Wooden balusters made by hand 2026: from lathe to 3D milling — technologies of a home craftsman

There is something magical in the process of transforming an ordinary wooden block into an elegant baluster. The scent of fresh wood, the sound of the cutting tool gliding over the rotating blank, the shavings spiraling down to the floor — this is not just craftsmanship, it is pure creativity. In 2026,wood baluster manufacturing experiences a true renaissance by hand. Technology has made enormous strides — from classic lathes to high-precision CNC routers and even 3D modeling. At the same time, traditional craftsmanship has not disappeared; it has seamlessly merged with modern capabilities.

Why are more and more people deciding to createwooden balusters DIY? There are several reasons. First, significant cost savings — the price of ready-made balusters includes not only material and labor, but also manufacturer and seller markup. When making them yourself, you pay only for the wood and consumables. Second, the opportunity to create a completely unique design that perfectly fits your interior. Ready-made balusters are always standard, while yours are uniquely yours. Third, invaluable hands-on experience working with wood, developing skills that will be useful in future projects. And finally, simply the pleasure of the creative process.

This article is a comprehensive guide for those who want to learnhow to make balusters from wood by hand. We will cover all modern technologies — from traditional turning to innovative CNC milling methods. We will discuss wood selection, tools, and drawing creation. We will provide step-by-step instructions for making balusters of different types. We will examine typical mistakes beginners make and how to avoid them. Regardless of whether you have a fully equipped workshop or only a minimal set of tools, you will find here information that will help you create beautiful and high-quality balusters.

Wooden Baluster L-039.1

from 94.23 $

Wooden Baluster L-060

from 104.33 $

Wooden Baluster L-106

from 561.67 $

Wooden Baluster L-103

from 197.94 $

Wooden Baluster L-059

from 130.76 $

Wooden Baluster L-095

from 66.06 $

Wooden Baluster L-111

from 72.92 $

Flat wooden baluster L-058.1

from 379.80 $

Go to Catalog

Wood Selection: The Foundation of Quality

The quality of future balusters depends 50% on the correct choice of wood. Not all wood is equally suitable for turning and milling.

Watch video ...

Hardwood species

Oak — the king among materials for balusters. Dense, hard wood with a distinctive texture. Oak works excellently on a lathe, holding even the finest carving details without chipping. After sanding and lacquering, oak balusters acquire a noble, deep color. Drawbacks: high cost, significant weight, requires powerful equipment and sharp tools. For beginners, oak may prove too challenging a material.

Beech — the optimal choice for a home craftsman. Nearly as strong as oak, but easier to work with. Uniform fine-grained structure allows creating thin decorative elements. Beech stains well, enabling you to achieve any desired shade. Moderate cost. The only limitation — beech is sensitive to humidity, so it is suitable only for indoor staircases.

Ash — light-colored wood with a beautiful striped texture. Slightly less dense than oak, but works excellently on bending. Ash balusters turn out elegant and visually light. Well-suited for Scandinavian and minimalist interiors due to its light tone. Moderate price, relatively easy to work with.

Birch — an affordable option for first experiments. Softer than the above-mentioned species, easily processed even with simple tools. Has a uniform structure without a distinct texture. Accepts stain and paint well. Drawback — lower durability and strength.

Our factory also produces:

Wooden Baluster L-111

from 72.92 $

Wooden Baluster L-079

from 246.43 $

Wooden Baluster L-067

from 115.67 $

Wooden Baluster L-045

from 60.58 $

Wooden balustrade L-041

from 77.66 $

Wooden baluster L-038

from 61.08 $

Wooden balustrade L-037

from 66.19 $

Wooden newel post L-048

from 66.06 $

View Full Product Catalog

Coniferous species

Spruce — the most budget-friendly material. Soft wood, easily processed, but requires caution — it’s easy to remove too much. Spruce contains resinous inclusions that may cause problems when applying lacquer (requires special primer). Suitable for garden staircases, temporary structures, or for getting hands-on experience before working with more expensive species.

Larch is the only coniferous species recommended for serious projects. Denser than pine, resistant to rot and moisture. Suitable for outdoor staircases and terraces. Has a beautiful reddish hue. More difficult to process than pine, but easier than oak.

Requirements for wood

Regardless of the selected species, the wood must meet strict requirements. Moisture content is a critical parameter. Ideally 8-12%. Excessively moist wood will splinter during processing, and after drying, the finished product will warp. Over-dried wood becomes brittle and may crack. Purchase only kiln-dried wood with moisture content indicated.

