Overview of Adjustable Table Legs With Glide: Composition, Mechanical Properties, and Applications

Types of Adjustable Table Legs with Glide

An adjustable table leg with glide is a versatile furniture component designed to provide height customization, floor protection, and improved mobility. The glide—typically a small insert or cap at the base of the leg—prevents floor scratches, reduces noise, and allows smooth movement across various surfaces. These legs are essential in both residential and commercial settings where adaptability, durability, and aesthetics matter.

The choice of adjustable leg depends on several factors: the table's intended use (dining, workspace, utility), the flooring type (hardwood, tile, carpet), load requirements, and design preferences. Below is a comprehensive breakdown of the most common types of adjustable table legs with glides, including their materials, advantages, and ideal applications.

Wooden Adjustable Table Legs

Crafted from solid hardwoods like oak, maple, or walnut, these legs combine timeless elegance with functional adjustability. They often feature threaded inserts or telescopic mechanisms for height adjustment and include glides made of rubber, felt, or plastic to protect flooring.

Advantages

• Natural, warm aesthetic ideal for traditional or rustic interiors
• Stable and heavy-duty support for substantial tabletops
• Resistant to corrosion and suitable for indoor environments
• Can be stained or finished to match existing furniture

Limitations

• Less durable in high-moisture or outdoor environments
• Heavier than other materials, making repositioning harder
• Adjustment mechanisms may be less precise than metal alternatives
• Vulnerable to warping over time if not properly sealed

Best for: Dining tables, farmhouse-style furniture, living rooms, and spaces where visual warmth and classic design are prioritized

Metal Adjustable Table Legs

Typically made from steel, aluminum, or iron, metal legs offer a sleek, modern appearance with industrial or minimalist flair. Height adjustment is usually achieved via threaded bolts, levers, or screw mechanisms, and glides are commonly made of rubber, nylon, or thermoplastic materials for quiet, scratch-free movement.

Advantages

• High strength-to-weight ratio for excellent load-bearing capacity
• Precise height adjustment for leveling on uneven floors
• Durable and resistant to wear, ideal for frequent use
• Available in polished, powder-coated, or brushed finishes for design flexibility

Limitations

• Can transmit more vibration and noise without proper glides
• May scratch floors if glides wear out or are missing
• Prone to rust if not treated (especially untreated steel)
• Cold, industrial look may not suit all decor styles

Best for: Modern desks, conference tables, kitchen islands, and commercial workspaces where durability and clean lines are essential

Steel-Capped Adjustable Table Legs

These legs combine a sturdy core (often wood or heavy-duty composite) with a protective steel cap at the base. The steel enhances durability and impact resistance, while integrated glides—usually heavy-duty rubber or polyurethane—ensure floor protection and stability on rough or uneven surfaces.

Advantages

• Exceptional durability and resistance to wear and impact
• Ideal for high-traffic or industrial environments
• Stable on uneven or outdoor surfaces
• Steel caps prevent splitting or crushing at the base

Limitations

• Heavier and more difficult to move
• Higher cost due to reinforced construction
• Limited aesthetic appeal—primarily functional
• May require tools for height adjustment

Best for: Workshop benches, garage worktables, utility carts, and industrial furniture where strength and longevity are critical

Plastic Adjustable Table Legs

Made from high-density polymers like ABS, polypropylene, or reinforced nylon, these lightweight legs are cost-effective and versatile. They often feature built-in screw or snap-in adjustment systems and integrated rubber or nylon glides for smooth floor interaction.

Advantages

• Affordable and widely available
• Resistant to moisture, rust, and corrosion
• Available in multiple colors and styles to match décor
• Easy to install and maintain—ideal for DIY projects

Limitations

• Lower weight capacity compared to wood or metal
• Less rigid—may flex under heavy loads
• Can become brittle over time with UV exposure
• Perceived as less premium or durable

Best for: Lightweight side tables, children's furniture, outdoor patio sets, and temporary or rental-use furniture

Type	Durability	Weight Capacity	Aesthetic Appeal	Best Application
Wooden	Good	High	Excellent	Dining tables, living rooms, rustic interiors
Metal	Excellent	Very High	Good (Modern/Industrial)	Desks, commercial tables, modern kitchens
Steel-Capped	Exceptional	Very High	Fair	Workshops, garages, industrial use
Plastic	Fair	Low to Medium	Good (Color Options)	Outdoor furniture, lightweight tables, temporary setups

Expert Tip: When selecting adjustable legs with glides, always check the glide material compatibility with your flooring. Felt glides are ideal for hardwood, rubber for tile or laminate, and nylon for carpeted surfaces to ensure optimal protection and smooth movement.

