As furniture design becomes increasingly fluid and sculptural, manufacturers are being asked to achieve forms that were once considered impractical for stable production.

Curves are becoming more complex. Materials are being pushed further. Product development teams are expected to deliver distinctive aesthetics while maintaining consistency, efficiency and commercial viability.

In the first feature of Where Design Meets Manufacturing, CARBINE（卡缤）founder Deng Xin presents a challenge that sits at the intersection of design ambition and manufacturing reality:

Can a 1 mm thick cherry veneer be formed into a double-curved structure without sacrificing stability, efficiency or material performance?

What appears to be a simple material question quickly becomes a discussion about veneer technology, manufacturing processes, equipment capability and the future direction of furniture production.

CARBINE has long focused on what it describes as “manufacturing aesthetics”. The brand aims to express lifestyle aesthetics through design, while relying on manufacturing capability to turn design concepts into real, usable and long-lasting products.

For Deng Xin, equipment, workers, craftsmen and experienced masters are all part of the same manufacturing system. In the past, many complex processes depended heavily on manual experience. But as older industrial workers gradually leave the production floor and fewer young people enter manufacturing, furniture companies are placing greater demand on advanced equipment and automated processes.

This is especially true for brands such as CARBINE, which focus on multi-material integration, curved structures and high-quality product expression. Equipment is no longer just a production tool. It becomes a key support for turning design ideas into manufacturable products.

For CARBINE’s latest collection, the design team selected a 1 mm thick German cherry veneer, significantly thicker than conventional decorative veneers.

At this thickness, the material begins to behave more like a thin sheet of solid wood than a traditional veneer layer.

The challenge is not the material alone.

The challenge lies in applying it to furniture components featuring compound curvature.

Unlike conventional curved surfaces that bend along a single axis, double-curved forms require the material to deform in multiple directions while maintaining structural integrity, surface quality and dimensional stability.

This pushes both the material and the manufacturing process beyond conventional veneer applications.

According to Deng Xin, the project exposes a gap between design intent and current manufacturing capability.

Traditional manual methods are unable to deliver consistent results, while existing production equipment has not yet fully solved the challenge either.

At this stage, CARBINE can only rely on a combination of tools such as sewing machines and irons to gradually press, bend and form the veneer. While this may support experimental development or limited applications, it is not yet a stable, repeatable and scalable production method.

If thick veneer cannot be used to achieve the required curved structure, the company has to use a whole piece of solid wood instead.

But solid wood brings another set of challenges:

From a functional point of view, not every curved furniture component needs to be made from solid wood. If thick veneer can be formed into stable double-curved structures, manufacturers may find a better balance between design effect, material cost, product weight and production efficiency.

CARBINE’s question is not only about one piece of veneer. It reflects a broader shift in high-end furniture manufacturing.

As furniture forms become more sculptural, production teams need to work with more complex geometries, tighter tolerances and more demanding material behaviour.

The challenge of applying thick veneer to compound-curved furniture components involves several technical directions:

These are no longer niche concerns. They are becoming part of the broader manufacturing conversation as high-end furniture brands push for lighter structures, more expressive curves and more efficient use of premium materials.

During the interview, Deng Xin also compared equipment differences between Italian and Chinese manufacturing environments.

In Italy, CARBINE has seen factories where 20 sewing machines may represent an investment of around one million euros. In China, by comparison, even a high-end sewing machine may cost around RMB 200,000.

This reflects not only a difference in cost, but also differences in equipment grade, automation level and manufacturing system maturity.

At the same time, Deng Xin noted that most of CARBINE’s equipment is still domestically produced, and that the quality of Chinese machinery has already reached a high level. The company continues to allocate budget each year to introduce better equipment.

This suggests that Chinese furniture manufacturing is not standing still. It is moving from basic production capability toward higher precision, better automation and stronger collaboration between people, materials and machines.

The central manufacturing question raised by CARBINE can be summarised clearly:

How can thick veneer be formed into a compound-curved structure through an efficient and repeatable process?

This question is highly relevant to equipment manufacturers, material suppliers and production technology teams.

Real technical innovation often begins not with abstract concepts, but with specific production challenges raised by real brands and real products.

When furniture brands articulate their problems clearly, the technology side has a better chance of developing responses that are more closely aligned with actual manufacturing needs.

Where Design Meets Manufacturing is a dialogue series jointly launched by CIFF Shanghai and WMF International Woodworking Fair.

The series begins with real manufacturing questions raised by furniture brands, designers and manufacturers. These questions may involve materials, production processes, automation, craftsmanship, efficiency, sustainability or product quality.

Behind every furniture product is a manufacturing challenge waiting to be solved.

CARBINE’s exploration of thick veneer and compound-curved structures is one example. Future episodes will feature furniture brands including HC28 Maison, NEODIKO, MEXTRA, KBH and CHIC CASA, each bringing their own manufacturing questions from the factory floor.

More importantly, these are the same challenges being addressed every day by machinery manufacturers, technology suppliers and material innovators across the furniture production industry.

September 2026 will be a key sourcing window for international buyers looking at furniture, interior design, building decoration, woodworking machinery and furniture manufacturing solutions in China.

From September 5–8, 2026, WMF International Woodworking Fair will be held at the National Exhibition and Convention Center (Shanghai Hongqiao), alongside major industry events including CIFF (Shanghai), CBD–IBCTF (Shanghai) and Upholstery Tech Shanghai.

This creates a rare opportunity for overseas buyers to see the full industry chain in one trip: finished furniture, interior and building decoration trends, upholstery technology, furniture production equipment, woodworking machinery, materials, components, automation systems and smart factory solutions.

For furniture manufacturers, distributors, project buyers, designers and factory decision-makers, Shanghai in September is not only a place to visit exhibitions. It is a high-value sourcing and trend-discovery window where buyers can compare products, evaluate suppliers, study manufacturing trends and identify practical solutions for factory upgrading.

China’s furniture manufacturing ecosystem offers a strong combination of scale, engineering capability, production experience and cost efficiency. For overseas buyers seeking high-quality yet cost-effective woodworking machinery and furniture manufacturing solutions, Shanghai Hongqiao provides a concentrated platform to evaluate options side by side.

In this context, WMF plays a strategic role as the manufacturing and technology hub within the wider furniture and interior industry ecosystem. While CIFF (Shanghai) and CBD–IBCTF (Shanghai) present market trends, furniture brands, interior solutions and design directions, WMF brings buyers closer to the production technologies behind those products.

This is where international buyers can move from seeing what the market wants to understanding how those products can be manufactured more efficiently, more flexibly and more competitively.

From September 5–8, 2026, WMF International Woodworking Fair will take place at the National Exhibition and Convention Center (Shanghai Hongqiao).

As one of Asia’s leading trade fairs for furniture manufacturing technology and woodworking machinery, WMF brings together machinery manufacturers, automation providers, software developers, material suppliers and production experts from across the industry.

Whether the challenge involves compound-curved veneer, solid wood optimisation, flexible manufacturing, intelligent automation, surface finishing, digital production management or smart factory integration, WMF provides a platform where buyers can explore practical solutions directly from technology providers.

International visitors attend WMF to discover cost-effective manufacturing solutions, evaluate production technologies, compare suppliers and identify new opportunities for factory upgrading and business growth.

Where design raises new challenges, manufacturing begins to respond.

Where Design Meets Manufacturing. See you in Shanghai.