No defects. Knots, cracks, grain mismatch, resin pockets — all are unacceptable. For balusters, wood of the highest or first grade is required. One initially invisible defect may appear during turning and ruin nearly finished product.

Correct blanks. For turned balusters, square blocks with cross-sections from 50x50 mm to 100x100 mm are used, depending on the desired baluster thickness. Length must exceed the future baluster height by 10-15 cm (allowance for mounting in lathe chucks and trimming). Blocks must be straight, without bends — a curved blank will cause vibration on the lathe.

Tools and equipment: from minimum to professional level

Creationwooden balusters made by handrequires specific tools. Let's consider options for different budgets and skill levels.

Minimum set for beginners

If you are just trying your hand, you don't need to buy expensive professional tools right away.

Simple wood lathe. A desktop model with 400-600 W power, 500-750 mm between centers, and 250-350 mm maximum processing diameter is suitable for home workshops. Budget Chinese models cost from 15,000 to 25,000 rubles. This is sufficient for making standard balusters up to 90 cm high and 10 cm in diameter.

Turning tool set. Minimum includes: roughing gouge (for roughing), finishing gouge (for finishing), parting tool (for trimming ends and creating V-grooves), parting tool (for fine grooves), and a gouge (for concave surfaces). An inexpensive set of 5-6 tools can be purchased for 2,000-3,000 rubles.

Measuring tools. Vernier caliper, dial caliper (for measuring rotating part diameters), ruler, square, template (can be made from plywood according to the drawing).

Abrasive materials. Sandpaper grits 80, 120, 180, 220, 320 for sequential sanding. Can be used as sheets or rolls.

Protection. Safety glasses (mandatory!), dust respirator, work gloves (but not when working on a rotating lathe).

With this minimum, you can easily make simple turned balusters without complex decoration.

Advanced level

Professional lathe. Models with 1000-1500 W power, electronic speed control, extended speed range, and copy (for mass production of identical parts). Cost from 50,000 rubles and above.

Hand-held router. For creating flat balusters with carved elements, for shaping edges, for creating decorative grooves on turned balusters. Router with 1200-1500 W power and replaceable bits costs from 8,000 to 15,000 rubles.

Circular saw or miter saw. For precise cutting of blanks. Miter saw is especially convenient — allows making perfectly perpendicular cuts and accurate angled cuts.

Belt sander and eccentric sander. For final finishing of large surfaces.

Drilling machine. For accurately drilling central holes at the ends of balusters (for mounting).

Professional level: CNC machines

CNC lathe. Revolution in baluster manufacturing. You create a 3D model or load a ready drawing, andlathe for making wooden balustersthe machine automatically turns the part with precision to tenths of a millimeter. All balusters are absolutely identical. The only drawback is the price — from 300,000 rubles for basic models.

CNC router. For creating flat balusters with the most complex patterns, for 3D carving, for creating elements impossible to turn on a lathe. Multi-axis routers can create balusters with three-dimensional sculptural elements. Price from 200,000 rubles.

3D scanner and software. If you found an antique baluster and want to create a copy — the 3D scanner reads the geometry, creates a digital model, which can then be reproduced on a CNC machine. Technology of 2026, accessible to serious enthusiasts.

Design and drawings: from idea to implementation

Any manufacturing begins with a project.Wooden Baluster DrawingThis is a roadmap — without it, you risk wandering aimlessly.

Study existing samples

Classic styles: Doric (simple geometric forms), Ionic (more elegant proportions), Corinthian (abundance of decorative elements). Modern styles: minimalism (smooth cylinders or squares), art deco (geometric facets), organic (imitation of natural forms).

Visit museums, study historical buildings, browse manufacturer catalogs. Take photos of baalas you like. Pay attention to proportions — the ratio of diameters of different parts, the height of elements.

Visit museums, study historical buildings, browse manufacturer catalogs. Take photos of liked balusters. Pay attention to proportions — the ratio of diameters of different parts, the height of elements.

Creating a Drawing

Scale sketch. Start with a hand-drawn sketch at a 1:5 or 1:10 scale on graph paper. Draw the profile of the baluster (its side view — this is what is visible on the lathe). Indicate main dimensions.

Technical drawing. Transfer the sketch to exact dimensions. Indicate total height, diameters at various points, height of each decorative element. A professional drawing includes front view (profile), top view (circles of different diameters at different heights), and isometric view (3D representation).

