Advice, trends and news
on the world of seating

In the production chain of an upholstered seat, the person who is best placed to assess the quality of a shell is the person who upholsters it.

The upholstery department does not judge a render or a technical specification sheet; it judges the actual part on the workbench. And the actual part leaves no room for ambiguity. Either the upholstery can be stretched cleanly in a limited number of operations, or the cycle becomes longer due to manual adjustments, excess fabric that has to be recovered, edges that need to be forced into place, and staples that do not hold.

That additional time appears in neither the supplier’s quotation nor the cost of the fabric. It remains hidden, gradually eroding margins piece after piece, without anyone tracing it back to the decision made upstream.

Over many years of working on the development and production of seats, at Sititaly we have gained a valuable insight: in most cases, the defects that emerge at the workbench are already built into the geometry and construction of the shell, long before the fabric comes into play. They rarely depend on the quality of the fabric or on the upholsterer’s skill. The error is introduced during design, often unintentionally, and the upholstery stage simply reveals it.

The cause lies upstream, in the construction of the shell

In traditional seats, the structure brings together different materials, such as a metal or plywood frame, applied padding, and wooden strips for attaching the fabric.

Every interface between different materials is a potential critical point. The strips require manual stapling, with the risk that the upholstery will not adhere where it needs to and that tension will be uneven.

The edges of assembled structures struggle to maintain their shape under load, and on double-curved surfaces, shrinkage and rippling can appear only after the work is completed, when there is virtually no room left for correction.

There is also dimensional variability from one piece to another, typical of assembly-based processes. This forces the upholsterer to readjust their movements for each shell and undermines the repeatability that makes the cycle efficient.

The upholsterer is not the problem: that critical issue was already present in the shell before it ever reached the workbench.

What changes with a shell designed for the upholstery stage

Our approach starts precisely here. Moulded polyurethane shells are made as a single element, without added frames, without strips, and without joints between different materials. This eliminates a significant share of upholstery-related issues from the outset.

The advantage that the production department notices immediately, however, is a construction detail incorporated directly into the mould: the upholstery retention channel. It is a guide integrated into the shell geometry, designed so that the fabric can be positioned and secured in the correct place at the correct tension, without manual corrections.

The upholstery conforms to the seat instead of having to be forced into shape, making the cycle faster, the hold more uniform, fabric waste lower, and the aesthetic result more consistent from one piece to the next.

There are also several factors that may seem marginal on an individual seat but become decisive at production volumes:

• A polyurethane shell is structurally robust but significantly lighter than a traditional structure, making it easier to handle during movement and less tiring during repeated use throughout the shift.
• The shape remains stable because the edges hold their form and curved areas do not shrink. And because a single-piece moulded component is not prone to dents during packaging, the shell arriving at the workbench does not have defects that need to be concealed.
• Finally, there is dimensional repeatability, perhaps the least visible yet most tangible factor in terms of cost: every shell comes out of the mould identical to the previous one, allowing the upholsterer to work with a consistent method that reduces time and waste in a measurable way month after month.

The practical consequence is simple. The ability to work well, quickly, and consistently depends much more on the design of the shell than on the final stage of the process.

For this reason, when evaluating a production partner, the most reliable test does not involve comparing price lists or renders. Have the person who will actually upholster the product in the company upholster a sample shell, and measure how many operations are required, how long the cycle takes, and how consistent the finished piece is. In half an hour, you obtain information that no quotation can give you, because it addresses the most underestimated cost item in the entire production chain: processing time.

A well-designed seat is not defined solely by the aesthetics of the finished product. It is a seat that can be upholstered efficiently, that stabilises the department’s production times, and that comes out of production more refined and more consistent. At volumes of several hundred pieces per month, all of this translates into recovered margin.

If you want to quantify how much time and material you could save in upholstery with a properly designed shell, send us the model you currently produce and we will carry out a technical assessment, with the numbers to back it up, before even considering any modification.

There is an invisible mistake that can compromise seating comfort. Foam is often the first suspect, but the real issue actually arises much earlier in the production process.

The geometry of the seat plays a fundamental role: details such as the height or angle of the backrest may seem minor during the design phase, to the point that a difference of just a few degrees or millimetres might appear irrelevant. The body, however, perceives them immediately.

That’s why at Sititaly we carefully analyse every curve before the mould is made: this is the stage where the foundations are laid to ensure maximum seating comfort.