Design of Adjustable Table Legs with Glide

The design of adjustable table legs plays a pivotal role in both the functionality and aesthetic appeal of modern furniture. Whether used in home offices, commercial workspaces, or dining areas, well-designed legs enhance stability, ergonomics, and visual harmony. Key considerations include the adjustment mechanism, glide type, and overall style—all of which must be carefully balanced to meet user needs and environmental demands.

Adjustable Mechanisms: Precision, Convenience, and Control

The method by which a table leg adjusts its height directly impacts usability, durability, and user experience. Different mechanisms offer varying degrees of ease, precision, and load capacity. Below are the most common types used in contemporary adjustable furniture:

Screw Mechanism

This traditional system involves manually rotating threaded rods or legs to raise or lower the table. While highly durable and cost-effective, screw mechanisms require more time and physical effort to adjust. They often rely on locking bolts to secure the leg at the desired height.

Ideal for: Static environments where frequent adjustments aren’t needed, such as conference rooms or home study desks. Offers excellent load-bearing stability when properly tightened.

Rack and Pinion System

A gear-driven mechanism where a pinion gear engages with a linear rack to move the leg vertically. Only a small rotation is needed to achieve significant height changes. The mechanical lock prevents unintended slippage, making it safer than manual systems.

Ideal for: Workstations requiring moderate adjustability with enhanced safety. Commonly found in drafting tables and workshop benches due to its precision and resistance to vibration-induced movement.

Gas-Lift Mechanism

Utilizing pressurized cylinders similar to those in office chairs, gas-lift legs allow for smooth, effortless height adjustment with a simple lever. Once positioned, the leg locks securely in place, offering seamless transitions between sitting and standing positions.

Ideal for: Sit-stand desks and ergonomic office furniture. Provides the highest level of user convenience and is preferred in dynamic workspaces focused on health and productivity.

Electric Motorized Adjustment

An advanced option featuring motorized actuators controlled via buttons or smart interfaces. These systems can store preset heights, offer quiet operation, and support synchronized movement across multiple legs.

Ideal for: Premium ergonomic desks, medical equipment stands, and high-end home offices. Though more expensive, they deliver unmatched ease of use and customization.

Mechanism Type	Adjustment Speed	Durability	Best Use Case
Screw	Slow	High	Infrequent adjustments, heavy-duty use
Rack and Pinion	Moderate	Very High	Precision tasks, workshops
Gas-Lift	Fast	Medium-High	Ergonomic office desks
Electric Motorized	Very Fast	High (with maintenance)	Smart furniture, healthcare settings

Types of Glides: Protection, Mobility, and Floor Compatibility

Furniture glides are essential components attached to the bottom of table legs to protect flooring, reduce noise, and improve mobility. The choice of glide material should align with the floor type and usage intensity. Each material offers distinct advantages:

Rubber Glides

Known for superior grip and shock absorption, rubber glides are ideal for heavy tables and hard surfaces like concrete, tile, or hardwood. Their non-slip properties enhance stability and prevent accidental sliding.

Benefits: Excellent traction, vibration dampening, scratch protection. Best suited for industrial, commercial, or outdoor furniture exposed to frequent movement or uneven surfaces.

Nylon Glides

Engineered for low friction and high wear resistance, nylon glides glide smoothly over most floor types without causing damage. They are particularly effective on carpeted or mixed flooring.

Benefits: Durable, moisture-resistant, and quiet operation. Often used in office environments where smooth repositioning of desks is required without floor marking.

Felt Glides

Soft and gentle on surfaces, felt glides are designed specifically to safeguard delicate flooring such as polished hardwood, laminate, or marble. They prevent scratches and scuffs during minor repositioning.

Benefits: Silent movement, floor protection, aesthetic subtlety. Commonly used in residential settings and formal dining or living rooms where preserving floor finish is a priority.

Plastic (Polypropylene) Glides

A budget-friendly option offering decent floor protection and moderate mobility. While not as durable as nylon or rubber, plastic glides are lightweight and suitable for light-duty furniture.

Benefits: Cost-effective, easy to replace, widely available. Best for temporary setups or low-traffic areas where long-term durability is less critical.

