Foam is one of the most important components in mattresses, pillows, upholstered furniture and countless comfort products. Traditionally, for many manufacturers, it has also been a material to source from specialised suppliers. But in a manufacturing environment increasingly shaped by changing sourcing strategies, shorter response times and the need for greater product differentiation, a different question is gaining relevance: how much control should a manufacturer have over one of the materials that most directly determines the characteristics of its final product?

A GLOBAL INDUSTRY UNDER PRESSURE

According to the 2026 CSIL report The World Upholstered Furniture Industry, global upholstered furniture consumption was worth approximately USD 77 billion in 2025. The industry remains highly globalised, with more than 40% of worldwide production exported, making manufacturers particularly exposed to changes in tariffs, trade policies and sourcing strategies.

The United States provides an especially clear example of this changing environment. CSIL describes selective reshoring as one of the defining features of the current US upholstered furniture market. Imports still cover close to 40% of US consumption, but companies are reconsidering manufacturing locations product by product as tariffs and sourcing conditions evolve.

Reshoring does not automatically mean producing foam internally. Nevertheless, it reflects a wider movement towards reconsidering where production takes place, how long supply chains should be and which manufacturing processes are strategically important enough to control more directly.

For companies whose products depend heavily on polyurethane foam, foam production can be part of that discussion.

WHY GREATER CONTROL OVER FOAM MATTERS

The importance of foam in the home textile and furniture industries is difficult to overstate. According to EUROPUR, around 50% of flexible polyurethane slabstock foam produced in Europe is used in mattresses and approximately 35% in furniture.

Its function also extends far beyond simply filling a product. Density, hardness, ILD/IFD (Indentation Load/Force Deflection), resilience and formulation contribute directly to comfort, support, durability and product positioning.

This is why some vertically integrated manufacturers already treat foam development as part of their own product-development process. Industry examples show companies linking internal foam capabilities with faster responses to changing demand, control over quality standards, product innovation and the development of differentiated comfort solutions.

The strategic advantage is therefore not simply “making instead of buying”. It is the possibility of turning foam from a predefined purchased material into a manufacturing variable.

A producer that controls the foaming process can potentially work directly on density, firmness, ILD/IDF, formulation and other characteristics according to the needs of a mattress, pillow, sofa cushion or other finished product. This may include the development of fire-retardant formulations or the incorporation of solid and functional additives — for example gels, copper-infused components or other materials designed to deliver specific thermal, comfort or performance properties. This flexibility gives manufacturers the opportunity to experiment with new recipes and adapt production according to individual product ranges rather than being limited exclusively to the specifications available in a supplier catalogue.

FROM FOAM BUYER TO FOAM PRODUCER

Producing foam in-house is not the right choice for every manufacturer. Volumes, investment, production requirements and chemical sourcing all need to be evaluated carefully.

However, for manufacturers with an appropriate production profile, vertical integration introduces a different way of thinking about foam procurement. Instead of ordering finished blocks and adapting production around available materials, foam can be produced according to the company’s own requirements and production schedule.

This can be particularly valuable when manufacturers need a broad portfolio of products, frequently changing specifications or proprietary material characteristics. It also creates a closer connection between R&D and manufacturing: rather than developing a finished product around an existing foam, the foam itself can become part of the development process.

BLOCK FOAM OR MOLDED FOAM?

There is no single approach to in-house foam production.

For mattresses, pillows, upholstery and other products requiring foam that will subsequently be cut, profiled or converted, block foam production is one option. Chemical components react and expand to create a polyurethane block, which can then be processed into the shapes and dimensions required by the finished product.

A second approach is molded foam production. In this case, polyurethane components are introduced directly into a mold, where the foam expands and cures into the required geometry. This makes molding particularly suitable for products where a repeatable three-dimensional shape is required, such as shaped cushions, seating components, backrests and certain types of pillows.

The choice therefore depends on what a manufacturer needs to produce: a versatile block to be converted into multiple products, or a finished foam component with a predefined shape.

WHAT BRIGHI BRINGS TO THE TABLE: IN-HOUSE FOAM PRODUCTION

Brighi has developed different solutions aimed at giving manufacturers greater control over this critical production stage.

