Article

Spray-coating vases: a quality finish with spray coating

More and more, terracotta flower vases are being replaced by plastic vases.

At first glance they might seem like simple objects, but they nevertheless require production processes that are anything but simple. Market operators engaged in the finishing of plastic objects know this only too well.

This article refers to manufacturing contexts, to those companies that make or finish the vases. It also refers to the many companies involved in processing three-dimensional objects that work within a wide range of sectors.


The best vase coating solution

To obtain objects with impeccable aesthetic and surface performance, nothing must be left to chance in the vase coating process. 

With years of experience in finishing, in numerous industries and with a broad range of materials, we’ve had the opportunity to test a wide range of solutions. Through this experience, we’ve now identified the most efficient, effective way of producing great, high-quality vase decoration while minimising the manual workload. 

This is spray coating: a finishing line technology that allows for customised use and configuration. 

Spray-coating: the perfect vase coating solution

Let's now look at the ‘made in Cefla’ spray-coating line set-up. One possible solution sees a line that includes a high-performance articulated robot, such as iGiotto. The vases in question are attached to rotating swivel pins that slide along a floor-mounted line.

 

 

The vase coating process

Let's briefly analyse the stages of the process on the type of line described above.
 
Stage 1: flaming
The first stage of vase coating is flaming. This is essential as it ensures proper adhesion of the coating film. At this stage we see the iGiotto robot in action with the relevant flaming tool. 

Stage 2: spraying

Subsequently, the product moves down the line to the second phase, spraying, where the vases remain positioned on rotating stations. In this step the vases are coated by a second iGiotto (80 -100 g/m2, single-component pigmented water-based finish). 

Stage 3: drying

The last phase uses sophisticated drying technology. On this type of line, vases are dried in a hot air tunnel with high-speed forced ventilation, the optimal solution for drying water-based coats. 

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Customisation of finishing lines

The above-described solution is fully automatic. It therefore saves time, minimises coating consumption and ensures that the inner and outer part of each vase have a long-lasting, high-quality finish.

In addition to these advantages, it’s possible to customise every aspect of the line to meet customers’ specific needs, whether they’ve already established a process and simply wish to improve it, or whether they’re still looking to identify the solution that best suits their business.
 
Talk to one of our experts to find out how we can help you achieve your goals.
More and more, terracotta flower vases are being replaced by plastic vases. At first glance they might seem like simple objects, but they ...

Article

Window finishing: efficient, customisable production lines


In sectors such as construction and furnishing, innovative, high-efficiency finishing processes are essential to ensure high-quality products. This article is intended for industrial window manufacturers looking for cutting-edge solutions to improve the quality and efficiency of their window production and coating processes. We’ll explore innovative techniques for finishing already-assembled windows (focusing on solutions such as overhead lines and cutting-edge Cefla Finishing technologies) and unassembled windows (analysing the potential of horizontal, vertical and hybrid lines).
 

What techniques are used in industrial window finishing?

In talking about window finishing, it’s vital to address the issue of tool and process customisation. Regardless of whether the windows are already assembled or whether operations are performed on individual components prior to assembly, it’s essential to have machines that can be integrated into a finishing line that meets the specific needs of the production chain. Only by adopting this approach can we boost production efficiency, providing not just economic benefits but also, above all, greater final product quality.
 

Industrial finishing of assembled windows

Let's start by looking at options for finishing already-assembled windows. Overhead lines offer one of the most effective solutions for treating assembled window frames. With this configuration, in fact, the chain has a closed-loop design, development of which depends on productivity and the required coating cycle. The lines are connected to each other via switching points that are automatically activated during the cycle, creating standard and/or alternative circuits.

More specifically, with regard to the Cefla Finishing range, we suggest a configuration built around two key elements: iFlow to control the impregnation phase and iGiotto to complete the finish with spray coating.

The iFlow unit is mounted on rails, without any connections to the overhead workpiece hooking line: for this reason it can easily be placed offline for cleaning and maintenance purposes. It features a sole high-capacity pneumatic pump for loading, unloading and recirculation to ensure even impregnation on the pieces.

iGiotto, instead, is a complete coating system consisting of a high-performance articulated robot, specially designed to coat large items. This is a state-of-the-art window and door frame coating system: moreover, it can be used to coat any complex shape.
 
Both machines can be integrated into a line that includes, for example, elevator systems, reading barriers, and drying solutions, giving rise to an extended ‘ecosystem’ that can draw on all the window finishing solutions Cefla Finishing has to offer.