Style and Aesthetics: Blending Form and Function

The visual design of adjustable table legs significantly influences the overall character of a piece of furniture. From minimalist modern to rustic traditional, the leg style sets the tone. Thoughtful integration of materials and finishes allows for creative expression while maintaining structural integrity.

Minimalist/Contemporary Style: Characterized by clean lines, geometric shapes, and uncluttered forms. Often referred to as "cumulus" design in modern furniture, these legs feature slender metal or wood profiles with hidden fasteners and neutral tones. Ideal for urban lofts, tech offices, and Scandinavian-inspired interiors.

Industrial Style: Emphasizes raw, utilitarian aesthetics with exposed bolts, welded joints, and unfinished metal surfaces such as brushed steel or powder-coated iron. Rustic finishes and visible hardware add authenticity. Perfect for cafes, coworking spaces, and edgy home designs.

Traditional Style: Incorporates ornate detailing, carved wood elements, and classic hardware finishes like brass or antique bronze. These legs often mimic historical designs and pair well with rich wood tabletops. Suited for formal dining rooms, libraries, and heritage-themed decor.

Hybrid & Custom Designs: Combine materials such as wood caps on metal bases, carbon fiber accents, or mixed-metal finishes to create unique, personalized pieces. This approach bridges classic elegance with modern innovation, appealing to designers seeking distinctive, statement furniture.

Important: When selecting adjustable table legs, always consider the interplay between mechanism, glide, and style. Mismatched components can lead to poor performance, floor damage, or visual disharmony. Ensure compatibility with your table’s weight, intended use, and environment. Consulting manufacturer specifications and professional designers can help achieve optimal results in both function and appearance.

Precautions for Adjustable Table Legs with Glides

Adjustable table legs with glides offer exceptional versatility, enabling furniture to remain stable on uneven surfaces while protecting flooring from scratches and damage. However, proper selection, installation, and maintenance are essential to ensure long-term performance, safety, and durability. Understanding key precautions helps prevent structural failure, wobbling, or floor damage—common issues when these components are misused or overlooked.

Weight Capacity & Material Selection

While adjustable legs are designed for flexibility, they are not universally suited for all loads. Each leg has a specified weight limit determined by its material, design, and internal mechanism. Exceeding this limit can lead to bending, warping, or catastrophic collapse.

• Metal or steel legs are ideal for heavy-duty applications such as dining tables, workbenches, or commercial furniture, offering superior strength and load distribution.
• Plastic or composite legs are suitable only for lightweight use, such as side tables or decorative furniture, and should never support heavy appliances or prolonged stress.
• Always verify the manufacturer’s stated load capacity per leg and ensure the total supported weight (including tabletop and contents) does not exceed the combined limit of all four legs.
• Distribute weight evenly across the surface; avoid placing heavy objects near edges to prevent tipping or leg deformation.

Safety note: Overloaded legs may appear stable initially but can fail suddenly under stress, especially after repeated use.

Adjustment & Locking Mechanisms

The primary function of adjustable legs is to compensate for floor irregularities. However, adjustments must be secure and regularly maintained to ensure ongoing stability.

• Use a spirit level during setup to confirm the tabletop is perfectly horizontal, adjusting each leg incrementally until balance is achieved.
• Ensure all locking mechanisms—such as set screws, cam locks, or threaded collars—are fully tightened after adjustment to prevent gradual sinking or shifting.
• Recheck leg height periodically, especially on frequently used tables, as vibration, load changes, and foot traffic can cause legs to loosen over time.
• Avoid forcing adjustments beyond their designed range, which can strip threads or damage internal components.

Pro tip: Mark the correct adjustment point with a light etch or sticker to simplify future reinstallation or maintenance.

Glide Selection & Floor Compatibility

The type of glide used significantly impacts both floor protection and table stability. Choosing the wrong glide can lead to slipping, scratching, or accelerated wear.

• Felt glides are ideal for hardwood, laminate, and tiled floors, providing smooth movement without marring surfaces. Replace them when worn to maintain protection.
• Nylon or polypropylene glides work best on concrete, stone, or commercial flooring where durability and moisture resistance are key.
• Rubber or silicone glides offer excellent grip on smooth surfaces like polished concrete or vinyl but may leave residue or degrade on abrasive floors.
• For soft flooring (e.g., carpets or cork), consider larger, wider glides to distribute weight and prevent sinking.
• Inspect glides monthly for signs of cracking, flattening, or detachment—worn glides reduce friction control and increase floor damage risk.