Turning template. Cut a template at full scale from thick cardboard or thin plywood, matching the baluster’s contour. During turning, you will press it against the rotating blank to control the shape.

Proportion calculation

Proportion Calculation

Balusters should be harmonious. Too thin ones look fragile, too bulky ones look crude. Golden rule: the height of the baluster is approximately 8-12 times its minimum diameter. For example, for a 90 cm tall baluster, the optimal minimum diameter of the central part is 7-11 cm.

The base and top part are usually 20-30% wider than the thinnest part of the central body. Decorative elements (spheres, disks) should not stand out from the overall composition — their diameter is between the minimum and maximum diameter of the baluster.

Traditional turning: the genre’s classic

Turning on a lathe — the primary method for creating round balusters. Mastering it, you will be able to create balusters of almost any complexity.

Preparation of the blank

Take a square block of the required length. On both ends, find the centers — draw diagonals, the point of intersection is the center. Mark indentations at the central points with a center punch or awl — these will accommodate the lathe centers.

If the blank has a significant cross-section (more than 80x80 mm), you can pre-cut the corners with a hand plane or circular saw, bringing the square closer to an octagon. This will reduce vibration at the start of turning and save time.

Mounting on the lathe

Secure the blank between the lathe centers. The rear center should enter the recess on the end of the blank and be firmly fixed by the rear chuck. The front center (spindle) also enters the recess. For secure connection, use a geared faceplate or a collet chuck.

Set the tool rest (tool support) — it should be 2-3 mm below the axis of rotation of the blank and 3-5 mm from the surface of the blank. Check that the blank rotates freely by hand and does not touch the tool rest.

Rough turning

Put on safety goggles — this is mandatory! Start the lathe at low speeds (500-800 rpm for large blanks). Take a gouge — a tool with a semicircular cutting edge.

Gently bring the tool to the rotating blank, resting it on the tool rest. Begin removing the corners of the blank, transforming the square into a cylinder. Hold the tool with both hands: one hand on the handle, the other guiding the cutting edge. The cutting edge should be angled slightly upward, at approximately a 45-degree angle to the axis of rotation.

Work methodically, passing along the entire blank. The shavings should be removed in a smooth ribbon. If vibration occurs — reduce the cutting depth or lower the rotational speed. Gradually bring the blank to a cylindrical shape slightly larger (by 3-5 mm) than the maximum diameter specified in the drawing.

Zone marking

Stop the lathe. Using a pencil or chalk and a ruler, mark the cylinder according to the drawing: where the base will be, where the decorative part begins, where it ends, and where the top part is. These lines will serve as your guides for further processing.

Final turning

Increase the lathe speed (1200-1800 rpm). Take a parting tool — a tool with a flat cutting edge, sharpened like a chisel. The parting tool gives a smoother surface than the gouge.

Turn the cylinder to perfect smoothness, bringing the diameter to the required size in each zone according to the drawing. Constantly check the diameter with a caliper.

Carving decorative elements

Now comes the most creative part — creating decorative forms. Use different tools depending on the element:

Spheres and ovoids are turned using a gouge or a half-round chisel. Form the rounded shape with smooth movements, constantly checking against the template.

V-grooves are made with a triangular chisel. Set the chisel at an angle, press it into the wood, and run it along the circumference to form a clean groove.

Deep indentations creating the 'waist' of the baluster are made with a chisel or a narrow hook-shaped chisel. Gradually deepen the cut to form a smooth transition.

Cylindrical sections are smoothed with a rasp to achieve a perfectly smooth surface.

Work slowly, constantly referring to the drawing and template. It's better to remove less material — you can always finish it later. Excess material removed cannot be recovered.

Grinding on the machine

Once the baluster's shape fully matches the drawing, proceed to grinding. Increase the speed to maximum (2000-2500 rpm). Take an 80-grit sanding strip, fold it in half, and carefully press it against the rotating baluster.

Attention! Do not wrap the sanding paper around the part — it may wrap around and catch your hand. Simply hold the strip, pressing it against the surface and smoothly moving it along the baluster.

Sequentially use sandpaper grits 80 → 120 → 180 → 220. After each stage, blow off dust or wipe with a slightly damp cloth (machine must be off). Final grinding with 320-grit sandpaper will give the surface a silky smooth finish.

Removing from the machine

Stop the machine. Loosen the rear chuck and remove the baluster. Trim the ends to remove marks from the machine centers. The ends must be perfectly flat and perpendicular to the baluster's axis.

