How to Install Wooden Balusters 2026: Modern Installation Methods from Lag Screws to Invisible Fastening

This is not magic or secret knowledge reserved for select masters. It is a technology that can be mastered, understood, and applied in practice.How to install wooden balustersThis is not magic and not secret knowledge accessible only to chosen masters. It is a technology that can be mastered, understood, and applied in practice.

In 2026, baluster installation reached a new level. Modern fastening systems emerged, providing maximum reliability while remaining completely invisible. Traditional methods were improved thanks to new materials and tools. Professionals use combined approaches, selecting the optimal fastening method for each specific situation. In this article, we will examine all main methods — from classic pegs to high-tech invisible fastening, consider their advantages and disadvantages, provide step-by-step instructions, and reveal professional installation secrets.

Wooden Baluster L-039.1

from 93.27 $

Wooden Baluster L-060

from 103.27 $

Wooden Baluster L-106

from 555.94 $

Wooden Baluster L-103

from 195.92 $

Wooden Baluster L-059

from 129.42 $

Wooden Baluster L-095

from 65.39 $

Wooden Baluster L-111

from 72.18 $

Wooden Baluster L-079

from 243.92 $

Go to Catalog

Why is proper fastening critically important?

Before diving into technical details, let’s understand what’s at stake. Why can’t you simply 'bolt on' balusters and forget about it?

Watch video ...

Safety above all

The stair railing is the number one safety element. When a person ascends or descends stairs, they instinctively lean on the handrails. Body weight, dynamic load during movement, accidental bumps — all of this creates significant stress on the balusters. If the fastening is weak, the baluster may loosen or even detach, leading to falls and injuries.

This is especially critical in homes with children or elderly people. Children love running up and down stairs, grabbing the handrails, sometimes even hanging from them. Elderly people lean on the railing more heavily, compensating for movement uncertainty.installing wooden balustersIt must withstand not only static but also dynamic loads with a multiple safety factor.

Our factory also produces:

Wooden Baluster L-079

from 243.92 $

Wooden Baluster L-067

from 114.49 $

Wooden Baluster L-045

from 59.96 $

Wooden balustrade L-041

from 76.86 $

Wooden baluster L-038

from 60.46 $

Wooden balustrade L-037

from 65.51 $

Wooden newel post L-048

from 65.39 $

Wooden baluster L-047

from 65.14 $

View Full Product Catalog

Structural durability

Incorrect fastening leads to loosening of connections. When a baluster starts 'wobbling,' the wood at the fastening points gradually deteriorates. Microcracks appear, holes under fasteners enlarge, and the connection becomes weaker. Within a year or two, such a staircase will require repair, or possibly complete replacement of the balusters.

A properly installed baluster serves for decades without losing strength. The connection remains rigid, does not creak, and requires no maintenance. This is an investment of time and effort during installation, which pays off for years of flawless operation.

Aesthetics and completeness

Fastening wooden balustersThis is not only an engineering task, but also an aesthetic one. Screws with protruding heads, unevenly positioned elements, visible gaps in joints — all of this destroys the beauty of even the most expensive carved balusters. Modern fastening methods allow making connections completely invisible, creating the impression of a monolithic structure, where each element occupies its ideal place.

Preparation for installation: what you need to know and have

SuccessfulInstalling balusters on a wooden staircaseInstallation begins not with the first screw, but with careful preparation. Let’s figure out what needs to be done before starting work.

Calculation of quantity and spacing

How many balusters will you need for your staircase? This depends on several factors. Building codes require that the gap between vertical railing elements should not exceed 15 cm — this is a safety requirement, especially important if there are small children in the house.

The standard approach — installing one baluster per step. For a step 25-30 cm wide and a baluster 5 cm wide, this gives a gap of about 20-25 cm, which is normal for adults but may be unsafe for children. A more reliable option — two balusters per step, which reduces the gap by approximately half.