Key insight: Some glides are interchangeable; investing in multi-surface glide kits allows adaptability across different rooms or flooring types.

Installation & Long-Term Stability

Proper installation is critical to maximizing the performance and lifespan of adjustable legs. Even high-quality components can underperform if not set up correctly.

• Attach legs to a solid, reinforced mounting surface (e.g., thick plywood or solid wood) to prevent pull-out or splitting.
• Use appropriate fasteners (screws, bolts, or anchors) that match the leg base and tabletop material—undersized screws are a common cause of failure.
• Ensure all legs are installed perpendicular to the floor and tightened evenly to avoid twisting or wobbling.
• Test stability by gently rocking the table; any movement indicates improper adjustment or loose hardware.
• Avoid using adjustable legs on tables with excessive overhang, as leverage forces can destabilize the structure.

Expert advice: Apply thread-locking compound on adjustment screws to prevent loosening due to vibration, especially in high-traffic areas.

Professional Recommendation: When selecting adjustable table legs with glides, prioritize quality over cost. Reputable brands often use precision engineering, corrosion-resistant materials, and tested load ratings. For commercial or high-use environments, opt for metal legs with replaceable, floor-specific glides and integrated locking systems. Regular inspection and minor maintenance can extend the life of your furniture significantly and prevent costly repairs or accidents.

Floor Type	Recommended Glide Material	Leg Material	Maintenance Frequency
Hardwood / Laminate	Felt or Soft Rubber	Steel or Reinforced Composite	Monthly inspection
Tile / Stone	Felt or Nylon	Stainless Steel or Aluminum	Every 2 months
Concrete / Garage Floors	Nylon or Polyurethane	Heavy-Duty Steel	Quarterly
Carpet / Rug	Wide Rubber or Plastic Disc	Steel or Durable Composite	Bi-monthly

Additional Best Practices

• Environmental Exposure: Avoid using metal legs in humid or outdoor environments unless they are powder-coated or stainless steel to prevent rust.
• Noise Reduction: Felt or rubber glides help minimize noise when moving or adjusting tables on hard floors.
• Child & Pet Safety: Ensure glides are securely attached to prevent small parts from becoming choking hazards.
• Replacement Parts: Keep spare glides and adjustment hardware on hand for quick replacements and reduced downtime.
• Manufacturer Guidelines: Always follow installation and care instructions provided by the leg manufacturer to maintain warranty coverage and performance standards.

How to Choose Adjustable Table Legs with Glides

Selecting the right adjustable table legs with glides is essential for both functionality and aesthetics in any furniture project—whether for residential, commercial, or multi-use environments. The ideal choice balances performance, durability, surface compatibility, and design. This comprehensive guide breaks down the key considerations to help you make an informed decision when choosing adjustable legs with integrated glides.

Important Note: Incorrect glide selection can lead to floor damage, instability, or premature wear. Always match the leg and glide type to your specific application, environment, and load requirements.

1. Adjustable Height Range

The height adjustability of table legs determines their versatility and suitability for different uses. Consider how the furniture will be used before selecting the range and mechanism of adjustment.

• Office Desks: Ergonomic sit-stand desks require a wide vertical adjustment range (typically 20–50 cm) to accommodate both sitting and standing positions. Look for legs with smooth telescopic mechanisms and durable locking systems.
• Multipurpose Furniture: Items like convertible sofa tables or dining-to-work desks benefit from legs with glides that allow easy repositioning. Adjustable glide feet can stabilize the piece whether used as a low coffee table or elevated dining surface.
• Dining and Side Tables: Standard height-adjustable legs (±2–5 cm) are often sufficient. These micro-adjustments help level the table on uneven floors and protect surfaces through proper glide contact.
• Specialty Applications: For industrial or laboratory tables, consider legs with extended ranges and precision calibration for exact height control.

Pro Tip: Choose legs with tool-free height adjustment whenever possible for user convenience, especially in shared or dynamic environments like coworking spaces or home offices.

2. Surface Compatibility

Not all glides work equally well on every floor type. Selecting the correct glide material prevents scratches, reduces noise, and improves stability.

• Nylon and Plastic Glides: Ideal for carpeted or soft flooring. However, they may grip too aggressively on smooth surfaces like concrete or metal, making furniture difficult to move. Best suited for light to medium-duty indoor use.
• Rubber Glides: Provide excellent grip and floor protection on hardwood, laminate, and tile. They absorb vibrations and reduce noise, making them perfect for homes, offices, and restaurants.
• Hard Plastic or Composite Glides: Durable and resistant to wear, these are suitable for high-traffic commercial areas. When paired with steel-capped legs, they enhance traction and prevent slippage on polished or wet surfaces.
• Felt or Felt-Rubber Hybrid Glides: Protect delicate flooring such as waxed wood or marble. These are removable and replaceable, offering long-term floor care.

