certificates are cross-referenced with own measurements.

Operational control is performed by machine operators every 30-60 minutes of operation.Planed boardMeasured with a caliper in multiple cross-sections and checked with a profile template. Deviations exceeding allowable limits require machine setup adjustment. Statistical control methods detect parameter change trends, warning of process drift beyond tolerances.

Final inspection checks 100 percent of finished items visually and selectively instrumentally. EachWooden baseboardis inspected for absence of surface defects — scratches, chips, poorly sanded areas. From each batch, 5-10 samples are selected for instrumental dimensional and profile inspection. Measurements are recorded in the batch’s quality passport.

Production ecological standards

With FSC certification, they become part of an ecologically responsible interior.Wooden moldingswith FSC certificate become part of an environmentally responsible interior.

MDF panels of E1 emission class with formaldehyde content less than 0.124 mg/m³ are safe for health. European E1 standards correspond to the strictest hygiene norms. Some manufacturers offer MDF E0 class with even lower formaldehyde content — less than 0.065 mg/m³. STAVROS uses E0 panels for producing premium-grade items.

Waste utilization is organized according to zero-waste technology principles. Wood shavings and chips from wood processing are used as fuel for the boiler, providing heat to production areas. Wood offcuts are ground and sold to pellet fuel producers. Grinding dust is collected by aspiration systems and pressed into briquettes for combustion.

Precision dimensional accuracy

Dimensional accuracy of trim items determines installation quality and the final interior appearance.Wooden corniceWith height deviations exceeding 0.5 mm, they create a step at the junction of adjacent boards. STAVROS ensures linear dimension accuracy ±0.2 mm and profile accuracy ±0.3 mm. These tolerances guarantee perfect joints without visually noticeable gaps.

Dimension measurements are performed using calibrated measuring tools. Calipers with 0.01 mm precision measure height, width, and thickness of items. Profile templates, made from tool steel on coordinate-precision machines with ±0.02 mm accuracy, check conformity to drawing specifications. A feeler gauge checks clearance between the item and template — clearance exceeding 0.3 mm indicates profile deviation.

Item straightness is controlled on calibration plates.— is a horizontal element that frames the room at the bottom of the walls where the wall meets the floor. Skirting boards perform several functions: they hide the technological gap between the wall and floor covering (necessary for thermal expansion), protect the lower part of the wall from mechanical damage, create visual completion, and may conceal wiring.A 2.4-meter-long item is laid on the plate, and a feeler gauge measures clearance. Deflection should not exceed 1.5 mm over the entire length. Items with excessive deflection are rejected — during installation, they will create gaps with walls or uneven lines at joints.

Final finishing and painting

Priming before painting

Items to be painted undergo thorough priming, creating a base for the final coating. Acrylic primer is sprayed in a painting chamber with controlled temperature of 20-25°C and humidity of 60-65%. Primer consumption is 80-100 g/m², forming a 60-80 micrometer thick layer. Primer fills wood pores, creating a uniform surface for paint.

Primer drying is performed in a drying chamber at 40-45°C for 2-3 hours. Accelerated drying shortens the production cycle, ensuring complete primer curing before sanding. After drying, the primer is sanded with P240-P280 abrasive to remove raised fibers and create a smooth surface.

A second primer layer is applied after intermediate sanding. Two-layer priming creates a dense base, completely hiding wood texture.Wooden trimAfter two-layer priming, the surface is perfectly smooth and white, ready for final painting.

Painting with enamels

Final painting is performed with acrylic or alkyd enamels. Water-based acrylic enamels are eco-friendly, odorless, and dry quickly. Alkyd enamels create a harder, more durable coating with high gloss. The type of enamel selected depends on the customer’s requirements for appearance and performance characteristics.

Painting is performed in a painting chamber with ventilation and air filtration systems. High-pressure spray guns create an optimal spray pattern, ensuring even coverage of complex profiles. Paint consumption is 100-120 g/m² per layer, forming a 80-100 micrometer thick film. Two layers of paint ensure complete coverage of primer and rich color saturation.

Color matching is performed according to RAL or NCS catalogs with color accuracy ΔE less than 1.5 according to the CIE Lab system. Computerized color-matching stations ensure color consistency from batch to batch.— is a horizontal element that frames the room at the bottom of the walls where the wall meets the floor. Skirting boards perform several functions: they hide the technological gap between the wall and floor covering (necessary for thermal expansion), protect the lower part of the wall from mechanical damage, create visual completion, and may conceal wiring.can be painted in any shade from tens of thousands of available colors.