Finishing unassembled windows

For not-yet-assembled frames, the process can, instead, be performed on horizontal, vertical or even hybrid lines. Depending on window finishing requirements, Cefla Finishing provides machines specifically designed to enable impregnation and drying processes that will meet the needs of any production plant.

The advantages of horizontal lines

Let's start with manufacturers who prefer to finish their windows on horizontal lines. An integrated line that handles parts horizontally offers a specific advantage: sanding is performed efficiently by the equipment and no manual intermediate sanding is required when the pieces are subsequently positioned on the vertical line for spray coating.

The horizontal line proposed by Cefla Finishing uses Lineflow and Dryflow, in addition to sealing solutions such as Talent.

Lineflow is a machine for the horizontal application of impregnating or intermediate coatings. Compared to an overhead line, horizontal execution lets the pieces remain on the line for the subsequent brushing and coating stages. The pieces can be assembled at a later time: this means the weight can be lifted with ease and only a light brushing of the profile is needed. In this process, the wood grain is better stabilized, improving subsequent spray coating stages on the overhead line.

Used in combination with LineFlow, the DryFlow oven improves the drying efficiency of water-based coatings and significantly reduces evaporation times: this is thanks to the high-speed hot air flow and product modularity, which allow for flexible selection of holding times, with short maturing/drying phases and extremely easy control.

Last but not least comes Talent. a patented vacuum-type sealing solution that uses fast-drying water-based products and is suitable for application on various types of materials.

Why choose vertical lines?

However, some manufacturers prefer to use vertical lines for unassembled frames. This is a space-efficient solution, as it lets you hang more workpieces-in-progress on the line than would be possible with pre-assembled frames.

To start the process, iFlow controls the impregnation phase using the ‘flow coating’ application system, essential for in-depth wood protection and colouring. This is followed by a drying phase in a high-airspeed oven with controlled temperature and humidity. Subsequent applications are performed by iGiotto, the articulated robot that uses pre-set spraying trajectories, either programmed or automatically established by a 2D or 3D reading barrier. The iGiotto consistently applies the desired coating quantity; this is then dried in a high-airspeed oven with controlled temperature and humidity. Manual sanding usually precedes application of the transparent water-based finish.

Cefla Finishing and window finishing solutions

Modularity, flexibility, efficiency and high performance are the hallmarks of a range designed to meet every window coating requirement. What’s more, years of experience gained all over the world have allowed us to respond to extremely diverse, highly specific needs: just think of the different climates in the countries where Cefla Finishing operates, and the level of knowledge needed to treat the huge variety of woods with which windows are made on different markets.

Hence our mission: to customise our machines down to the last parameter so we can meet the specific needs of every single company. Come and test your products and coatings on our machines at the world’s largest finishing lab, here in Imola, Italy. This will help us define the ideal characteristics of the lines to be developed and installed, ensuring perfect processing:  just what your business needs.
In sectors such as construction and furnishing, innovative, high-efficiency finishing processes are essential to ensure high-quality products. This ...

Article

Why choose an industrial digital printing machine?

 
Today, anyone looking to produce high-performance, affordable, attractive furniture and furnishing accessories simply has to have an industrial digital printing machine
End consumers, in fact, have increasingly high expectations, so finished products need to guarantee the highest quality, which also means resistance to abrasion and scratches. On the other hand, coating and finishing trends are generating new ‘cross-contaminations’ and material mixes, so those manufacturers who can leverage flexibility (i.e. respond quickly to changing trends) will be the ones to gain the greatest competitive advantage in this scenario.
But how best to combine aesthetics, practicality and strength while delivering a multiplicity of opportunities, even with small batches? What’s needed is an integrated, comprehensive, flexible solution. That’s why, today, an industrial digital printing machine should be central to coating processes, not just on furniture, furnishing components and frames, but also edges, skirting boards and profiles.  

More specifically, introducing an industrial digital printing machine delivers 5 key advantages:
  • Flexibility in the face of changing aesthetic trends and fashion
  • Less time, less stock and fewer semi-finished goods are needed
  • Less equipment is required on your production line
  • Fast line set-ups and a rapid response to market demand
  • A highly customised, high-quality, durable product range
 

Which industries benefit the most from installing a digital printing machine?