Marking begins with the bottom and top steps, where support posts are installed. Then measure the total length of the stair run and divide it by the number of steps. This gives the baluster installation spacing, which must be uniform along the entire length of the staircase. Even small deviations will be visually noticeable and disrupt the harmony of the structure.

Tools and materials

For quality installation, professional tools are required. A drill or impact driver with a set of wood drill bits of different diameters — from 6 to 12 mm. A screwdriver for driving screws. A construction level at least 60 cm long for checking verticality. A square for checking right angles. A tape measure and pencil for marking.

Materials needed: wooden pegs with a diameter of 8-10 mm (if this fastening method is chosen), threaded metal rods M6 or M8 (for the rod method), carpenter’s PVA glue or special wood glue, wood screws of different lengths, wooden plugs for covering holes.

It is also useful to have painter’s tape to protect balusters from accidental scratches, sandpaper of different grits for cleaning fastening areas, and a damp cloth for removing excess glue.

Checking and preparing balusters

Before installation, each baluster must be carefully inspected. Check for cracks, chips, or wood defects. Ensure all balusters have identical dimensions — especially height and base size. Even a 2-3 mm difference will be noticeable after installation.

The ends of the balusters must be perfectly flat and perpendicular to the axis. If unevenness is detected, trim the ends on a circular saw or sand them on a sander. For stairs with a slope, the top end of the balusters must be cut at an angle corresponding to the staircase’s incline. This angle is measured with a protractor or calculated using formulas.

If the balusters are already coated with varnish or paint, lightly sand the areas where fasteners will be installed to improve glue adhesion. After sanding, remove dust with a dry cloth or vacuum cleaner.

Classic fastening methods: time-tested

Let’s start with traditional methods that have been used for centuries and remain relevant today due to their reliability and simplicity.

Fastening with wooden dowels

This is the most classic method, used even by our grandfathers. Pegs (cylindrical wooden pins) provide a strong connection, completely hidden from view. The method is ideal forinstalling balusters on a wooden staircase, where both the base and balusters are made of solid wood.

Selecting dowels. The dowel diameter should be approximately 1/4 of the baluster thickness. For a 50x50 mm baluster, a 10-12 mm diameter dowel is optimal. Dowel length is usually 60-80 mm, with half entering the baluster and half into the base. Dowels can be purchased ready-made (available at any hardware store) or made from hardwood such as oak or beech.

Marking and drilling. Mark the center of the future baluster on each step. Drill a hole 35-40 mm deep and 0.5 mm smaller in diameter than the dowel — this ensures a tight fit. Drill an identical hole in the center of the bottom end of the baluster. It is critically important that both holes are strictly perpendicular to the surface — any deviation will cause the baluster to lean.

Connection assembly. The dowel is generously coated with carpentry glue and driven into the hole in the tread, leaving a protruding part of 30-35 mm. Then, glue is also applied to the protruding part, and the baluster is mounted. It is important to do this carefully, without misalignment. The baluster is installed vertically, checked with a level, and secured in this position until the glue dries (usually 24 hours).

Advantages of the method: complete concealment of fasteners, high strength when properly executed, eco-friendliness (only natural materials are used), possibility of disassembly if repair is needed.

Disadvantages: requires high precision drilling, long drying time for glue, inability to adjust after installation.

Mounting on metal dowels

A more technologically advanced option — using threaded metal bolts. This method provides maximum strength and is suitable for heavily used staircases. Understanding,how to secure wooden balusterswith bolts, is not difficult — the technology is similar to the dowel method, but with some differences.

Bolt selection. Use zinc-plated or stainless steel threaded bolts M6 or M8. Length is usually 80-100 mm. Zinc plating protects against corrosion, which is important for outdoor staircases or rooms with high humidity. Bolts will require corresponding nuts and washers.

Installation. A central hole is drilled in the baluster slightly smaller than the bolt diameter (for M6 — 5.5 mm drill, for M8 — 7.5 mm). Hole depth is 40-50 mm. The bolt is screwed into the hole using two locknuts with glue. The protruding part of the bolt should be 40-50 mm.