Do you have a seat that is still in the design phase? Share your project with us before finalising the shape.

When designing a seat, it is also essential to consider the upholsterer’s work. A well-designed seat should be easy to upholster, helping to avoid production slowdowns and unnecessary increases in manufacturing costs.

At Sititaly, we develop structural rigid polyurethane seats with the entire process in mind: from design and manufacturing to upholstery and the product’s lifecycle beyond production.

This approach reduces the number of operations required by the upholsterer, resulting in faster production. It also makes it possible to replace the upholstery when the seat reaches the end of its service life, restoring it to like-new condition without investing additional time and resources in designing a new seat.

With our Sit With Us service, you can book a free consultation and discover how to design more efficient seating solutions for your business.

An American manufacturer contacted us after the backrest of one of their armchairs failed. The product was already in production and the mould had already been made, yet every chair coming off the production line had the same structural flaw. A simple adjustment was not enough, because the problem lay in the geometry of the structure itself. The only solution was to remake the mould from scratch, writing off an investment that had already been made. Yet the issue could have been avoided with a structural analysis carried out during the design stage.

A few millimetres in the wrong place can mean remaking the mould

When designing a chair, every part of the structure performs a different function. Some areas are constantly under stress, while others carry very little load. The difference between an armchair that passes load tests and one that fails after only a few cycles often comes down to just a few millimetres of material placed in the right location.

The problem is that you cannot see where those critical points are. Experience helps, but it is no longer enough when geometries become more complex and stresses are distributed in ways that technical drawings alone cannot predict. And once the mould has been manufactured, mistakes become extremely costly.

FEM analysis shows where the structure will fail before it is built

Finite Element Method (FEM) allows us to simulate the structural behaviour of a chair before the mould even exists. It identifies where stresses are concentrated, where reinforcing ribs are required, and where material thickness can be reduced without compromising strength.

At Sititaly, this is the starting point of every project. We begin with a preliminary structural study, using the actual material properties of the polymer that will be moulded and simulating the loads the product must withstand to pass CATAS certification tests. We also simulate failure behaviour, because understanding where and how a structure will fail under load is the most effective way to prevent it. By the end of the process, we have a detailed structural map showing exactly how the product should be engineered before a single euro is invested in tooling. Rib geometry and wall thicknesses are defined using real engineering data, and that changes everything.

With Dalia, we reduced material usage by 20%

When we designed the structure of Dalia armchair, FEM analysis enabled us to reduce material usage by 20% compared with a conventional design based purely on experience. The chair maintained the same strength and passed all tests while using significantly less polyurethane. For manufacturers, that 20% translates directly into either higher margins or a more competitive market price.

Every rib in the shell was designed according to the actual stress distribution. Each reinforcement and every variation in thickness was based on data verified through simulation. As a result, the product passed CATAS testing at the first attempt because the structure had already been validated virtually before any physical prototype existed. When you know the design will perform as intended, the first mould is the final mould.

What happened to that American manufacturer doesn’t have to happen to you

The American manufacturer who contacted us had already invested in the mould and was producing defective components. We carried out a new FEM analysis, identified the critical areas and redesigned the structure. The required modifications were too extensive for a simple correction, so the mould had to be completely remade.

In the end, the problem was solved, but the cost of that initial mistake — together with the production downtime — could have been avoided entirely. Had the analysis been carried out at the beginning of the project, the first mould would have been the right one.

From simulation to tooling, Sititaly supports you every step of the way

Every chair we design undergoes FEM analysis before moving to the tooling stage. It is our way of protecting your investment and ensuring the product passes CATAS certification tests without unexpected issues.

If you are developing a new chair, or if you already have a product with structural problems that seem impossible to resolve, let’s talk. We can help you identify the cause of the issue and solve it before it turns into an unnecessary cost.

You have often heard us talk about the advantages that polyurethane offers in seats’ construction.

Today, however, we want to offer you the point of view of a designer, the professional who deals with imagining products before they even come to life.

Architect Giovanni Ingignoli, the designer who has collaborated with Sititaly in the realization of multiple projects, told us during a meeting how polyurethane is a material capable of stimulating creativity.

The possibility offered by polyurethane of combining the use of rigid and flexible allows to achieve innovative results, favoring comfort.