For companies working with foam blocks, the FP-400 single block foam making machine is a low-pressure box-pouring system for discontinuous polyurethane production. The entire foam making process is designed to ensure a uniform distribution of the formulation and consistent foam properties throughout the entire block.

The machine’s main advantage is flexibility. The system can produce different MDI- and TDI-based foams and allows manufacturers to customise block weight, dimensions and formulations. This makes small to medium batches, customised products and formulation development possible without requiring the volumes associated with a traditional continuous foam line.

For manufacturers whose products require predefined shapes rather than subsequently converted blocks, high-pressure or injection-based molded foam production mod. FP-200 represents another possible route, allowing polyurethane to be produced directly inside a mold.

The common principle behind both approaches is the same: bringing foam production closer to the finished product.

In a market where manufacturers are continuously reassessing sourcing, responsiveness and product differentiation, this creates a new strategic possibility. Foam no longer has to be seen exclusively as a material to purchase. For the right manufacturer, it can become a capability to control.

L'articolo IN-HOUSE FLEXIBLE FOAM PRODUCTION: WHEN FOAM BECOMES A STRATEGIC CAPABILITY proviene da Brighi Group.

space
optimization

Folding reduces the volume of carpets and rugs, optimizing storage space and making the most of the space inside the containers.

reduced
packaging costs

Folding reduces the need for oversized packaging materials and simplifies the process, lowering overall handling costs.

increased
efficiency

The automated bending process can increase production efficiency by up to 45%, reducing processing times and minimizing manual operations.

CUSTOMIZED SOLUTIONS

CONTACT US

CONTACT US

CARPETS (MOQUETTE AND BROADLOOM CARPETS)

Designed for large surface coverage, carpets must ensure durability, stability, and long lifespan.
Produced in rolls or modules, they benefit from automated folding and handling, which speed up packaging and minimize deformation risks.

RUGS (DECORATIVE CARPETS)

Available in many shapes and sizes, rugs are ideal for defining spaces and enhancing comfort and aesthetics.
Made from wool, cotton, or synthetic fibers, they are precisely finished and folded to guarantee a smooth surface and flawless presentation.

RUG PADS AND UNDERLAYS

Rug pads are meant to improve grip, comfort, and floor protection. Made from foam, rubber, latex or felt, they are processed for immediate packaging and are fully compatible with automated production and packing lines.

L'articolo RUG FOLDING AND PACKAGING MACHINES proviene da Brighi Group.

The North American textile recycling market is constantly evolving and requires increasingly efficient technologies to recover value from production waste. Textiles Recycling Expo USA is the benchmark for companies looking to invest in innovation and the development of a sustainable textile supply chain.

Brighi will participate in the event to present its solutions dedicated to material recovery and to interact with leading operators in the sector.

What is Textiles Recycling Expo USA?

Textiles Recycling Expo USA is the trade show dedicated to textile recycling technologies, processes, and solutions for the US and Canadian markets. The event brings together companies, manufacturers, recyclers, and technology providers with the goal of promoting more sustainable production models and fostering innovation along the entire supply chain.

The event offers an important opportunity to develop new business partnerships and learn about the trends driving the future of textile recycling in North America.

What will you find in our booth?

During the fair, we will present Brighi technologies for textile re-opening, shredding, and material agglomeration, developed to optimize fiber recovery and reuse industrial waste. Our team will be available to illustrate the various applications of the systems and support companies in identifying the best solutions for their production needs.

L'articolo TEXTILES RECYCLING EXPO USA proviene da Brighi Group.

The textile industry is undergoing a profound transformation, driven by the growing focus on raw material recovery and sustainable production processes. Textiles Recycling Expo is the meeting point for companies investing in textile recycling innovation and the circular economy.

Brighi will be present to present its technologies for the valorization of textile waste, offering solutions that allow materials to be recovered and reintroduced into the production cycle.

What is Textiles Recycling Expo ?

Textile Recycling Expo is the international event dedicated exclusively to textile recycling and fiber recovery technologies. The fair brings together manufacturers, recyclers, equipment builders, brands, and professionals committed to developing an increasingly sustainable textile supply chain.

The event represents an important opportunity to learn about the latest innovations, learn more about European recycling regulations, and create new collaborations along the entire value chain.

What will you find in our booth?