The baluster is installed, the bolt enters the hole. On the opposite side (bottom of the tread or from the underside of the baluster support) a nut with a washer is screwed on and tightened with a wrench. The connection becomes very rigid and reliable.

Modification — through-fastening. For maximum strength, use a long bolt that passes completely through the tread. Nuts and washers are tightened from above and below. The upper nut is pressed into the baluster wood (pre-drill a larger diameter recess) and covered with a wooden plug matching the baluster color.

Advantages: maximum strength, possibility of adjustment and tightening over time, fast installation, no need to wait for glue to dry.

Disadvantages: requires access to the bottom of the tread (not always possible), metal parts are visible from below (though they can be covered with decorative caps), higher cost compared to dowels.

Through-fastening with self-tapping screws

The fastest and simplest method — directly screwing self-tapping screws through the baluster into the base. This method does not require complex tools or special skills, but has a significant drawback — visible fastening points. However, with proper execution and masking, the result can be quite acceptable.

Self-tapping screw selection. Use wood screws 60-80 mm long with countersunk heads. Diameter 4-5 mm. It is important that the screws are zinc-plated or made of stainless steel to protect against corrosion.

Installation technology. The baluster is placed in position and leveled. Then, a pilot hole slightly smaller than the screw diameter (3-4 mm) is drilled through the baluster into the tread to the depth of the screw length. This prevents wood cracking. The upper part of the hole in the baluster is re-drilled with a larger diameter drill (8-10 mm) to a depth of 5-8 mm — this is the recess for the countersunk head.

The screw is screwed in with a drill, pressing the head below the baluster surface. The resulting recess is filled with a wooden plug cut from the same wood species, or wood putty matching the baluster color. After drying, the area is sanded flush.

Advantages: fast installation, no special tools required, possibility of adjusting the baluster position, reliability when properly executed.

Disadvantages: visible fastening points (even with careful masking), risk of wood cracking, less aesthetic appeal compared to concealed methods.

Fastening at an angle ("inlay" method)

Improved through-fastening — screwing self-tapping screws at an angle, making fastening points less noticeable. This method is good forbaluster fastening on wooden staircasesin budget projects or when installation time is limited.

Principle of the method. Screws are screwed in not vertically from top to bottom, but at an angle of 30-45 degrees through the side surface of the baluster base into the tread. One screw is screwed in from each side of the baluster, forming a secure connection.

Step-by-step instruction. The baluster is placed in position and leveled. From 20-30 mm from the bottom edge, a pilot hole is drilled at an angle of approximately 45 degrees through the side of the baluster so that the screw passes through the baluster base and enters the tread. The depth of entry into the tread should be at least 30-40 mm.

Screw in the screw, pressing the head. Repeat the operation on the opposite side of the baluster. This creates a cross connection, ensuring rigidity. Fill the holes with wooden plugs or putty.

Advantages: fastening points are located on the side, less noticeable than with top-through fastening, fast installation, no need for access to the bottom of the tread.

Disadvantages: requires experience for correct angled screwing, fastening marks are still visible, lower strength compared to dowels or bolts.

Modern methods: aesthetics and technologies

Technologies are not standing still, and in 2026 new solutions have appeared that combine maximum strength with absolute invisibility of fasteners.

Invisible fastening using special systems

Innovative method — using special fastening systems that completely conceal connection points. This is especially relevant for premium projects, where every detail must be perfect. Let's examine how to install wooden balusters using modern invisible fasteners.how to install wooden balusters, using modern invisible fasteners.

Zip bolts (clamps). These are special metal fasteners consisting of two parts: a threaded bushing and a bolt. The bushing is glued into the end of the baluster, and the bolt is inserted into the corresponding hole in the tread or underbaluster. When connected, the bolt is screwed into the bushing, creating a strong connection without visible elements.