It should come as no surprise that industrial digital printing technology is currently in the spotlight across multiple manufacturing sectors. Entrepreneurs all over the world are discovering its potential in their specific fields: and those who have yet to adopt it risk being left behind. 
Wood, plastic, packaging, metal, ceramic, fibre cement: digital printing can be used on a vast range of materials to create new outlets and open up new frontiers, all thanks to the flexibility and customisation provided by industrial digital printing machines.  
For example, this solution is particularly appreciated by furniture makers, door and window manufacturers and companies that provide wall linings and floorings, yet also producers of plastic, aluminium and fibre cement skirting boards, profiles and sidings/claddings.

Industrial digital printing machine: a major advantage in the furniture sector

For furniture manufacturers in particular, an industrial digital printing machine lets them:

  • Program production of panels, furniture components, doors and floors in an extremely competitive, flexible manner.
  • Reduce stock of both finished and pre-finished products, and equipment.
  • Quickly produce edges that perfectly reproduce the patterns of the panels to which they will be applied.
  • Produce skirting boards/profiles with outstanding flexibility, reproducing the patterns present on the floors to which they will be coupled.
  • Produce sidings or claddings and decorate them, allowing you to make, ever-more economically, modular solutions on building sites, products that are highly appealing and suitable alternatives to other types of coverings.

Such opportunities translate into three clear advantages of digital printing in the manufacturing sector. To be specific, installing an industrial digital printing machine in the company lets you:

  1. Obtain flexible, increasingly competitive production cycles.
  2. Respond quickly to aesthetic/fashion trends thanks to the fast set-up of the various lines.
  3. Produce aesthetically appealing, economically sustainable products.
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Selecting the most suitable industrial digital printing machine

Individual companies have their own specific needs and requirements. This depends not just on the markets where they operate, but also their own entrepreneurial and strategic decisions. This is why it’s essential to choose an industrial digital printing machine with characteristics that are consistent with your aims.
The best choice? Go for a highly configurable product and set it up to match your business goals. 
And that’s exactly what you can do in the Cefla Finishing Lab, an ‘innovation incubator’ that creates a customised vision... and the solution to match. In the Imola facility - as in Charlotte, USA, and Tianjin, China - customers and industrial partners can personally run dozens of tests on new products. They can test the latest technologies and verify the performance of the proposed machines via in-the-field trials, allowing them to identify the configurations that best suit their needs.

This Cefla Finishing service means that, even before purchasing an industrial digital printing machine, potential buyers can:

  • Assess their own needs
  • Define the available budget
  • Compare the different technologies
  • Evaluate the technical characteristics of the machines

J-Print SP and the other Cefla digital printing solutions 

Cefla Finishing customers looking to focus on advanced digital printing can count on several solutions, the most representative of them perhaps being J-Print SP.

This series of single-pass printers integrates seamlessly with all Cefla Finishing machines and systems for the coating/decoration of various materials, from wood and its derivatives to ceramic, fibre cement, plastic and glass.

Equipped with industrial print heads, J-PRINT SP can deliver UV-curable inks and is designed for integration into either fully digital or hybrid single-pass printing environments. The modular print bars can be configured up to virtually unlimited print widths. The adopted technology lets J-PRINT SP operate at speeds of 50 linear meters per minute and more.

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Why choose Cefla Finishing?

There are, therefore, several reasons for turning to Cefla Finishing when looking for an industrial digital printing machine. Cutting-edge, constantly-evolving solutions, decades of experience serving a global clientele and plenty of scope for product customisation are, in fact, crucial success factors when it comes to assessing and deciding on a strategic partner.

But that’s not all: Cefla Finishing provides an additional service component that makes the range unique.
Cefla is, in fact, ready to:

  • supply a complete line, from preparation of the bare substrate to the decorated, finished product.
  • fine-tune the complete technological process, from reception of the original samples to be reproduced to worker training.
  • provide customers with close support so they can acquire the expertise and experience needed to prepare the definitive print files.

Choosing Cefla Finishing, therefore, doesn’t just mean purchasing a cutting-edge solution. It also means gaining an understanding of the most advanced skills on the market and having the opportunity to put then into practice for your business. 

Talk to one of our experts to find out how we can help you achieve your goals


 

 

 

Today, anyone looking to produce high-performance, affordable, attractive furniture and furnishing accessories simply has to have an industrial ...

Article

STEEL FOR ART: CROMATICA

Creating a perfect synergy between history, art and innovation, CROMATICA - Marcegaglia Steel, Marcegaglia Buildtech and Veneranda Fabbrica del Duomo have given life to an extraordinary project: 

the customisation of the permanent panelling envelope built to allow ordinary maintenance of the Milan Cathedral. This project added value to a functional space - as a genuine tribute to the timeless beauty of the most iconic cathedral in Italy.