Contact us for a personalized Sit With Us consultation: you will be able to see firsthand what can be achieved with this innovative and sustainable material and find the right inspiration to design the solution best suited to your needs.

We have gathered years of experience, practical solutions and research to offer you a clear and concrete guide.

Want to discover how to transform an idea into a successful collection? Contact us now and request your copy of our new book! 

And if you already have an idea for a seat, don’t hesitate to tell us about it: we look forward to offering you personalised advice with our Sit With Us approach, ready to support you in designing truly unique seats.

Before becoming a design object, a chair is the result of a series of invisible choices.

Evolution today is not limited to new shapes or colours; it also takes root in production methods. In what goes on behind the scenes, with better performing components, optimized processing phases, and design choices designed to endure.

And it is precisely these small silent revolutions that are now dictating the pace, thanks to an approach where technique and craftsmanship meet to create real value.

Inside every chair, a concentrate of invisible competence

Behind the simplicity of a well-built chair lies complex work, madeup of studied components, controlled methods and design decisions that aim for a balance between comfort, aesthetics and environmental responsibility.

These are not flashy solutions, but technical devices that act in the most delicate parts of the process: in the foam that maintains its shape, in the structure designed to last, in responsible coatings, in systems that reduce waste and guarantee constant quality.

Let’s see in detail some of these “invisible” solutions that are redefining the contemporary production of chairs.

1. Comfort is already present within the heart

The new density-controlled polyurethane foams represent one of the quietest but decisive developments in the production of seats.

Thanks to optimised injection systems and ever more efficient formulations, it is possible to obtain ergonomic, elastic and resistant padding, with less waste of material.

For the manufacturer, it means dimensional stability and consistent quality; for those who sit, a well-being that is felt even after years of use.

2. Structures designed to last

True responsible design is not only about aesthetics, but rather about the ability to disassemble, repair and recycle every component.

Nowadays, industrial design applies the logicof “design for disassembly“: light, robust and easy to dispose of products. A principle which moves in the same direction as the new European guidelines on the sustainability of products.

The Ecodesign for Sustainable Products Regulation (ESPR), which entered into force in July 2024, provides for the gradual introduction of tools such as the Digital Product Passport, designed to improve traceability and transparency throughout the life cycle of products.

Although the specific requirements for furniture have not yet been defined, its purpose is clear: design so that each part can be recognized, repaired and reused more easily.

In the world of chairs, this means reducing permanent gluing, preferring mechanical joints and using compatible components.

A real benefit, from simplified maintenance to longer life for a circular lifecycle.

3. Gluing: the invisible point where everything is held together

The difference between a chair that lasts and one that weakens over time is often defined by one detail: gluing.

At Sititaly this phase is taken care of with great attention, because ensuring the correct adhesion between seat and padding means ensuring stability, ergonomics, but above all durability.

The company adopts optimized bonding and foaming processes, designed to ensure uniformity and precision in every production step.

An approach that reduces waste, improves the quality of the result and helps making products that respect people, the environment and the future.

When craftsmanship meets technique

Behind each Sititaly chair there is not only an aesthetic project, but a balance built with method:

• selected components with comfort and environmental criteria,
• constant and controlled production steps,
• a supply chain that combines modern tools and craftsmanship.

The difference is perceived over time: in the solidity of the structures, in the feeling of well-being that remains unchanged even after thousands of uses.

Every detail, visible or invisible, is designed to last.

Sititaly represents a new idea of made in Italy: not only beauty and design, butalso constructive intelligence and respect for the product and for those who use it.

Looking forward, without losing the human touch

Invisible technologies are not meant to replace people, but to enhance their knowledge.

In the hands of those who know materials, digital tools, processing controls and new formulations become allies to improve efficiency and environmental responsibility.

That’s why real progress is not what you see at first sight: it’s what you feel in the pleasure of sitting down and in the feeling of a chair that always looks brand new.

Find out how Sititaly can support you in the design and production of seats.

Each collection is different, but the method – based on competence and continuous research – remains the same.

Contact us for personalized advice and find out how our Sit with us approach transforms every collaboration into a shared path, where design, ergonomics and sustainability take shape together.

Making custom-made seats is a great opportunity, but it can also become a trap.

Anyone working in the world of contract or professional furniture knows this: every project has different needs, each space requires unique solutions and every customer wants something that truly represents them.

As customization increases, so do the complexities: more variables to manage, more technical steps, more error margins. The costs often become out of proportion as well.