Oil and wax finish

Solid wood items with distinctive grain are finished with oil or oil-wax, preserving the natural beauty of the wood. The oil penetrates deeply into the wood, accentuates the grain, and creates a silky surface with a subtle sheen.Wooden moldingswith oil finish, show the characteristic ring pattern of oak or beech.

Oil application is done with a brush or cloth in a thin, even layer. After 15-20 minutes, excess oil is wiped off with a dry cloth — no liquid film should remain on the surface. The oil must penetrate into the wood, not form a surface layer. The drying time for the first layer is 12-24 hours at a temperature of 20-25 degrees.

The second layer of oil is applied after the first has fully dried. A two-layer oil finish creates a rich color and emphasizes the depth of the grain. Final polishing with a soft cloth gives the surface a subtle silky sheen.Wooden cornicewith oil finish retains the tactile warmth of wood, pleasant to the touch.

Lacquering

Varnish creates a hard protective film on the wood surface. Polyurethane varnishes provide high wear and water resistance. Nitrocellulose varnishes dry quickly, creating a transparent finish with good gloss. Water-based acrylic varnishes are eco-friendly, odorless, and suitable for items in children's rooms.

Varnish is applied by spraying in three to four layers with intermediate drying and sanding. The first layer — pore filler — fills the wood pores and creates a base for subsequent layers. After 3-4 hours of drying, sanding with P320 abrasive removes raised fibers. The second and third layers build up the coating thickness, while the fourth final layer determines the gloss level.

The gloss level of the varnish finish is regulated by the choice of varnish. Matt varnish with 10-20 gloss units on the gloss meter creates a natural wood appearance without gloss. Semi-gloss with 30-40 gloss units adds a subtle silky sheen. Glossy varnish with 80-90 gloss units creates a mirror-like surface.Planed boardwith matte varnish corresponds to modern aesthetics of naturalness.

Philosophy of STAVROS Craftsmanship

Traditions and Innovations

Since 2002, STAVROS has combined traditional carpentry craftsmanship with modern production technologies. Respect for the material, understanding its nature, and knowledge of wood behavior under various conditions are passed from experienced masters to young specialists. At the same time, the latest CNC machines, automated quality control systems, and computer programs for profile design are introduced.

Productionwooden trimrequires a balance between high productivity and individualized approach. Standard profiles are produced in large batches using high-performance equipment. Custom orders with unique profiles are made in small series with special tooling. The flexibility of the production system allows efficient work with both mass and exclusive projects.

Continuous improvement of technologies, adoption of more precise equipment, mastering new materials and coatings ensure STAVROS’s leadership in the trim products market. Investments in equipment renewal account for 15-20 percent of annual revenue. Training staff, enhancing operator and technician qualifications, create a team of professionals capable of solving the most complex production tasks.

Responsibility to the Customer

Each STAVROS product passes through dozens of hands and hundreds of operations before reaching the consumer. Responsibility for quality is shared by all participants in the production process — from the incoming inspection operator to the packaging worker. The employee motivation system encourages achieving zero defect levels. Each defect case is analyzed, and preventive measures are developed to avoid recurrence.

STAVROS product warranty is 5 years under proper usage conditions. The warranty covers manufacturing defects — warping, cracking, coating delamination. Over 23 years of operation, warranty claims have not exceeded 0.3 percent — this confirms consistently high production quality.Wooden baseboardSTAVROS serves for decades, maintaining its original appearance.

Looking to the Future

STAVROS production development is aimed at expanding the product range, mastering new materials and finishing technologies. Plans include introducing automated painting lines with robotic coating application. Robots will ensure perfect uniformity of coating on complex profiles, eliminating human error. Productivity will increase 2-3 times while improving quality.

Developing proprietary profiles in collaboration with leading interior designers will create collections aligned with current trends.Wooden moldingsunique profiles will become recognizable elements of modern design. Collaboration with architects and designers will ensure the creation of products precisely meeting professional requirements.

Ecological responsibility remains a priority for development. Transition to renewable energy sources, adoption of zero-waste technologies, use of only certified wood and eco-friendly materials make STAVROS production an example of sustainable development.Wooden corniceThe future is created with minimal carbon footprint, preserving nature for future generations.

Frequently asked questions

What is the standard length of STAVROS products?

The standard length of STAVROS trim products is 2400 millimeters. This length is optimal for most rooms with ceiling heights of 2.5-2.7 meters.Planed board2400 millimeter length is suitable for vertical installation from floor to ceiling. Custom orders are available for lengths up to 6000 millimeters for high rooms or to minimize joints.