As stated by Andrea Brotini, Sales Director of CROMATICA,
«We are faced with a project that enhances the beauty of the Milan Cathedral. Thanks to the CROMATICA panels, every detail of the historic marble used for the Duomo façade comes to life before your very eyes: technology is put at the service of art to create something unique.»

The project required the creation, at the Ravenna-based Marcegaglia factory, of 80 panels printed to become perfectly camouflaged with the wall of the Cathedral. In the words of Antonio Bonoli, Director of Coil Coating Production Marcegaglia, «The Milan Cathedral site has finally given us the opportunity to put into practice what we had thought, planned and dreamed up until then».

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Each panel was the result of a thorough study of the Cathedral architecture, of a faithful photographic reproduction of the technical drawings and of synergistic work involving all the players concerned. «The project began when a photoplan of the Cathedral façade was received. By using high-precision graphics tools, we divided the entire façade into smaller portions and we made samples to identify the most appropriate colour shade for the implementation of the project",explains Alessandro Borromeo, QA/QC Engineer of Marcegaglia Buildtech.

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With this innovative approach, CROMATICA and Marcegaglia Buildtech responded primarily to a functional need for durability and resistance to weathering. At the same time, they responded to another requirement of an aesthetic nature: to maintain the visual integrity of the Cathedral. «The Cathedral has always had temporary structures at its feet to contain and store the equipment and materials necessary for the daily maintenance of the building. – says Francesco Canali, an engineer who is the Site Director of Veneranda Fabbrica del Duomo– Making the most of a photographic reproduction of the Cathedral's façade, obtained thanks to the innovative technology made available by CROMATICA - Marcegaglia Steel, today we are able to upgrade this extremely important structure".

This project is an excellent example of how a partnership between cutting-edge companies and historic institutions can effectively lead to the enhancement of our cultural heritage and of how, in the words of Salvatore Pisani, Marketing Director of CROMATICA , «even steel has unlimited creative potential, which can be rolled out to other artistic applications to make the world a more beautiful place.»

Creating a perfect synergy between history, art and innovation, CROMATICA - Marcegaglia Steel, Marcegaglia Buildtech and Veneranda Fabbrica del Duomo ...

Article

Industrial Energy Efficiency: the key is in the finish

 
In the current industrial setting, energy efficiency has emerged as a priority in sustainable development policies.
This fact is highlighted by the Energy Efficiency Report 2023, which shows that Italy invested around 12.79 billion euros in energy efficiency in 2022. Out of this amount, 2.19 billion were allocated to the industrial sector, an increase of 13.8% compared to the previous year.
 
While this growth reflects a welcome post-pandemic recovery, the importance of pushing ahead with the adoption of innovative solutions in order to reach the 2030 energy efficiency targets cannot be overstated.
 
In this context, advanced finishing technologies have a key role to play in modernising industry. This is because they allow companies to improve their market position and comply with standards while, crucially, embracing more sustainable manufacturing practices. Cefla Finishing is a leading developer of such technologies, which not only respond to the burgeoning demand for efficiency and lessened environmental impact but also open up new opportunities for innovation and competitiveness in a range of sectors.
 
 
THE MOST INNOVATIVE FINISHING SOLUTIONS
It doesn't matter which industry you’re in: if you want to lead it, these solutions are a must.
 

Industrial energy efficiency: innovative Cefla finishing solutions can make a huge difference

Finishing processes are applied on a vast range of products: from sunglasses to saucepans, from furniture to cars. Innovative finishing techniques don't only allow companies in numerous sectors to improve their market position, respond to increasingly stringent regulations and boost profits: they also let entire industries embrace more sustainable techniques and lower their environmental impact.
 
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At Cefla Finishing we develop new technologies to address the energy efficiency and sustainability challenges facing manufacturing companies all over the world. We belong to an international multi-business group with 1,900 employees worldwide: the group’s mission is to create value over time via solutions that combine performance and sustainability, business- and environmental-friendliness, productivity and quality.
 
Our finishing solutions are employed in all kinds of fields, from the furniture industry to construction, from automotive to aerospace, from durable goods to packaging. These cutting-edge techniques are applicable on any type of product or surface: wood and its derivatives, glass, plastic, fibre cement, ceramic, composite materials and metal. 