For this reason, a new approach is needed.

At Sititaly we asked a precise question:

Is it possible to offer design freedom without losing efficiency?

The answer lies in our construction system, developed to reduce waste, optimize processing times and make customization not only possible, but also sustainable.

From concept to upholstery: how efficient seats are born

At the base of the Sititaly collections there is a precise choice: use the rigid polyurethane as structural core, eliminating metal frames or hybrid solutions that are difficult to dispose of.

This approach allows us to design durable, lightweight and dimensionally stable mono-material shells, perfect for supporting padding and coatings without deformation over time.

Keeping costs and times under control is the real advantage of this structure’s wide range of design freedoms.

The body’s geometry can be adapted during the design phase to meet ergonomic and stylistic needs, while also simplifying subsequent operations.

The Sititaly system provides, in fact, the creation of forms that also simplify the coating phase, avoiding permanent gluing or unnecessary passages. Surfaces are designed to be easily wallpapered, with clean lines, balanced thicknesses and patch zones designed to minimize material stresses.

The result?

• Less time for coating application.
• Less fabric waste.
• More ease of customization, even for small batches or one-offs.

The possibility of removable covers in some models, such as IDA, achieved with a simple replacement kit that is also accessible to the final consumer.

This design focus allows to reduce costs, while offering a high-end, tailored product ready to be renewed over time.

Sustainable personalization: less waste, more value

Customizing does not have to mean waste. At Sititaly this concept translates into concrete choices.

Designing a single material rigid polyurethane shell allows you to:

• Eliminate the use of permanent glues.
• Drastically reduce the number of components.
• Facilitate the separation of materials at the end of their life.
• Reuse the structure for more life cycles.

This is the case of IDA, one ofthe flagship models of the brand, which has received the High Product Qualityaward at the Interzum Award 2025: the shell can be reused and wear parts – such as padding or lining – replaced in a simple way, without tools and without having to discard the entire seat. An approach that not only reduces costs in the long run, but also paves the way for a truly circular production model.

Sit With Us: from co-design to production

To make it all possible, Sititaly has developed a dedicated consulting service: Sit With Us.

A guided co-design and engineering path where designers, architects or companies are supported at every stage:

• from the definition of the concept,
• the choice of materials,
• and prototyping,
• up to production.

Thanks to this flexible structure, it is possible to realize collections even in small series, customized and perfectly optimized. Maintaining established times, costs, and a final quality that meets the expectations of the contract market is what we strive for.

Nowadays the key to creating personalized seats, without out-of-scale costs, lies in having a constructive system designed upstream to be efficient, replicable and sustainable The Sititaly model proves that aesthetics, ergonomics, and customization can be combined with intelligent resource management. It provides brands and industry professionals with a tangible opportunity to innovate without relinquishing control.

You want to turn your idea into a tailor-made, efficient and sustainable collection?

Book a free consultation with the Sititaly team.

In the world of chair design and production, innovation not only means improving aesthetics but also transforming the production process in order to ensure precision, efficiency and competitiveness. The DARWIN chair by SITIA, a leading company in north-eastern Italy specialized in office and contract chairs, is an extraordinary example of this concept.

Facing the challenges of shape quality, assembly complexity and production costs, SITIA has found in Sititaly’s technology the key to overcoming them.

The result? A chair that represents a new standard in the sector: fluid and elegant lines, a more efficient production process and optimized costs. The use of rigid polyurethane, combined with innovative solutions, has made DARWIN an example of contemporary design that combines aesthetics and functionality.

Would you like to know how Sititaly made this transformation possible? Read on to explore all the details.

When tradition sets limits: the difficulties in producing DARWIN

When SITIA decided to develop DARWIN, the goal was to create a comfortable and elegant chair that met the highest standards of design and practicality.

However, the traditional chair production system had several limitations, both in terms of complexity and efficiency.
The DARWIN’s support structure was made of curved plywood, a material which required a laborious and complex process.

The production took place in several stages: the bent plywood was divided into different parts that had to be manually assembled by the customer, using metal plates and staples to join them. Once the structure was completed, a rubber plate was applied, cut from blocks and molded entirely by hand to fit the chair’s design.

This approach not only involved a significant expenditure of time and resources, but also entailed a higher margin of error, which could affect the regularity of the shapes and the overall quality of the finished product. In addition, the complexity of the required operations increased production costs and reduced overall efficiency, making intervention that revolutionized the production process necessary.