At the Brighi stand, we will present our technologies for textile recycling, shredding, and rebonding, designed to reuse waste and transform it into new production resources.

Our experts will be available to demonstrate how Brighi solutions can help improve the efficiency of recycling processes, increase fiber recovery, and support companies in the transition to a more circular production model.

L'articolo TEXTILES RECYCLING EXPO proviene da Brighi Group.

Attend ITME India, one of the leading events dedicated to textile industry technologies, where innovation, automation, and production development meet. Brighi will be present to present its solutions and engage with professionals in a constantly growing market, offering technologies designed to meet the evolving needs of the textile industry.

What is ITME India?

ITME India is one of the most important international trade fairs dedicated to machinery and technologies for the textile industry. The event brings together manufacturers, producers, and operators from around the world, with a particular focus on the dynamic Indian market, currently a major growth hub for the textile sector. The event represents a strategic opportunity to learn about the latest technological innovations, create new partnerships, and discover the trends driving the future of textile production.

What will you find in our booth?

During ITME India, the Brighi team will showcase its technologies for the textile and home textile industries, with a focus on automated solutions for the production of cushions, pillows, quilts, and other upholstered items. Visitors will discover systems designed to optimize every stage of the production process, ensuring high quality standards, greater efficiency, and maximum flexibility across a variety of applications. Our team will be available to discuss the features of Brighi technologies and identify the best solution for each company’s needs.

L'articolo ITME INDIA proviene da Brighi Group.

Innovation stems from the ability to anticipate market needs. This is why Brighi will be present at ITMA 2027, the most important international event dedicated to textile industry technologies, where we will present new solutions developed for the Home Textile sector.

It will be an opportunity to meet our team, learn about Brighi’s latest innovations, and discover how new technologies can contribute to making production increasingly advanced, efficient, and competitive.

What is ITMA?

ITMA is the world’s leading trade fair for machinery and technologies for the textile and apparel industry. Held every four years in Europe, it is the reference point for manufacturers, plant builders, and professionals from around the world.

The event offers a comprehensive overview of the technologies transforming the sector, promoting innovation, automation, and new production processes capable of meeting the challenges of an ever-evolving market.

What will you find in our booth?

At ITMA 2027, Brighi will present new technologies dedicated to the home textile industry, the result of our ongoing commitment to research and development of innovative solutions.

Visitors will be able to discover applications designed to improve production processes and address new market needs with cutting-edge technologies, developed to offer greater flexibility, quality, and added value. Our team will be available to illustrate all the latest innovations, explore the potential of new solutions, and discuss with industry professionals the challenges and opportunities that will shape the future of home textiles

L'articolo ITMA proviene da Brighi Group.

Ecomondo is one of the most important events for companies investing in sustainable innovation and the development of materials recovery technologies. We will be there to demonstrate how Brighi solutions can support industry in the recovery of production waste, helping to make processes more efficient and aligned with the principles of the circular economy.

What is Ecomondo?

Ecomondo is the international event dedicated to the green economy and circular economy sectors. Every year, it attracts companies, professionals, and operators from around the world to present the latest innovations in the recovery, recycling, and valorization of raw materials.

The fair is a point of reference for those who wish to learn more about technologies that promote more sustainable resource management and new production models geared toward material reuse.

What will you find at the Brighi booth at Ecomondo?

We will be presenting our technologies dedicated to the recovery and processing of different materials.

We will present our solutions for reopening textile materials, designed to recover fibers and make them reusable in production processes, along with our shredders, developed for the size reduction of various types of materials. Our offering is completed by our agglomeration technology, which allows us to reuse waste by transforming it into new products, promoting more efficient use of resources and helping reduce the environmental impact of production.

Il Our team will be available to present the various applications of Brighi systems and discuss the specific needs of each project. Brighi at Ecomondo: come visit us at booth A1/404 !

L'articolo ECOMONDO proviene da Brighi Group.

Industrial plants have long relied on static, calendar-based maintenance routines. However, real production environments —characterized by changing operating conditions, and unpredictable downtime—rarely follows a fixed schedule. With IIoT connectivity and Machine Learning, maintenance can now become dynamic: interventions are prioritized and timed by actual asset condition and risk, not by the date on a spreadsheet.