Our solutions include integrated lines, stand-alone machines, industrial digital printers, plus service packages and software solutions that help companies achieve their business goals by making full use of technological innovation and unmatched finishing expertise

Finishing solutions to raise energy efficiency and productivity

The market is always evolving. Trends change all the time, as do requests from end users and the brands that delegate production. However, there’s one increasingly crucial aspect that promises to be a constant in the future: process sustainability, both in terms of economic performance and environmental impact. 
 
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From this perspective, cutting-edge finishing solutions offer tools that can radically transform the futures of countless companies worldwide while having a positive impact on the broader socio-economic fabric. Cefla Finishing solutions stand out for their capacity to optimise energy and production efficiency, reduce downtimes and enhance operational flexibility. Let's look at some of the most significant technologies for raising industrial efficiency.

FCS (Fast Colour Switch) system

Implemented on the Easy oscillating spray coater, the revolutionary FCS system drastically reduces colour changeover times to less than 30 seconds, as opposed to the 150-180 seconds that traditional methods require. This means significant savings in terms of time - up to 30 minutes a day or 2-3 hours a week - and energy.

Advanced Matt Finishes

Matt finishes provide added value in terms of surface durability and sustainability. Using UV products/coatings and excimer ovens with low nitrogen consumption such as the Exydry-Z, manufacturers can create super-matt finishes with soft-touch, anti-scratch and anti-fingerprint effects that are sustainable and in great demand.

Roller coating also for shaped panels

Smartcoater PRO is an ingenious roller coating machine designed to reduce coating consumption and improve energy efficiency. Finishing shaped panels would normally require greater quantities of spray-applied coating. Equipped with a soft rubber applicator roller, Smartcoater PRO can flawlessly manage panels with grooves of up to 10 mm, lowering coating consumption, reducing the required number of handling tasks and getting the product to market faster.

Technologies that reduce machine downtime

The iBotic Cartesian interpolated-axes spraying robot, with one or two arms, is just one of several solutions that reduce machine downtimes. Featuring the TIMESKIP device, iBotic enables fast, seamless colour changeovers. While one robot arm continues spraying, the other moves to a zone dedicated to colour changeovers, ensuring zero downtime. This makes it an ideal tool for achieving energy sustainability and company profitability in countless sectors.

Industrial Digital Printing

Industrial digital printing is a cutting-edge technology that’s gaining ground in a vast range of industries. It provides manufacturers with huge scope for customisation, lets them produce small batches sustainably and reduces production and energy costs significantly. CROMATICA offers a perfect example: this latest technological innovation from the Marcegaglia Group is revolutionizing the use of pre-painted metal in the construction industry.I

Industrial energy efficiency: how to rise to the challenge?

In conclusion, the challenges concerning industrial energy efficiency require commitment and targeted investment in ground-breaking technologies. Addressing this change is not merely a question of improving productivity and sustainability. It also gives companies a valuable opportunity to stand out on the market and effectively respond to the growing demand for environmental responsibility. 

The perfect innovation partner will be one that offers not just state-of-the-art solutions to achieve goals but one that also provides continuous assistance, training and targeted services. This approach ensures that the introduction of new technology will create a lasting competitive advantage. It means industry can build a successful future where energy efficiency and sustainability go hand in hand with business growth and innovation.

With an international network of finishing experts sharing skills in a vast range of industries, we’re a hive of technological excellence, a trusted supplier and a partner ready to help you achieve your energy efficiency and business goals.
 
 
ARE YOU LOOKING FOR THE IDEAL SOLUTION FOR YOUR PAINTING LINE?
 
 
 
In the current industrial setting, energy efficiency has emerged as a priority in sustainable development policies. This fact is highlighted by the ...

Article

Cabinet door coating: what’s the best coating cycle?

 
Cabinet doors may seem like simple products to finish; however, they demand a suitable process that ensures good final quality and, above all, a level of manufacturing efficiency that lets companies in the furniture industry enjoy sufficient margins. Certain distinctions also need to be made: flat panels and raised panels require different finishing techniques.


How to coat flat cabinet doors?

Cabinet door coating requires meticulous preparation and careful selection of the coating application method. The process typically begins with edge finishing, using advanced technologies such as vacuum coating, followed by coating of the panel surface. Depending on the specific requirements of the doors and their thickness, manufacturers can adopt roller, spray or hybrid coating techniques. However, for thinner doors, it’s possible to proceed directly with spray coating using automated systems such as iBotic, which also features a spray gun specifically designed for edge finishing.