Installation requires precise marking and drilling. Coaxial holes are drilled precisely at the center in both the baluster and the base. The bushings and bolts are installed using special glue. After the glue dries, the baluster is placed in position, the elements are connected, and fixation is achieved by turning with a special wrench. No traces of fastening are visible from the outside — the baluster appears as if it were simply glued on or growing out of the tread.

Magnetic fasteners. An ultra-modern solution — using powerful neodymium magnets. Metal plates or the magnets themselves are glued into the base of the baluster and into the tread. The attraction is so strong that the baluster is securely held without additional fasteners. This method is rarely used for load-bearing balusters but is ideal for decorative elements or combined railing systems.

Advantages of invisible fastening: absolute aesthetics, no visible installation marks, modern high-tech approach, possibility of disassembly if needed.

Disadvantages: high cost of fastening systems, requires very precise marking and drilling, requires special tools, not always available in regular hardware stores.

Fastening through underbaluster

Underbaluster — this is a horizontal board (strip) installed on the tread or on the stringer of the staircase. Balusters are attached to this strip, and the strip itself is mounted to the staircase. This method significantly simplifiesInstalling wooden balustersand ensures high installation accuracy.

Manufacturing underbaluster. For the underbaluster, use a board 30-40 mm thick and 100-150 mm wide, made of the same wood species as the balusters. The length equals the length of the staircase run. If the staircase has a slope, one side of the underbaluster must be cut at an angle corresponding to the slope angle.

Fastening balusters to the underbaluster. Mark the positions for installing balusters on the underbaluster at equal intervals. Attach the balusters to the underbaluster using any convenient method — self-tapping screws from below the underbaluster (they won't be visible), dowels, or glue. Since the work is done on a workbench rather than on the staircase, the accuracy and quality of the connection are significantly higher.

Installing the underbaluster on the staircase. After all balusters are secured to the underbaluster, the entire assembly is installed on the staircase. The underbaluster is fastened to the treads with self-tapping screws from below (if access is available) or special fastening brackets. Strong construction glue can be used for additional fixation.

Advantages: simplifies installation, high accuracy in positioning all balusters at equal distances, possibility of pre-assembling outside the staircase, additional structural rigidity.

Disadvantages: the underbaluster 'eats' part of the tread width (usually 10-15 cm), alters the staircase's appearance, requires additional material.

Fastening in a groove (groove-and-tooth system)

This method comes from traditional carpentry. A tenon (tooth) is milled on the lower end of the baluster, and a corresponding groove is cut into the underbaluster or directly into the tread. When installed, the tenon fits into the groove, creating a strong connection.

Manufacturing the connection. To create a groove-and-tooth connection, a router or router machine is required. The groove is typically 8-10 mm wide and 15-20 mm deep. The tenon is made slightly narrower (with a 0.5 mm clearance) for easy insertion, but the same depth.

Variants of shape. The classic variant — rectangular tenon and groove. More reliable — trapezoidal, so-called 'swallowtail'. The tenon widens toward the end, and the groove has the corresponding shape. This creates a locking connection that cannot be pulled out without damaging it.

Assembly. The groove and tenon are generously coated with carpentry glue. The baluster is placed with the tenon into the groove and lightly tapped into place with a wooden mallet until fully seated. Excess glue is immediately wiped away with a damp cloth. After drying, the connection becomes extremely strong.

Advantages: highest strength, traditional carpentry method, proven over centuries, complete concealment of fastening, aesthetic appeal.

Disadvantages: requires router equipment and skills to operate it, difficulty manufacturing grooves in already installed treads, inability to disassemble without damaging the connection.

Fastening the top part of balusters to the handrail

We have thoroughly examined how toinstall balusters on a wooden staircasefrom below, to the treads. But there is another critically important part — fastening the top part of balusters to the handrail. It is the handrail that bears the main load when people lean on the railing, so the connection must be as secure as possible.