This approach is particularly relevant in pillow manufacturing plants, foam production lines and rebonding facilities, where maintenance inefficiencies directly impact not only throughput but also product quality. Data shows that dynamic maintenance programs have been shown to cut downtime by up to 50% and reduce maintenance costs by 30–40%, while improving throughput and service levels. Let’s look more closely at the main maintenance approaches.

TYPES OF MAINTENANCE

SCHEDULED MAINTENANCE
This is the basic plan set out in your service contract that organizes what work will be done and when (usually calendar-based) and by whom. It creates the routine: inspections, lubrication, replacements, software updates, safety checks.

PREVENTIVE MAINTENANCE
Fixed-interval actions, both time and usage-based, that reduce the risk of surprise failures by performing organized checks and part replacements before they wear out (e.g., replace a bearing every 5,000 hours; calibrate sensors monthly).

PREDICTIVE MAINTENANCE
An evolution of preventive maintenance that uses IoT sensors and data from a digital workflow to read conditions in real time (vibration, temperature, current draw, pressure) and, with analytics, estimates failure probability or Remaining Useful Life (RUL). The system estimates when a fault is likely and alerts the operator before it happens, avoiding wasteful early swaps and last-minute emergencies.

REAL-LIFE APPLICATIONS: DYNAMIC MAINTENANCE ACROSS FOAM, PILLOW AND REBONDING MANUFACTURING

Let’s have a look at real-life examples of how dynamic maintenance is applied to critical equipment across these different manufacturing processes:

• Pillow manufacturing: packaging machines, sealing units, motors
• Foam making: pumps, viscosity control, pressure systems
• Foam rebonding: glue injectors, mixing chambers, dosing systems

 

Predictive maintenance in pillow manufacturing: reducing downtime in packaging lines

In pillow manufacturing, packaging machines are often the most critical bottleneck, making maintenance strategies essential to ensure continuous production. That’s why one of our customers, a pillow manufacturing start-up, began its digital maintenance journey with an anomaly detection system focused on the packaging machines. A limited but meaningful set of signals, including seal-bar temperature and motor power consumption, was continuously monitored and analyzed.

Deployed in just five months, the system introduced simple, visual reports and standardized alarm logs that immediately reshaped maintenance planning and daily execution. Auto-generated daily summaries highlighted the most frequent recurring stops, allowing planners to schedule short, targeted interventions instead of waiting for longer shutdowns. This shift reduced emergency stops, cut maintenance costs by 48%, and extended component life by avoiding run-to-failure behavior.

Predictive maintenance in foam making to prevent process drift and equipment damage

In foam making processes, maintaining stable pressure and viscosity is crucial to protect pumps and avoid unplanned downtime. For this reason, during foam making production cycles, the machine continuously monitors pressure and viscosity-related fluctuations through in-line sensors and matches them against the flow meter readings. Through the software, the customer can set an acceptable operating range to protect the pump and keep viscosity within specification.

When the process runs close to the defined limit for a certain number of cycles or working hours, the system automatically sends a notification to the maintenance team. This allows the team to plan a targeted intervention in advance, adjusting the feeding temperature to bring viscosity back into range before any damage occurs.

In parallel, the system collects operational data and generates a complete report for the responsible personnel, enabling short, planned micro-interventions that prevent pump failures and reduce unplanned downtime. In this way, maintenance becomes condition-based and predictive, rather than being scheduled only by time.

Predictive maintenance with continuous learning in rebonding lines

In foam rebonding lines, unplanned stops often originate from lack of cleaning of glue injectors inside the mixing chamber. To address this risk, inline condition sensors monitor parameters such as dosing quantity, line performance and remaining time to the next cleaning cycle. These signals are analyzed over time to detect early signs of wear well before functional failure.

When trends cross predefined risk thresholds, the system recommends a controlled stop to inspect and clean the components—avoiding catastrophic failures and extended production losses. Crucially, each intervention is logged in the software along with operating hours, cycles, and inspection findings. This feedback loop allows the system to continuously refine and optimize cleaning and inspection intervals, progressively improving efficiency. Over time, maintenance decisions become not only predictive, but adaptive—driven by real operating data rather than fixed assumptions

 

WHAT BRIGHI BRINGS TO THE TABLE? DIGITAL DIVISION WITH IN-HOUSE SOFTWARE DEVELOPMENT

We believe the right tools make maintenance smarter, faster, and easier for our customers. That’s why we pair always-on support and high-quality training with a highly effective remote customer service—powered by software we build ourselves for our machines. With this approach, up to 95% of issues are resolved remotely, without waiting for an on-site specialist.