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Edge finishing

Edge finishing is a crucial stage as it ensures doors have an impeccable appearance and long-lasting protection. This process begins with thorough sanding of the edge to prepare it for application of the primer and subsequent coatings. Cefla Finishing machines such as Smartedge allow for the application of primer and coatings in vacuum mode, ensuring even coverage. Each coating application is followed by controlled drying, which involves semi-curing in a UV oven. Summing up, the steps are:
  • Sanding: sanding the edge is the first step. This ensures proper preparation before application of the primer and edge finishes. Abrasive wheels or belts can be used.
  • Primer application: the primer is applied on the edge using roller or vacuum systems such as Smartedge, the Cefla Finishing solution for edge sanding and coating. 
  • Coating applications: this involves two or more vacuum applications of transparent or pigmented UV coating, using a total of 180 g/m2 of product. Each application is followed by a gelling or UV drying process.
  • Drying: after each coating application, a semi-curing process takes place in a UV oven; for pigmented products a gallium lamp is used. 
  • Sanding: the process ends with automatic sanding of undercoats using a sanding wheel or belt. 

Spray coating

After vacuum-technology edge finishing, the panels are spray-coated. The process stages are:
  • Spray coating: application of a quantity of primer suitable for the type and density of the substrate. This is achieved using a sprayer such as iBotic, the high-capacity Cartesian spraying robot; iBotic can also process J-Pull profiles and standard flat panels. The robot can spray both flat surfaces and edges, obtaining a high-quality finish. 
  • Drying: the doors are then dried completely in a vertical oven. Omnidry is a flexible vertical oven: with its optional FLEXPRO function, it can automatically process pieces of different size and/or thickness.

Hybrid coating

Depending on specific production requirements, manufacturers can adopt a hybrid coating cycle that combines the best available technologies. Edges can be finished with Smartedge before coating the panel with Smartcoater Pro. Where doors have contouring, the latter can be equipped with a soft roller. Subsequently, a high-quality finish can be achieved by spray coating with robot systems such as iBotic or oscillating systems such as Easy or Mito. This hybrid approach provides the advantages of both technologies, ensuring excellent results on edges and flat or raised surfaces.

Raised cabinet door coating

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Let's take a detailed look at how to coat cabinet doors (for kitchens or other rooms) if they are raised. Raised panels are often spray-coated. This is because, until recently, roller coating technology was unsuitable for raised doors. However, roller coating has evolved and can now be used on raised panels such as kitchen cupboard doors, or any substrate with a groove shallower than 10 mm.

Smartcoater PRO is a roller machine equipped with a soft rubber applicator roller. This special roller not only performs the intended task: combined with other exclusive features on this next-gen machine, it also guarantees an even result.

Such features include a special stabilising framework for the application head that uses 4 screw jacks. This set-up exerts considerable pressure on the panels passing over the machine and, thanks to the floating pneumatic system (another exclusive feature that can be integrated into Smartcoater PRO), the applicator head follows the irregular contours of the panel; it also compensates for panels that have been insufficiently calibrated.

The raised cabinet door coating steps can be summed up as follows:

  • Primer application: (35 g/m2) using Smartcoater PRO.
  • Drying: in UV ovens with a gallium lamp for gelling.
  • Roller coating: again, using Smartcoater PRO.
  • Second drying: carried out under 2 gallium and mercury lamps.
  • Sanding.
  • Spray coating: to apply the final finishing layer, using spray-coating machines such as Mito or iBotic. 

The advantages of coating cabinet doors with Smartcoater PRO

Coating raised panel surfaces with a machine that has a soft roller offers multiple advantages:
  • transfer is more efficient that with spray-coating.
  • the process no longer requires sanding between undercoats.
  • fewer handling tasks.
  • all this results in shorter coating times.

The process also guarantees lower costs and higher speeds:
  • less coating and solvent consumption.
  • shorter delivery times.
 
READ ALSO: The advantages of the new soft roller

The perfect cabinet door coating partner

In conclusion, coating cabinet doors is a crucial stage of the finishing process as it significantly affects the quality, appearance and durability of the final product.
At Cefla, we’re proud to offer not just machines but complete turnkey solutions, tailored to the specific needs of each customer. Our goal is to provide furniture companies with close support, helping them set up production lines in a way that best matches their processes so they can maximise efficiency and deliver excellent finishes.

Talk to one of our experts to find out how we can help you achieve your goals

 

 
Cabinet doors may seem like simple products to finish; however, they demand a suitable process that ensures good final quality and, above all, a ...

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