Fastening through a handrail support rail

The most common and reliable method — using a handrail support board (handrail rail). This is a horizontal block installed on the top ends of balusters and serves as the base for the handrail.

Manufacturing the handrail support board. Use a rectangular-section block, typically 40x60 or 50x70 mm. Length equals the length of the stair run. If the staircase has a slope, the bottom edge of the board is cut at the corresponding angle to fit snugly against the beveled top ends of the balusters.

Methods of attaching balusters to the handrail support board. The simplest — screws driven from below the board into the baluster ends. Screw heads are not visible as they are on the underside. For added security, use wood glue.

A more complex option — creating a groove at the bottom of the handrail support board. The upper ends of the balusters are inserted into this groove to a depth of 10–15 mm and secured with glue and screws from the side through the board. This creates a very rigid connection.

Installing the handrail on the handrail support board. A longitudinal groove is milled into the bottom of the handrail, which is then slipped onto the support board. Fixation is achieved using glue and screws driven from below through the board into the handrail. The screws are not visible, resulting in a clean and neat connection.

Advantages: high strength, all balusters rigidly connected to each other through the board, hidden fastening, ease of installation.

Disadvantages: the handrail support board slightly increases the height of the railing, requires precise fitting of all elements.

Direct mounting to the handrail

In some cases, balusters are mounted directly to the handrail without an intermediate board. This method is used for thin balusters or when minimizing the height of the railing is required.

Dowel joint. Holes for dowels are drilled into the upper end of the baluster and into the corresponding location on the bottom of the handrail. The dowel, glued in place, is inserted into the baluster, and then the handrail is placed on top. Very precise marking is required to ensure all dowels align perfectly with the holes in the handrail.

Screw joint. A short screw (30–40 mm) is screwed into the baluster, and the protruding part fits into a hole in the handrail. Fixation is achieved with glue. A more technologically advanced option is using threaded inserts in the handrail, into which screws from the balusters are screwed.

Advantages: minimalist construction, absence of intermediate elements.

Disadvantages: difficulty in precise marking and installation, lower strength compared to the method using a handrail support board, inability to adjust after gluing.

Installation features on different types of staircases

Fastening wooden balustersHas its own nuances depending on the staircase construction. Let's consider the main types.

Staircase with stringers

Stringers are load-bearing beams on which the treads are laid. Balusters in such a construction are usually mounted directly to the treads. Access to the underside of the treads is open, allowing any mounting method to be used, including through-bolting with nuts tightened from below.

Feature: the upper ends of the balusters must be milled at an angle corresponding to the staircase's incline, so that the handrail support board or handrail lies horizontally (relative to the slope of the stair run).

Staircase with stringers

Stringers are side load-bearing beams between which the treads are inserted. Stringers often have grooves or notches into which the ends of the treads fit. Balusters can be mounted to the treads or directly to the stringers.

Mounting to stringers. Holes for dowels or screws are drilled into the stringers at intervals corresponding to the distance between balusters. Balusters are installed vertically and mounted to the stringers. Advantage — balusters do not obstruct the treads, making the staircase appear lighter. Disadvantage — difficulty in marking and installation, requiring high precision.

Spiral and winding staircases

This is the most complex case. The treads have a trapezoidal shape and are arranged radially. Balusters are installed on the outer edge of the treads, and their height may vary due to different inclines at different points along the stair run.

The method of mounting through a baluster support, which is bent along the staircase's trajectory, is often used. The baluster support is made from bent-glued timber or steamed and bent according to a template. Balusters are mounted to the baluster support, which is then installed on the staircase.

Typical mistakes and how to avoid them

Even experienced craftsmen sometimes make mistakes when installing balusters. Let's consider the most common mistakes and ways to prevent them.

Error #1: inaccurate marking

If the locations for installing balusters are marked unevenly, with different intervals, this immediately becomes obvious. The staircase looks amateurish, losing all its aesthetic appeal.