Callisto streamlines scheduling and execution, monitors critical components, and sends proactive alerts as parts approach end-of-life. Formula enables data-driven decisions in foam production. Nebula provides in-depth reporting, real-time machine data, and customizable dashboards for faster decisions. Together, these tools deliver clear visibility, early warnings on recurring alarms, and practical insights on materials and operating methods—so maintenance programs become more efficient, predictable, and resilient.

L'articolo FROM STATIC TO DYNAMIC MAINTENANCE proviene da Brighi Group.

In the maritime industry, from luxury yachts to commercial ferries, from offshore vessels to naval ships,  comfort, safety, and material performance are critical. As ship interiors grow more sophisticated and regulations more demanding, polyurethane foam has emerged as a material of choice across a broad range of marine applications. While once reserved primarily for yacht interiors, PU foam is now a strategic asset throughout the nautical sector, thanks to its versatility, durability, and ease of customization.

The numbers reflect this growth: the global marine insulation foam market reached $1.5 billion in 2024.

APPLICATIONS: WHERE FOAM FITS ON BOARD

 Polyurethane foam blocks are used throughout a vessel’s structure and interior, with each application benefiting from precise control over density and formulation:

• Cabin mattresses and cushions utilize soft to medium-density foam (30–50 kg/m³) for comfort and ergonomic support.
• Crew seating and high-traffic areas require denser foam (50–70 kg/m³) to ensure shape retention under intense, repeated use.
• Thermal and acoustic insulation, typically with closed-cell foam ≥70 kg/m³, is applied inside bulkheads, hull linings, and engine compartments to maintain interior climate, reduce heat exchange, noise and vibrations.
• Structural void fillers and flotation blocks leverage the foam’s buoyancy and dimensional stability in sealed compartments or life-saving systems.
• Drawers, cabinets, and tabletops can be coated with fiberglass and resin to create a smoother surface making foam a good alternative to wood, especially in environments with constant exposure to saltwater.

Foam’s role is also expanding in offshore infrastructure, where its resistance to water, compression, and temperature variations makes it ideal for modular platforms and subsea buoyancy.

Typical Density (kg/m³)	Marine Use Cases
20–80	Seating, mattresses, acoustic insulation
30–100	Thermal/acoustic insulation, impact protection
50–80	Bulkheads, insulation, floatation
Variable	Filter applications, void filling, thermal bridging
80–160	Underlays, vibration damping, structural filling in furniture or compartments

MATERIAL REQUIREMENTS: WHAT MAKES A FOAM “MARINE GRADE”?

The many uses of foam in the nautical sector are proof of its versatility, especially when produced in-house, and so customized. But what truly qualifies a foam as “Marine Grade”?

To be classified as “marine grade,” a PU foam must meet stringent technical criteria that go far beyond comfort. It must combine thermal insulation, buoyancy, resistance to harsh environmental conditions and compliance with IMO safety standards.

The most suitable formulations for marine use are either closed-cell polyurethane foams, which keep water uptake below 2 %, and thereby prevent moisture accumulation and long-term degradation, r very open-cell foams,, whose high permeability enables extremely fast drying, effectively eliminating the conditions in which mold and similar issues could develop. Marine grade foam must also withstand continuous exposure to salt spray, UV radiation, and mechanical stress, maintaining its structural integrity over time.

Given that much of the marine interiors market revolves around insulation, thermal stability is key, also in view of reducing HVAC load and improving energy efficiency. Equally important is the foam’s acoustic dampening capacity, which enhances onboard comfort by minimizing noise transmission from engines, or structural vibration.

Lastly, but critically, safety must be addressed. To be used in any vessel (especially in sleeping quarters and communal areas) PU foam must comply with a comprehensive framework of international regulations, such as low flammability, reduced smoke emission, and limited release of toxic gases.

COMPLIANCE WITH INTERNATIONAL REGULATIONS

Regulatory bodies across the globe play a pivotal role in determining what constitutes compliant and safe foam for marine use.

