BCN3D Sigma Series


BCN3D Sigma Series

Sigma Series

BCN3D Sigma series became the best-selling 3D printer of BCN3D. It is known throughout the desktop 3D printing market for introducing IDEX (Independent Dual Extrusion) technology. Sigma D25 3D printer offers a new generation workhorse which is built for the highest productivity and provides a great 3D printing experience thanks to its high print volume and connectivity. Sigma D25 has one of the largest printing volumes in the market, with 420 x 300 x 200 mm and it is equipped with IDEX system.

The Sigma D25 is the go-to choice for quick prototyping thanks to its printing modes including mirror and duplication, which accelerates product development processes by eliminating the need to wait for long periods of time. Sigma D25 works seamlessly with the most used materials such as standard BCN3D filaments; PLA, PET-G, TPU and PVA. BCN3D Cura allows you to choose the refined printing profile for each filament without the need for any adjustments to be made, and you can rely on Sigma D25 to work its magic! Furthermore, Sigma D25 is equipped with the latest connectivity features allowing you to send print files from anywhere thanks to BCN3D Cloud service. BCN3D Over the Air (OTA) updates make sure that your printer is always up to the minute. So, you do not have to worry about manual firmware.

The Sigma D25 is the go-to choice for quick prototyping thanks to its printing modes including mirror and duplication, which accelerates product development processes by eliminating the need to wait for long periods of time. Sigma D25 works seamlessly with the most used materials such as standard BCN3D filaments; PLA, PET-G, TPU and PVA. BCN3D Cura allows you to choose the refined printing profile for each filament without the need for any adjustments to be made, and you can rely on Sigma D25 to work its magic! Furthermore, Sigma D25 is equipped with the latest connectivity features allowing you to send print files from anywhere thanks to BCN3D Cloud service. BCN3D Over the Air (OTA) updates make sure that your printer is always up to the minute. So, you do not have to worry about manual firmware.

Check out our webpage for more information or contact us!

BCN3D Epsilon & Sigma


BCN3D Epsilon & Sigma - Epsilon W50 and W27

Introducing BCN3D Epsilon and BCN3D Sigma Series

BCN3D’s Epsilon and Sigma series respectively combine maximum performance with
reliable part production and a smooth workflow. Epsilon and Sigma series help professionals
access innovative production with the highest possible quality.

BCN3D Epsilon Series

BCN3D Epsilon series brings strength, technology, reliability and industrial power together.
This series is able to achieve powerful part production with high precision and quality. Aimed
at manufacturers, engineers and designers alike, BCN3D Epsilon can help you produce parts,
prototypes, jigs & tools and anything you might need for your production. BCN3D Epsilon
W50 has a print volume of 420 x 300 x 400 mm, and consists of one of the largest build
volumes available. BCN3D Epsilon W27 is smaller in size, with the same performance and a
build volume of 420 x 300 x 220 mm. They are both able to achieve large scale part
production via water-soluble supports, guaranteeing precision and accuracy even with
complex geometries. Furthermore, BCN3D offers its Independent Dual Extrusion (IDEX)
technology consisting of 5 different printing modes such as Mirror and Duplication, thus
making Epsilon series one of the perfect BCN3D options to choose from.

The Smart Cabinet

BCN3D Smart Cabinet allows seamless integration in higher runtime. The Smart Cabinet
allows perfect integration with Epsilon W50 and W27 and greatly improves print quality. It
has a filament humidity control, which enhances material performance, protects the filament
from getting any kind of damage, thus decreasing the possibility of failure caused by
moisture. Moreover, The Smart Cabinet has an uninterruptible power supply, which keeps
production going while protecting it from harm even during power outages. Even if there is a
blackout, printing continues for up to 2 minutes and the printers automatically go back to the
home position. Printing continues once the power is back on.

Safe and Easy Printing

Epsilon series has a full enclosure and passive heated chamber where the temperature

can reach up to 60ºC, which makes even the most challenging printing processes easy to

achieve. Printing is easy and safe with Epsilon series thanks to its safety features (HEPA
Filter and Carbon Filter), preventing harmful particles to be released into the air. Furthermore,
the Safety Pause stops printing if / when the door of the printer is opened keeping you and the
work safe.
Check out for more information on BCN3D
printers and technologies.