Solution: use a template or stencil for marking. Measure the total length of the stair run, subtract the width of all balusters, divide the remaining distance by the number of gaps. This will give you the exact size of each gap. Mark not just points, but draw vertical lines using a square — this way, you will clearly see where each baluster should be placed.

Error #2: non-perpendicular holes

If the hole for a dowel or screw is drilled not strictly perpendicular to the surface, the baluster will sit at an angle. Correcting this is practically impossible without re-drilling.

Solution: use a drill press or stationary drill press. If using a handheld drill, use special guides for perpendicular drilling. Check the perpendicularity of the drill bit setup with a square before starting to drill.

Error #3: insufficient or excessive tightening

When using screws and self-tapping screws, it is important to find the right balance. Insufficient tightening will result in a wobbly baluster. Excessive tightening will cause the wood to crack.

Solution: tighten until you feel resistance, then turn another half-turn. For self-tapping screws, use a drill with torque adjustment. Always drill pilot holes — this prevents cracking.

Error #4: installation without checking verticality

It seems obvious — you need to check vertical alignment. But in a rush or due to fatigue, the craftsman may skip this step. Even a slight baluster tilt (2-3 degrees) is visually noticeable, especially when balusters are installed in a row.

Solution: After installing each baluster, always check its vertical alignment using a level in two planes — along and across the staircase. Adjust the position until fully secured before finalizing the fastening.

Error #5: Using insufficient glue or none at all

Some craftsmen rely solely on mechanical fastening (dowels, bolts, screws), forgetting about glue. But it is precisely the glue that ensures the monolithic connection, fills microscopic irregularities, and prevents loosening.

Solution: Always use quality wood glue in addition to mechanical fastening. Apply glue generously but without excess. Wipe away any excess glue with a damp cloth before it dries.

Finishing work after installation

After all balusters are installed, perform final finishing to achieve a polished appearance.

Filling mounting locations

If screws were used for through-fastening, fill the screw head depressions. The best method — wooden plugs cut from the same material as the balusters. Plug into the depressions, let dry, trim flush with a chisel, and sand with fine-grit sandpaper.

Alternative — wood putty in matching color to balusters. Modern putties offer a wide color range — you can find an ideal match. Apply putty with slight excess, then sand after drying.

Final sanding

Even if balusters are supplied pre-sanded, minor scratches, tool marks, or roughness may appear after installation. Perform final sanding with fine-grit sandpaper (220-320 grit). Sand along the grain, without heavy pressure.

After sanding, thoroughly remove wood dust — using a vacuum cleaner, then wipe balusters with a tack cloth or specialized dust removal cloth.

Protective Coating

If balusters were not coated with protective finish on the factory, do so after installation. For interior staircases, use parquet lacquer, waxed oil, or specialized stair treatments. Apply finish with brush or pad in 2-3 coats with intermediate sanding.

For outdoor staircases and terraces, mandatory treatment with antiseptics against rot and insects, followed by application of weather-resistant lacquer or oil with UV filters.

FAQ: Answers to popular questions about baluster installation

Can balusters be installed without experience?

Yes, basic methods (dowels, screws) are suitable for DIY installation. The key is to carefully study the technique, use proper tools, avoid rushing, and thoroughly check each step. For complex methods (groove-and-tenon, hidden fastening), practice on samples first.

How long does baluster installation take?

For a 15-step staircase with 15 balusters, an experienced craftsman spends 4-6 hours on the full cycle: marking, drilling, installation, and finishing. A novice will need 8-12 hours. Do not rush — accuracy is more important than speed.

What is the most reliable mounting method?

In terms of strength, the leaders are: metal bolts with nut tightening (especially through-bolt type) and dovetail joint types like "swallowtail". Both methods withstand loads of several hundred kilograms per baluster.

Is glue necessary when using bolts or screws?