SITIA was therefore faced with a crucial challenge: how to improve the quality of production while reducing costs and maintaining the refined aesthetics of the chair?

DARWIN is reborn: the winning formula between innovation and design

To overcome these challenges, SITIA relied on the advice of Sititaly, which proposed a completely new approach based on the use of rigid polyurethane.

The main objectives of the intervention are:

• Achieve uniformity in shapes and ensure aesthetic continuity.
• Reduce production costs by improving efficiency.

A paradigm shift in production

To revolutionise the production of the DARWIN chair, an innovative approach that redefined every aspect of the process was adopted. With the introduction of rigid polyurethane, Sititaly has proposed solutions that have not only improved production efficiency but also increased the quality and versatility of the final product. The main innovations implemented are:

Unique rigid polyurethane structure

The transition from curved plywood to rigid polyurethane was a significant breakthrough. By using a single mould, the DARWIN’s bearing structure has been redesigned to be made of one piece, completely eliminating the need to assemble separate parts. This choice not only simplified the production process, but also gave the chair an harmonious and continuous shape, improving its aesthetics and perceiving quality.

The monolithic design also eliminated the risks of misalignment or imperfections from manual assembly.

Integrated fabric channel

One of the most important innovations introduced was the addition of a channel integrated into the structure, designed to facilitate the punching of the fabric during the coating process. This solution improved the precision and quality of the finishes, eliminating the difficulties that occurred with the traditional method.

The integrated channel has kept costs under control, while the same operation performed on a wooden shell would have led to a significant increase in construction costs. This demonstrates how it is possible to combine functional design with high cost-efficiency.

Swabs for variant creation

To maximise the flexibility of the mould, interchangeable pads have been introduced, which allow different variations of the chair to be made using the same mould. In the case of DARWIN, this solution has made it possible to produce both standard and medium versions without having to design and manufacture new moulds. This approach not only reduced initial development costs, but also simplified production management by offering the end customer a range of options without increasing lead time or cost.

The value of change: the practical benefits of the Sititaly approach

Sititaly’s technological approach has transformed the production of the DARWIN chair, leading to concrete results that go beyond simple cost optimization.

The introduction of rigid polyurethane has allowed a more uniform production and a better control over the quality of shapes and finishes. In addition, the ability to create variants of the same model has improved SITIA’s competitiveness in the market.

The harmonious structure and impeccable finishes not only increased the aesthetic appeal of DARWIN, but also significantly reduced waste and defects, resulting in a more sustainable and profitable management.

Sit With Us: the secret to successful sessions

The collaboration with Sititaly has taken DARWIN to a new level, confirming that functional and sophisticated design can be achieved without compromise.

The DARWIN case study demonstrates how targeted advice and a technological approach can revolutionise the production process of a product. If you want to achieve innovative results, try Sit With Us, the personalized consulting service of Sititaly.

What does Sit With Us offer?

• Strategic consulting, during which we analyse your projects to identify the best solutions in terms of materials and processes.
• Production optimization, as we propose advanced technologies such as the use of rigid polyurethane to improve efficiency and reduce costs.
• Personalized support, since we accompany you in every phase, from design to production, to ensure excellent results.
• Increased competitiveness in the market through innovative and sustainable solutions.

Sititaly’s technological approach has transformed the production of the DARWIN chair, leading to concrete results that go beyond simple cost optimization.

The introduction of rigid polyurethane has allowed a more uniform production and a better control over the quality of shapes and finishes. In addition, the ability to create variants of the same model has improved SITIA’s competitiveness in the market.

The harmonious structure and impeccable finishes not only increased the aesthetic appeal of DARWIN, but also significantly reduced waste and defects, resulting in a more sustainable and profitable management.

Want to find out how Sititaly can help you revolutionize your projects?

Book a free consultation with Sit With Us today and let our experts guide you towards solutions that will really make a difference for your business.

The world of design and furniture is experiencing an unprecedented evolution. Innovation in materials, the growing focus on sustainability and the integration of digital technologies are redefining the way furniture and home furnishings are being designed and produced.

In 2025, the industry will be driven by new needs: consumers are looking for more durable, customizable and environmentally friendly products, while companies must optimize production processes to reduce waste and costs.