Nexa3D Launches New Desktop Resin 3D Printer: XiP


Nexa3D Launches New Desktop Resin 3D Printer: XiP

Nexa3D has recently launched its new desktop resin 3D printer: XiP. The XiP uses Nexa3D’s signature technology, Lubricant Sublayer Photocuring (LSPc) technology just like its other industrial 3D printers NXE400 and NXD 200.

Resin 3D technology is generally divided into 3 categories: Stereolithography (SLA), Digital Light Processing (DLP) and Masked Stereolithography (mSLA). Mainly, mSLA technology exposes resin material to UV light to cure it. It does not trace each layer, but uses a large area UV light source, which is masked with LCD screen. In this way, the patterned light is exposed to the resin simultaneously throughout the curing plane, which makes the whole process fasther than SLA. However, LSPc is the fastest among all.

 Nexa3D improved printing times in a revolutionary way by introducing a self-lubricated membrane which does not stick to the printed part or the LCD screen underneath. This is what makes ultrafast printing possible. Furthermore, the XiP is easy to use. It can be easily operated by an expert user or a dentist who does not have any related experience in 3D printing. Another user-friendly feature the XiP provides is the Smart Resin System. Nexa3D cartridges provide ease of use, allowing quick load and unload of the materials. Also, thanks to its modular design, XiP gives you the possibility of repairing or replacing parts easily and quickly. You will not need to do this very often, though, as the XiP is tough and long-lasting. You can also easily leave the printer unattended overnight. Without the need of constant monitoring, the XiP provides fast and easy 3D printing experience. Also, Nexa3D cares about maintaining sustainable production. As mentioned earlier, the XiP is long-lasting. However, if your printer needs to retire, the aluminium body can be easily recycled.


Contact us for more information on the XiP or take a look at our website:

Ultimaker Cura 5.0


Ultimaker Cura 5.0

Ultimaker has announced the latest version of Cura: Cura 5.0! The new version offers a lot of advantages such as higher print quality with finer details and stronger part production in less time.

The slicing engine is the most important part of the software. As it is known, a slicing engine is what transforms a 3D model into G-code and prepares it to be printed. Ultimaker 5.0 offers a new slicing engine with an important feature: variable line width. Sliced files used to use a consistent line width that depends on the nozzle diameter and the setting. Basically, if less noticeable lines are desired, a smaller nozzle was used and vice versa. So, if part of the print was two and a half lines thick, two lines would occur which led to a gap between them. This resulted in errors and inconsistent lines, and thus there were many gaps in a printed part. Because of this, printing took a much longer time and caused vibrations and noise.

Cura 5.0 offers a new slicing engine that unlocks variable line widths. The extremely fine details used to be omitted by the slicer as it was not possible to print them successfully. Ultimaker Cura 5.0 solves this problem with its new slicing engine. In the new version, the width of lines is adjusted, so there are no uneven lines. As a result, parts are much stronger and have finer details. Furthermore, thanks to increased toolpath efficiency, print time also improved. The new slicing engine allows us to improve print profiles, thus printing them faster. Printing time can now be reduced up to 20%. Also, there are fewer gaps between the lines as they are increased and are thinner, giving way to stronger parts.

To find out more, watch the recent Ultimaker showcase where Ultimaker Cura 5.0 was announced:  ultimaker

Setting up the Layer Height in a BCN3D Printer

Setting up the Layer Height in a BCN3D Printer

The first step of 3D printing is called slicing, where the model is transformed by the software into a number of layers via G&M code. In this process, you can set up the necessary changes according to what you are looking for in the model. Speed, temperature, strength, infill, printing time and many different settings can be applied. However, 3D print layer height is the most important in terms of quality and printing time.

• 3D printing layer height

First of all, it is important to understand the working principle of 3D printing. A spool of filament, generally a plastic filament, goes through a hot end and melts at a temperature between 190º and 270º. This molten filament is then transferred to the printing surface in the shape of the first layer, which was divided by the slicer earlier. The fan in the tool head cools the layers down and the next layer is printed. This process repeats itself until the printing is done.