The most stringent regulation is represented globally by the SOLAS Convention (Safety of Life at Sea) and its IMO Fire Test Procedures (FTP) Code, which outlines the testing standards materials must meet to be approved for use on board. Specifically, Part 8, governs flammability of upholstery and soft furnishings aboard ships. To be used aboard, foam must pass tests on direct flammability, surface flame spread, and smoke toxicity under combustion conditions.

In addition, a major regulatory shift will take effect on January 1, 2026, with the enforcement of IMO Resolution MSC.532(107). This resolution introduces a permanent ban on the use and storage of any material containing PFOS (perfluorooctane sulfonate) and PFOA (perfluorooctanoic acid) — two fluorinated substances historically used in flame retardant treatments for PU foam. This will require manufacturers and shipowners to source only certified PU foams free of these banned substances, supported by official technical documentation issued by notified bodies.

Such evolving regulatory frameworks are pushing industry stakeholders toward continuous innovation, both to meet safety demands and to maintain competitiveness in the market. In this context, in-house foam production emerges as a highly strategic advantage, enabling full control over raw materials, formulation, and certification processes, while ensuring faster adaptation to regulatory updates and greater transparency throughout the supply chain.

WHAT BRIGHI BRINGS TO THE TABLE: MACHINE FOR IN-HOUSE FOAM PRODUCTION

Why depend on external supply chains, limited catalogs, or delayed deliveries, especially when every regulation, client request, or project timeline demands precision and speed?

In Brighi we studied a way to solve this challenge and giving marine manufacturers the tools to take full control of their production: our discontinuous foam production system (FP-400). “With the FP-400, your foam adapts to you, not the other way around’’ says Davide Enei, our foam product specialist.

By producing foam blocks directly in-house, shipyards, marine contractors and manufacturers gain complete control over density, block dimensions, and chemical formulations, tailoring every feature to the exact needs of onboard applications. This flexibility is strengthened by our continuous collaboration with leading raw material producers. For example, BASF developed a specific formulation as part of the CosyPUR 5286 foam family. This water-resistant formulation has been tested and refined on our FP-400 and then successfully launched on the market. In fact, unlike continuous systems, discontinuous block production offers the key ability to run small-scale tests and experimental batches before committing to full-scale production. This means users can fine-tune formulations, validate performance characteristics, and optimize output quality—saving time, reducing waste, and ensuring every foam block meets expectations before it hits the line.

L'articolo WHY FOAM MATTERS IN THE MARINE INDUSTRY: APPLICATION TIPS proviene da Brighi Group.

• B-Innovative

RUG AUTOMATION & PACKAGING: A NEW ERA FOR THE HOME TEXTILE INDUSTRY

WHAT’S NEW IN RUGS FOLDING AND PACKAGING AND HOW IT REVOLUTIONIZES THE DISTRIBUTION ON A LARGE SCALE

Rugs have long been a staple in home decor, bringing warmth, style, and character to any space. However, there’s more to rugs than meets the eye. As the market evolves, so do the trends and techniques associated with their creation and distribution: from ancient handcraft traditions to modern industrial production, this article will provide an intensive analysis of the rugs market, highlighting the transformative role of automation in an ever-evolving industry.

 

MARKET EXPANSION’S DRIVING FACTORS

According to the market report by “Mordor Intelligence”, the carpet and rug market size was valued approximately USD 50 billion in 2024-2025, and it is projected to grow at a CAGR of 4.2% to 4.7% within a 5 years span, reaching USD 66 billion by 2030, with North America maintaining the greatest market share.

The rug market’s growth,which is expected to continue in the near future, is primarily driven by increased spending in the residential construction sector. The construction of new homes and commercial spaces boosts demand for rugs, as people seek to enhance the visual appeal of their living and working environments. Alongside the decoration, rugs are sought after for their practical benefits, such as floor heat insulation and slip prevention. Additionally, technological advancements in textile manufacturing and design innovation contribute significantly to the market’s expansion. Another increasingly common element in the end-use of rugs is the integration of rug pads—protective underlayers placed beneath rugs to provide additional grip, protect flooring surfaces, extend rug durability, and enhance comfort.