But what are the fundamentals of this transformation? We have identified 5 pillars that are already shaping the future of furniture and that will be essential to remain competitive in the upcoming years.

1.  Smart materials: more sustainable, more efficient

In recent years, the furniture industry has made huge strides in the use of eco-friendly materials, but by 2025 this trend will become an even more compelling requirement.

The industry is investing in recycled and recyclable materials, such as FSC-certified wood, regenerated plastics and eco-friendly fabrics. In the seating sector, polyurethane is proving to be one of the most efficient solutions, and we, at Sititaly, have placed it at the centre of our research in order to raise sustainability and design standards. This material offers strength, lightness, and recyclability, ensuring more durable and sustainable seats. The use of

mono-material polyurethane especially simplifies the recycling process, avoiding the need to separate different components at the end of life and making each seat not only more efficient to produce, but also more environmentally friendly.

A further step forward is represented by the organic polyurethane, an evolved version of the traditional polyurethane, obtained from no food vegetable raw materials. This material offers good performance in terms of durability and strength with a significantly reduced ecological footprint.

By adopting these innovative materials, companies will not only meet the demands of an increasingly sustainable market, but they will also have the opportunity to obtain incentives and environmental certifications, which are becoming more vital in contract supplies and B2B.

2.  Circular design places the end-of-life of products at its core

The concept of circular economy is pushing the furniture industry towards new solutions. The focus is no longer just on choosing sustainable materials, but on designing products that have a longer life and can be easily regenerated or recycled.

Until a few years ago, an end-of-life chair was simply disposed of. Nowadays, thanks to new construction techniques, the seats can be renewed and reused without having to produce a whole new structure.

For example, at Sititaly we are developing models of rigid polyurethane seats where 80% of the shell material can be reused. Therefore, by replacing the flexible parts when it’s worn, you can have a chair that is practically new, dramatically reducing waste.

Furthermore, companies are designing removable and easily separable furniture to facilitate the recovery of materials. A winning solution for both the environment and the market, which rewards more durable and responsible products.

3.  Automation and digital technologies in production

The production of furniture and chairs is becoming more efficient thanks to the adoption of digital technologies.

The year 2025 will see an acceleration in the use of advanced tools such as:

• Injection molding to reduce waste and improve accuracy
• Laser cutting and CNC milling for high-definition machining
• 3D printing for rapid prototyping and custom production
• Material optimization software, which minimizes waste

These processes allow for more precise products, shorter production times and minimised resource consumption. For chair manufacturers, adopting these technologies means cutting costs without sacrificing quality, optimizing every step of the process.

4.  Large-scale customization

In recent years, the concept of “tailor-made” has spread in many sectors and in 2025 it will become a standard in the furniture world. Customization will no longer be a luxury option, but a market requirement.

Thanks to the integration of digital tools, manufacturers will be able to offer online configurators that allow customers to customize every detail of a seat: colours, finishes, materials and dimensions.

Production will become increasingly flexible and modular, allowing the specific requirements of each project to be met without significantly increasing costs.

This trend opens up huge opportunities for furniture brands: those who can offer a high level of customization without compromising sustainability will have a decisive competitive advantage.

5.  Ergonomics and user experience at the heart of the project

Another key aspect of the furniture of the future will be the focus on the user experience’s quality. It is no longer enough to design aesthetically pleasing furniture: they must be comfortable, ergonomic and durable.

The new generations of seats will be developed in order to adapt better to the human body, thanks to the use of variable density foams, flexible structures and adjustable supports. This is particularly important for the contract and office sector, where comfort is a key factor in choosing a product.

Polyurethane, thanks to its ability to create ergonomic and lightweight shapes, is becoming one of the most liked materials for making seats that offer superior comfort without compromising strength.

The future of furniture starts today. Are you ready to be a part of it?

Furnishing in 2025 will be more sustainable, more efficient and more customizable than ever. For manufacturers, it means adopting new materials, technologies and design strategies to respond to a rapidly changing market.

If you want to find out how to apply these principles to your projects and develop seats in line with the latest market requirements, Sititaly offers you a concrete opportunity.

Sit With Us is our free technical advice to help you turn an idea into a winning collection. We support you in every phase: from design to production, optimizing materials, reducing waste and improving the performance of your product.

Book your consultation now and find out how to make your production more innovative, sustainable and efficient.

The future of design is already here. Will you be among the protagonists?