If manufacturing multiple balusters (typically 15-30 for a staircase), repeat the entire process for each blank. Strive for maximum uniformity — all balusters should be as identical as twins.

Manufacturing flat balusters: milling and carving

Flat balusters are an alternative to turned ones, offering their own advantages. They create a continuous visual plane, allowing for complex patterns and ornamentation.

Preparation of blanks

Flat balusters use boards 30-50 mm thick. Width depends on design, usually 80-150 mm. The wood must be dry, flat, and free of defects.

CreateWooden Baluster Drawinga flat-type template on paper at actual size. Draw the baluster outline, decorative cutouts, ornamentation. This drawing will become your template.

Transferring the outline to wood

Cut out the paper template along the outline. Place it on the board, secure it with painter’s tape or tacks. Trace the outline with a pencil. If manufacturing several identical balusters, make a durable template from thin plywood or acrylic — it can be reused multiple times.

Cutting the outline

Use a jigsaw with a clean-cut blade. Set the jigsaw to a low reciprocating speed for precision. Carefully guide the tool exactly along the line, without rushing.

For internal cutouts (e.g., decorative holes), drill an initial hole slightly larger than the jigsaw blade width, insert the blade, and cut the outline from the inside.

After cutting, edges will be rough. Smooth them with a file, rasp, or grinder until perfectly smooth.

Decorative milling

Hand milling opens wide possibilities for decorating flat balusters. Using various bits, you can create:

Decorative edges — using edge bits (roundover, chamfer, decorative). They create rounded, wavy, stepped profiles along the baluster’s edge.

Grooves and channels — with straight or V-shaped bits. You can create vertical grooves (rabbets), horizontal lines, geometric patterns.

3D ornamentation — using bits of various profiles. This requires experience and steady hands.

For milling, clamp the baluster to the workbench with clamps. Mill at medium speed, guiding the tool smoothly and evenly. Don’t rush — better to make several shallow passes than one deep pass with risk of breaking.

Threaded connections for wood

To create truly unique flat balusters, use hand carving. This requires artistic skills and special tools — a set of chisels of various shapes (cove, bevel, cleft, gouge).

Draw the design on the baluster’s surface with a pencil. Gradually carve the ornament elements — leaves, flowers, geometric patterns — with chisels. Profile carving creates recessed lines. Relief carving produces raised elements protruding above the background.

Carving is a slow process requiring concentration. But the result is truly exclusive and one-of-a-kind.

Polishing and finishing

After all operations, the flat baluster must be carefully sanded. Use an orbital sander for flat surfaces, hand sanding with sandpaper for complex reliefs and carvings.

Sequentially apply grits 120 → 180 → 220 → 320. Sand along the grain of the wood. After each stage, remove dust.

Modern technologies: CNC and 3D milling

In 2026, digital technologies madehow to make balusters from wood by handaccessible even for those without years of turning experience.

CNC turning machines

Working principle: you create a digital model of the baluster in a special program (or load a ready-made model). The program converts the model into control code (G-code). The machine reads the code and automatically turns the baluster, controlling tool movement with precision down to 0.1 mm.

Advantages: perfect repeatability (all balusters are absolutely identical), ability to create complex profiles that are practically impossible to turn by hand, time savings (the machine operates without human intervention), safety (the craftsman does not stand near rotating equipment).

Disadvantages: high cost (from 300,000 rubles), need to learn software, dependence on electronics (a program failure can ruin the blank).

For a home craftsman planning to produce a large quantity of balusters (e.g., for business), a CNC machine pays for itself within a few months.

CNC milling machines

Allow creating flat balusters with incredibly complex patterns, as well as 3D elements using 3D milling.

Process: create a 3D model in software (Fusion 360, ArtCAM, Vectric Aspire), set processing parameters (type of cutter, speed, depth), generate G-code, load onto the machine.Machine for wooden balustersstarts working — the cutter moves in three or even five axes, carving the shape from the blank.

Multi-axis processing allows creating balusters with sculptural elements — animal figures, human faces, complex floral ornaments in 3D.

3D modeling and template printing

Even if you don’t have a CNC machine, digital technologies can assist in traditional work. Create a 3D model of the baluster in software, evaluate proportions from all sides, and make adjustments.

From the model, you can print templates on a regular printer (baluster profile at actual size) or on a 3D printer (a scaled-down master model that helps visualize the final result).