Always verify that the glide can be replaced or upgraded if floor types change (e.g., moving furniture between rooms with different flooring).

Glide Material	Best For	Avoid On	Key Benefits
Rubber	Hardwood, Tile, Laminate	Thick Carpet, Outdoor Use	Non-slip, quiet, scratch-resistant
Nylon/Plastic	Carpet, Low-Pile Rugs	Polished Concrete, Metal	Durable, cost-effective, lightweight
Felt	Waxed Wood, Marble, Delicate Floors	Wet or Outdoor Surfaces	Scratch protection, aesthetic finish
Composite/Hard Plastic	Commercial Floors, High-Traffic Areas	Very Soft or Uneven Surfaces	Wear-resistant, stable, long-lasting

3. Material and Durability

The structural material of the leg impacts both strength and longevity. Choose based on the expected load and usage environment.

• Wooden Legs: Offer a warm, classic aesthetic ideal for traditional or rustic furniture. While visually appealing, they are less adjustable and may warp over time with humidity changes. Best for decorative or low-movement pieces.
• Metal Legs (Steel or Aluminum): Highly durable and capable of supporting heavy loads. Steel legs are stronger and more rigid, while aluminum offers a lightweight yet sturdy alternative. Both are ideal for modern, industrial, or commercial furniture.
• Steel-Capped Legs: Feature reinforced tips or bases for added strength and wear resistance. These are perfect for heavy tables, conference furniture, or outdoor use where stability is critical.
• Plastic or Composite Legs: Lightweight and affordable, suitable for temporary or indoor-only furniture. Not recommended for heavy loads or outdoor exposure due to UV degradation and lower structural integrity.

For long-term durability, opt for powder-coated or galvanized metal finishes that resist corrosion, especially in moisture-prone areas like kitchens or bathrooms.

4. Style and Aesthetics

The visual design of table legs significantly influences the overall look of the furniture. Choose a style that complements your space while maintaining functionality.

• Modern & Contemporary Interiors: Sleek metal legs in black, chrome, or brushed nickel finishes enhance minimalist designs. Tapered, angular, or cross-base shapes add visual interest without overwhelming the space.
• Traditional & Rustic Settings: Wooden legs with natural finishes or distressed textures blend seamlessly with classic decor. Turned or carved details add elegance and craftsmanship.
• Customization Options: Many manufacturers offer interchangeable glides and finishes, allowing you to mix materials (e.g., metal frame with wood-look caps) or match the tabletop exactly.
• Finish Protection: Apply protective coatings like varnish (wood), galvanization, or powder coating (metal) to prevent rust, fading, or water damage—especially important in humid environments.

Consider cohesive design: matching the leg finish to other hardware (e.g., drawer pulls, lighting) creates a unified, professional look.

Design Insight: Don’t overlook the silhouette of the leg. A well-proportioned leg enhances balance and visual harmony. For large tables, wider bases or X-shaped supports improve both stability and style.

Final Recommendations

• Always check weight capacity ratings to ensure the legs can support your tabletop and intended load.
• Choose replaceable glides for easier maintenance and adaptability across different rooms or flooring types.
• Test stability on your actual floor surface before final installation.
• For outdoor or semi-outdoor use, select stainless steel or aluminum legs with weather-resistant glides.
• When in doubt, consult manufacturer specifications or a furniture designer for tailored advice.

By carefully evaluating height adjustability, surface compatibility, material strength, and design aesthetics, you can select adjustable table legs with glides that enhance both function and form. The right choice ensures your furniture remains stable, stylish, and protected for years to come.

Frequently Asked Questions About Adjustable Table Legs with Glides

Q1: What are adjustable table legs with glides?

Adjustable table legs with glides are specialized furniture supports designed to provide both height customization and floor protection. These legs feature a threaded or telescopic mechanism that allows users to fine-tune the table’s height, making them ideal for use on uneven floors or when precise leveling is required.

The glide, typically located at the base of each leg, is a protective cap or foot made from materials like nylon, rubber, or felt. It prevents scratches on hardwood, tile, or laminate flooring while ensuring smooth movement and reducing noise during relocation.