Can items be ordered to custom sizes?

STAVROS produces custom orders based on the customer's drawings.Wooden trimUnique profiles are manufactured after developing and producing special knives. The minimum order quantity for a custom profile is 100–200 linear meters to cover tooling costs. The production time for a custom order is 4–6 weeks from the moment the drawings are approved.

What types of wood does STAVROS use?

Main types: oak, beech, ash for premium products. Pine is used for the economy segment.Wooden baseboardOak provides maximum durability and expressive texture. Beech is suitable for painted items due to its uniform structure. Ash creates a light, elegant surface. Exotic species — walnut, mahogany — are available upon request.

How does STAVROS MDF differ from regular MDF?

STAVROS uses MDF with a density of 760–780 kg/m³ from leading European manufacturers. High density ensures profile clarity and durability. E1 emission class guarantees health safety.— is a horizontal element that frames the room at the bottom of the walls where the wall meets the floor. Skirting boards perform several functions: they hide the technological gap between the wall and floor covering (necessary for thermal expansion), protect the lower part of the wall from mechanical damage, create visual completion, and may conceal wiring.It undergoes strict incoming inspection — batches with density deviations or surface defects are rejected.

What warranties does STAVROS provide?

The product warranty is 5 years under normal operating conditions. The warranty covers deformation, cracking, and coating delamination at normal humidity (40–70%) and temperature (15–30°C).Wooden corniceDefects identified during the warranty period are replaced free of charge. The warranty does not cover mechanical damage or defects caused by improper installation.

How to store items until installation?

Items are stored in a closed room at a temperature of 15–25°C and relative humidity of 40–65%.Wooden moldingsThey are laid horizontally on a flat surface. Stacking height is no more than 10 layers with spacers between layers. Before installation, items are left in the installation room for 72 hours to acclimate to the microclimate.

What equipment is used in production?

STAVROS is equipped with modern European equipment from leading manufacturers. Four-sided planer machines from Weinig ensure profiling accuracy of ±0.1 mm. Drying chambers from Mühlböck maintain microclimate with temperature accuracy of ±1°C. Painting chambers from SAMES create uniform coating with minimal material consumption. Continuous equipment upgrades ensure technological leadership.

Can I visit the production facility?

STAVROS organizes factory tours for designers, architects, and construction companies. The tour lasts 2–3 hours and includes visits to main production areas and demonstrations of technological processes.Wooden trimIt visually demonstrates the path from board to finished product at various processing stages. Tours are conducted by prior reservation.

What certifications does STAVROS product have?

STAVROS products are certified to Russian and European standards. GOST compliance certificates confirm quality and safety. FSC certificates guarantee the use of wood from ecologically managed forests.Wooden baseboardProducts with FSC certification are suitable for projects requiring LEED or BREEAM environmental certification.

How to order STAVROS products?

Orders are placed through the website stavros.ru, by phone, or in branded showrooms in Moscow and St. Petersburg. Managers assist in selecting optimal profiles, calculating required quantities, and placing orders.Planed boardStock items are shipped within 1–3 days. Custom orders are completed in 4–6 weeks. Delivery across Russia is handled by transport companies.

Conclusion

Producing an ideal linear product requires the unity of many factors — quality raw materials, modern equipment, precise technologies, skilled personnel, and strict control at all stages. STAVROS achieved this unity through 23 years of continuous improvement.Wooden baseboardSTAVROS embodies the philosophy of craftsmanship, where every operation is performed with maximum care.

Planed boardIt creates flawless architectural lines with dimensional accuracy of ±0.2 mm.— is a horizontal element that frames the room at the bottom of the walls where the wall meets the floor. Skirting boards perform several functions: they hide the technological gap between the wall and floor covering (necessary for thermal expansion), protect the lower part of the wall from mechanical damage, create visual completion, and may conceal wiring.It demonstrates the technological sophistication of modern materials.Wooden trimIt combines traditional carpentry craftsmanship with innovative production solutions.

Wooden moldingspreserve the natural beauty of the solid wood while ensuring industrial production quality.Wooden cornicecrowning the technological chain as a piece where the functionality of the architectural element is inseparably linked with aesthetic perfection.

The philosophy of STAVROS craftsmanship is based on respect for materials, responsibility to the consumer, and a pursuit of perfection. Each item is created with an understanding of its role in interior design, with care to ensure it serves for decades, preserving its original beauty and functionality. Choosing STAVROS products means investing in quality proven by time and thousands of projects implemented across Russia.