Some masters use 3D printers to print complex decorative elements from plastic, which are then integrated into wooden balusters — a hybrid approach combining tradition and innovation.

Final finishing: from blank to masterpiece

Creating the shape is only half the work. Final finishing determines the final appearance and longevity of the balusters.

Final sanding

After removing from the machine or completing milling, perform a final manual sanding. Even if you sanded on the machine, manual finishing will reveal and correct minor defects.

Use sandpaper with grit 220-320, folded into several layers or wrapped around a wooden block. Sand along the grain, paying special attention to transitions between elements, recesses, and carved details.

After sanding, brush off dust with a soft brush, then wipe the baluster with a damp (not wet!) cloth. Let it dry for 15-20 minutes.

Removing wood grain

After contact with moisture, wood fibers slightly lift, creating a fuzzy surface. Gently run fine sandpaper (320-400 grit) over the surface to remove the raised fibers. Wipe away dust with a dry cloth.

Staining (optional)

If you want to change the wood color or emphasize the texture, apply a stain or tinting sealer.

Water-based stains are eco-friendly, odorless, and provide even color. Applied with a brush or sponge, they dry quickly (2-4 hours).

Alcohol-based stains dry very quickly (20-30 minutes), but require skill to apply, as they may cause streaks.

Oil-based stains penetrate deeply into wood, providing rich color, and take 12-24 hours to dry.

Apply stain along the grain with an even layer. For intricate carved elements, use a brush; for smooth surfaces, use a sponge or cloth pad. Allow to dry completely.

Protective Coating

The final step is applying a protective finish, which will protect the wood from moisture, dirt, and mechanical damage.

Wax-based oil — a natural finish that enhances wood texture and provides a silky feel. Apply a thin layer with a pad, then rub in. After 15-20 minutes, remove excess. Dries in 12-24 hours. Requires 2-3 coats.

Polyurethane varnish — the most durable finish, creating a hard film. Apply with a brush or spray gun in 2-3 coats. Each coat takes 4-8 hours to dry; before applying the next, lightly sand with 400-600 grit sandpaper. Provides glossy or matte (depending on type) surface.

Wax paste — a traditional finish providing a soft sheen. Apply a thin layer with a pad; after drying (30-60 minutes), polish with a soft cloth to a shine.

All types of finishes are suitable for interior balusters. For outdoor use, always use products with UV filters and water resistance.

Typical mistakes of beginners and their solutions

Error 1: Using green wood

Problem: The stock has moisture content over 15-20%.

Consequences: During turning, the wood fibers tear and do not produce a clean surface. After manufacturing, the baluster dries and deforms — it may be “screwed” by a screw, and cracks appear.

Solution: Purchase only kiln-dried wood with moisture content indicated as 8-12%. Store wood in a dry room.

Error 2: Dull tools

Problem: Cutters are dull and unsharpened.

Consequences: Instead of clean cutting, the tool tears and crushes fibers, creating a rough surface. Requires more effort and increases the risk of cutter breakage and injury.

Solution: Regularly sharpen cutters on a sharpening machine or abrasive block. A sharp cutter should easily cut paper. Always check sharpness before work.

Error 3: Incorrect spindle speed

Problem: Too high RPM during rough turning of large stock or too low RPM during finishing.

Consequences: Vibration, risk of stock ejection, poor surface quality.

Solution: For rough turning of stock over 100 mm diameter — 500-800 RPM. For finishing details 50-80 mm diameter — 1200-1800 RPM. For polishing — 2000-2500 RPM.

Error 4: Removing too much material in one pass

Problem: Attempting to quickly turn the shape by removing a deep layer of wood in one pass.

Consequences: Wood ejection, chips, risk of cutter breakage, tool overheating.

Solution: Work gradually, removing thin layers. Better to make 10 passes of 1 mm each than one pass of 10 mm. Patience is key to quality.

Error 5: Lack of protection

Problem: Working without safety goggles, with long sleeves, or with dangling jewelry.

Consequences: Wood chips may enter the eye, clothing or hair may wrap around the rotating part with tragic consequences.

Solution: Always work with safety goggles. Use a dust respirator. No loose clothing, long sleeves, dangling jewelry, or loose hair near rotating equipment. Safety is no joke.

FAQ: Answers to popular questions

Can balusters be made without a lathe?

Yes, you can create flat balusters using only a jigsaw, router, and hand tools. There are also minimalist-style balusters — simple square or rectangular blocks, planed and sanded.