LEADING RUG PRODUCERS AND EXPORTERS

Rug production falls into two broad categories: handcrafted rugs and machine-made rugs.

India is currently the leader in the production of handmade rugs in terms of both volume and value, with more than 2000 manufacturing companies present in the territory. Its heritage in the handmade carpets is recognized in the world with its recognizable share in the global exports. As a matter of fact, 90% of India’s rug production is exported to over 70 countries, including major markets such as the United States, Germany, Canada, and the United Kingdom.

While Iran remains the historic epicenter of Persian rug craftsmanship, Turkey dominates the machine-made rug sector, accounting for nearly 65% of global production (Source: Turkey Carpet and Rugs Market Analysis, 2024).

Other key exporting countries include China (holding 30% of the market share) and Belgium, which is a major European producer, exporting nearly 96% of domestically produced rugs.

IMPORTERS AND RETAIL MARKET

As previously mentioned, with a market share of over 35%, the United States holds the highest position in the rugs industry. This can be explained by increasing urbanization coupled with rising disposable incomes that allow more people to invest in decorative and high-quality products such as carpets and rugs.

Europe has also achieved a solid position in the market, mainly due to Germany which ranks 1st in terms of imports in Europe and 2nd in the world with 159.386 shipments per year.

LOGISTIC CHALLANGES IN RUG PACKAGING AND DISTRIBUTION

With the growing demand for rugs and the geographical distance between manufacturing hubs and consumer markets, logistics has become a critical concern. Traditionally, rugs are shipped rolled, but this method incurs significant extra costs due to the large shipping volume. Oversized shipping charges drive up transportation expenses, making efficient packing solutions imperative. Bulky rolled rugs not only take up more cargo space but also create challenges for freight operators, as their dimensions often exceed standard packaging regulations, leading to additional fees and inefficiencies in handling and storage.

To address these issues, folding and flat packing rugs have emerged as an innovative alternative, allowing for easier handling, reduced packaging volume, and lower shipping costs. Unlike rolled rugs, folded rugs can be placed into standardized shipping boxes that conform to traditional freight transport.

Box shipping emerges as the most efficient choice for modern logistics since it:

• lowers shipping costs;
• facilitates storage in warehouses and distribution centers, improving overall supply chain efficiency, and reducing the risk of damage caused by improper stacking or excessive movement.

DEBUNKING MYTHS ABOUT RUGS FOLDING

Despite its advantages, folding rugs has faced skepticism due to concerns about potential creasing and fiber damage. However, modern textile research and industry practices confirm that properly executed folding techniques preserve the rug’s integrity. Today’s automated rug folding machines are designed to fold along non-structural axes, preserving shape and texture. This is possible thank to adjustable folding patterns that take into consideration the rug components and dimensions.

Temporary creases resulting from folding are no different from those formed when rugs are rolled. In both cases, the creases naturally disappear after a short period. However, to accelerate the process and guarantee a flawless presentation upon unpacking, several corrective measures can be applied, including applying gentle pressure with weighted objects, or applying mild heat (e.g., using a damp cloth and a steam iron on a low setting).

The adoption of material-specific folding techniques and eventual unpacking best practices demonstrates that concerns about permanent fiber damage are unfounded. When executed correctly, folding is a safe, efficient, and cost-effective shipping method that allows rugs to be transported with minimal space requirements while preserving their original form and texture.

WHAT BRIGHI BRINGS TO THE TABLE: RUG FOLDING, PACKING AND HANDLING SYSTEMS

Brighi has pioneered a comprehensive automation approach that is transforming the rug and home textile industry. At the core of its contribution is an innovative rug folding machine, backed by detailed research and engineering, which allows for the optimal preparation of rugs for boxed shipping.

However, Brighi’s value extends far beyond the folding stage. The company delivers fully automated handling systems that cover every step of the internal workflow—from pre-folding processes such as unrolling and positioning, to final packaging activities including insertion into boxes, label application, and quality control.

With Brighi’s automation, rug manufacturers and resellers can achieve higher efficiency, lower logistic costs, and improve product presentation—setting a new standard for competitiveness in the home textile market.

L'articolo RUG AUTOMATION & PACKAGING: A NEW ERA FOR THE HOME TEXTILE INDUSTRY proviene da Brighi Group.