• Height Adjustment Range: Most models offer 1–3 inches (2.5–7.5 cm) of adjustment, allowing for precise leveling.
• Floor Compatibility: Suitable for hard floors, carpets, and mixed surfaces depending on glide type.
• Stability Features: Some include locking mechanisms to prevent unintentional shifting after adjustment.

This combination of adjustability and glide functionality makes them a popular choice for modern, multi-environment furniture setups.

Q2: What materials are used to make adjustable table legs?

Adjustable table legs are manufactured from a variety of materials, each offering distinct advantages in terms of strength, appearance, weight capacity, and environmental resistance. The most common materials include:

Material	Key Features	Best For
Wood	Natural aesthetic, warm finish, moderate durability. Often paired with metal inserts for adjustability.	Rustic, traditional, or custom furniture where visual appeal is prioritized.
Metal (Steel/Aluminum)	High strength, corrosion-resistant (especially powder-coated), supports heavy loads, long-lasting.	Office desks, industrial tables, outdoor furniture, and commercial environments.
Steel-Capped	Combines wooden or composite legs with reinforced steel tips for durability and glide attachment.	Hybrid designs needing both elegance and structural resilience.
Plastic/Composite	Lightweight, cost-effective, resistant to moisture and scratches. Less durable under heavy loads.	Temporary setups, lightweight tables, or budget-friendly furniture.

When selecting material, consider the intended use, load requirements, and interior design theme to ensure optimal performance and visual harmony.

Q3: Where are these legs mostly used?

Adjustable table legs with glides are widely used across residential, commercial, and industrial settings due to their versatility and functional benefits. Key applications include:

• Dining Tables: Allow fine-tuning on uneven floors to prevent wobbling and improve comfort during meals.
• Office Desks: Especially sit-stand or height-adjustable desks that require smooth transitions between sitting and standing positions.
• Workbenches & Craft Tables: Provide ergonomic customization for different tasks and user heights.
• Display & Retail Furniture: Used in stores and exhibitions where tables must be stable and floor-safe on polished surfaces.
• Multi-Functional Furniture: Found in convertible pieces like sofa beds, nesting tables, or modular units where adaptability and smooth operation are essential.

Additionally, they are increasingly popular in adaptive and accessible furniture designs, catering to users with mobility challenges by enabling personalized height settings for improved usability.

Q4: How to maintain the glides?

Proper maintenance of glides ensures long-term performance, floor protection, and smooth mobility. Follow these best practices:

1. Regular Inspection: Check glides monthly for signs of wear, cracks, or deformation—especially if the table feels unstable or wobbles.
2. Cleaning Routine: Wipe down glides weekly with a damp cloth to remove dust, dirt, and debris. For stubborn grime, use mild soap and water, then dry thoroughly.
3. Floor Contact Check: Ensure the glide makes full, even contact with the floor. Uneven wear may indicate misalignment or over-adjustment.
4. Lubrication (if applicable): Some rolling or swivel glides benefit from occasional lubrication with silicone spray to maintain smooth movement.
5. Replacement: Replace worn or damaged glides promptly. Most manufacturers offer replacement kits compatible with specific leg models.

Tip: Keep spare glides on hand, especially in high-traffic environments like offices or cafes, to minimize downtime during replacements.

Q5: How to install adjustable table legs?

Installing adjustable table legs is a straightforward process that enhances stability and functionality. Follow these step-by-step instructions for a secure setup:

1. Prepare Tools: Gather necessary tools such as a screwdriver, drill, measuring tape, level, and possibly a torque wrench for precision.
2. Attach Mounting Plates: Secure the included brackets or mounting plates to the underside of the table using appropriate screws. Ensure even spacing and alignment.
3. Screw in Legs: Thread the adjustable legs into the mounting plates or directly into pre-drilled holes. Tighten firmly but avoid over-tightening to prevent thread damage.
4. Initial Height Setting: Extend all legs to a mid-point in their adjustment range to allow room for fine-tuning.
5. Level the Table: Place the table on the intended surface and use a spirit level to check for balance. Adjust each leg individually by turning the glide or adjustment ring until the table is stable and wobble-free.
6. Test Stability: Apply gentle pressure to corners and edges to confirm no movement. Recheck levels after a few days of use, as minor settling may occur.

For best results, refer to the manufacturer’s installation guide, as designs may vary between brands—especially for telescopic, screw-thread, or cam-lock adjustment systems.