How long does it take to make one baluster?

For an experienced turner — 30-60 minutes for a simple baluster, 1.5-3 hours for a complex carved one. For a beginner — 2-4 hours for a simple one, a full day for a complex one. Carved flat balusters may require several days of work.

Which wood species is best for first attempts?

Birch or pine — soft, easy to work with, inexpensive. Once you’ve gained experience, move on to beech or ash.

Do you need special education to work on a lathe?

No, but it’s advisable to take a basic course or several sessions with an experienced master. Watching video tutorials is also very helpful. The key is to follow safety procedures and start with simple shapes.

Will buying equipment pay off?

If you plan to make balusters for your own staircase (15-30 pieces) — savings compared to buying ready-made ones will be 30,000–80,000 rubles depending on the wood species. The cost of a simple lathe and tools — around 25,000–35,000 rubles. So it pays off for one project. Plus, you get equipment for future projects.

How to achieve uniformity among all balusters?

Use an accurate drawing and template. Constantly check against them during turning. Measure diameters with a caliper. The first baluster becomes a sample for the rest. Alternatively, use a copying device (lathe attachment) or a CNC machine.

Can a damaged baluster be repaired?

A small chip or crack can be filled with wood putty or glued-on the broken piece. If you removed too much material during turning — you’ll have to start a new blank. Therefore, always make 2-3 extra balusters than you need.

Where to get baluster drawings?

There are many free drawings available online. You can buy professional drawing sets. You can find a photo of a desired baluster and create your own drawing by measuring proportions. You can also design a unique style.

What to do with waste (shavings and sawdust)?

Wood shavings from turning are excellent for mulching gardens, animal bedding, or starting a fire in a fireplace. Sawdust can be composted or used as filler. Don’t throw it away — it’s a valuable resource.

Conclusion: Mastery begins with the first step

Creationbalusters for staircase from wood by hand— it’s the path from beginner to master, a creative and incredibly engaging journey. In 2026, this path became more accessible thanks to modern technologies, educational materials, and tool availability. But the fundamentals remain unchanged — quality wood, sharp tools, patience, and attention to detail.

Your first balusters will likely be imperfect. That’s normal. Each subsequent one will be better than the previous. You’ll learn to feel the wood, understand how it reacts to the tool, and anticipate tool behavior. This comes only with experience.

But there are things you cannot compromise on or learn by trial and error — the quality of the raw material. Even the highest skills cannot compensate for defective wood. That’s why professionals and serious hobbyists choose trusted suppliers.

When professional-grade material is needed

Company STAVROS — a recognized leader in producing wooden interior elements. If you plan tohow to make balusters from wood by hand, but are unsure about the quality of material from a local warehouse, STAVROS offers carefully selected blanks from kiln-dried wood — oak, ash, beech at 8-10% moisture, free of knots, cracks, with perfect geometry.

For those who want to save time making complex elements, STAVROS offers ready-made turned balusters at reasonable prices. You can make basic balusters yourself, while ordering professional manufacturing for accent elements (e.g., balusters on support posts with especially intricate carving).

Support and consultations

STAVROS — it’s not just a store, it’s a community of professionals and woodworkers. Company specialists are always ready to advise on material selection, suggest optimal technologies for your project, recommend tools and consumables.

Educational materials, drawings, instructions — everything you need for successful DIY production are available on the company's website. STAVROS is committed to developing woodworking culture in Russia, so it actively supports home craftsmen.

Quality at every stage

Over twenty years of operation, STAVROS has built a reputation as a company where quality is not just a word. Own production, modern equipment, control at every stage. If you decide that making balusters yourself is too labor-intensive, you can always order ready-made balusters from STAVROS, knowing you will receive top-class products.

Wide assortment — more than 50 baluster models in various styles. Possibility of custom orders based on your drawings. Delivery across Russia with careful packaging. Manufacturer’s warranty.

Making balusters by hand is not just about saving money. It’s creativity, self-realization, pride in your result. It’s the opportunity to create something unique, unlike anything else. It’s a new skill that will stay with you for life.

Start small — make one baluster. Feel the material, master the tools, assess your capabilities. And perhaps, after a few months, you’ll proudly ascend the staircase with the railing you created with your own hands.

Choose STAVROS for materials, consultations, and inspiration. We are here to support your pursuit of craftsmanship. Technologies of 2026 combined with traditional quality — a proven formula for success. Your creative journey begins today.