Yes, glue is mandatory. It fills gaps, creates additional bonding, prevents squeaking and loosening. Modern wood glue, after polymerization, is stronger than wood itself. A "mechanical fastening + glue" connection is always stronger than mechanical fastening alone.

What to do if a baluster cracks during installation?

A small crack can be repaired: widen it with a fine saw or knife, fill with liquid glue, clamp until dry. If the crack is serious, replace the baluster. Using a cracked baluster is dangerous — under load, it may break.

Can balusters be removed after installation?

It depends on the fastening method. Balusters on bolts with nuts can be easily removed by unscrewing. Dowel and especially glued groove-and-tenon joints are practically non-disassemblable — removal is only possible by destroying components.

Creaking occurs due to friction between elements caused by play. Prevention: mandatory use of glue, tight fitting of all joints, use of washers when tightening, periodic tightening of fasteners.

Squeaking occurs due to friction between wooden or metal parts. Prevention: mandatory use of glue, tight fitting of all joints without gaps, use of washers when tightening nuts, and periodic tightening of loose fasteners.

What distance should be between balusters?

According to construction norms, the gap between vertical elements of the railing should not exceed 150 mm (for houses where children are present — 100–120 mm). Typically, balusters are installed at 150–200 mm intervals along the axes, providing a safe gap.

Is it necessary to treat the connection points with antiseptic?

For indoor staircases in dry rooms, it is not necessary. For outdoor staircases, balconies, and terraces — it is strongly recommended to treat all ends and connection points with deep-penetrating antiseptic before installation.

How to install balusters on a concrete staircase?

On concrete, use metal or chemical anchors. Drill holes in the concrete with a hammer drill, install the anchors, attach metal or wooden blocks to them, and then mount the balusters using any method.

Why choose STAVROS?

When the question arises, whereBuy wooden balustersto find the highest quality and receive professional installation consultation, the answer is obvious — the company STAVROS.

Quality proven over time

Over two decades of operation, STAVROS has created thousands of staircases in private homes, commercial buildings, and historical structures throughout Russia. Our balusters are installed in country residences, restaurants, hotels — everywhere where quality and aesthetics are valued.

Our own full-cycle production allows us to control every stage — from purchasing timber to packaging the finished product. Modern CNC machines ensure perfect geometry for each baluster, which is critically important for easy and precise installation.

Wide assortment and individual approach

STAVROS catalog features more than 50 baluster models in various styles: finely crafted classical, carved baroque, minimalist modern, flat Slavic-style. You can choose a ready-made option or order custom manufacturing based on your individual sketch.

Our company’s designers will help you select balusters that perfectly match your interior concept. We work with oak, ash, beech, pine — any species you prefer.

Professional support at every stage

STAVROS specialists don’t just sell balusters — we help you realize your project. Consultation on choosing the optimal mounting method based on your staircase’s structure. Calculation of required elements and fasteners. Recommendations on tools and materials.

We provide detailed instructions forinstallation of wooden balustersvideo materials, diagrams. If needed, we can recommend trusted installers in your region.

Comprehensive solutions

In addition to balusters, STAVROS offers you to order all staircase components: posts, handrails, baluster supports, treads, risers, caps. All elements are made from the same batch of timber, ensuring perfect color and texture match. This is especially important for expensive species — oak, walnut, ash.

Warranty and delivery

STAVROS products come with manufacturer’s warranty. We are confident in the quality of our products and guarantee their durability. Delivery is available throughout Russia and CIS countries with careful packaging to protect during transport.

Choosing STAVROS, you get not just staircase elements, but a comprehensive solution: high-quality products, professional support, confidence in the result. Our balusters are designed to serve for decades, remaining strong, beautiful, and safe.Installing balusters on a wooden staircaseWith STAVROS products — this is a guarantee that your staircase will become not just a functional structure, but a work of architectural art that you will be proud of.

Contact STAVROS — we will help you turn your dream of an ideal staircase into reality. Modern installation methods combined with traditional quality — this formula works flawlessly. Your staircase deserves the best.