The actual height of each of these layers is called the layer height. You can set up the height on the slicer and it can be altered according to your needs.

• The impact of the hot end size on the layer height

As mentioned before, the hot end melts the filament and transfers it to the printing surface. A hot end consists of three parts: the heak sink, the thermal block and the nozzle. Basically, the filament enters the hot end through the heak sink, melts in the thermal block and goes out of the hot end through the nozzle. The change happens in the nozzle. The nozzle sizes range from 0.4 millimetres to 1 millimetre, which depends on the filament coming out of the nozzle.

So, the bigger the nozzle size, the more material there will be. As a result, 3D print layer height increases.

• Altering the print quality by tweaking the 3D print layer height

The higher the layer height, the fewer layers there will be on the model. However, the layers will be bigger and much more visible, which means the print quality will not be as good. So, the layer height and print quality are inversely proportional. In this case, if we decrease the layer height, there will be more layers. Thus, the layers will be less visible, increasing print quality. However, the layer height cannot be altered freely. There is a recommended maximum layer height, which is half the nozzle size. This prevents us from depositing more filament than necessary. The recommended minimum layer height is quarter the nozzle size.

• Altering the printing time by tweaking the layer height

When the layer height is decreased, the number of layers increases. Then, there will be more printed layers and the printing time will increase and vice versa. If there are less layers, it will take less time.

To get more information on BCN3D printers, check out this link

Jigs and Fixtures

Jigs and Fixtures

When assembling a product, we can’t often use off-the-shelf tools during product development. It is through custom jigs and fixtures that help us get repeatable work. Custom jigs and fixtures can be adjustable, or specifically designed for a certain part, which makes production easier, faster and more accurate. However, producing these jigs and fixtures via traditional manufacturing methods might be expensive and time-consuming. Traditional methods are 100 times more expensive than 3D printing these jigs and fixtures, and much faster. 3D printing helps reach the final design faster, making it easier for engineers to print replicas, thus minimising lead times.

Ford’s engineers in Cologne produced a tool that they can hook at the back of the car, enabling them to position badges and emblems quickly. This tool was 3D printed with tough PLA in two parts on the Ultimaker s5 and glued together later on.

Volkswagen Autoeuropa’s engineers in Portugal developed a wheelgun jig, which helps them to place their wheelgun into the wheel. The part was 3D printed in multiple parts so that it can be quickly replaced in case of damage.

Traditionally, it takes a very long time to attach the pedal to a bicycle as one has to tighten it manually using a wrench. eBike Manufacturing 3D printed a tool using polycarbonate, which fits perfectly around the pedal and holds the nut in place. The pedal can be attached in less than a minute with the help of a drill.

At Ultimaker, several tools, jigs, and fixtures are 3D printed on Ultimaker 3D printers. The main axis of an Ultimaker 3D printer is connected to its motors via sliding blocks. Ultimaker uses a custom-designed pressure fixture that helps assemble the sliding blocks. This tool is 3D printed from XSTRAND™ GF30 PA6 (nylon with 30% glass fiber) which provides strength. It is combined with Ultimaker TPU 95A, which is a soft and flexible material, protecting the sliding block from any type of damage.

Factories may subject jigs and fixtures to high stress or temperature. So, it is important to choose the correct material. Ultimaker provides an open filament system, which offers a variety of industrial-grade materials from any brand, including industrial plastics, carbon, steel, or glass-fibre reinforced filaments. Therefore, you are provided with strong, tough, high-temperature resistant, flexible, rigid materials to choose from. Also, it is possible to have custom-designed filaments specifically designed for your requirements.

With Ultimaker’s dual extrusion 3D printers, it is possible to combine many materials. Many companies prefer Ultimaker Tough PLA for strength, combined with the protectiveness of TPU 95A. Another advantage is that you can use two colours. If you choose to use another colour for the outer surface of a part, the colour of the inner surface will show whether a part is ready for replacement.

3D Printing Waterproof Parts

3D Printing Waterproof Parts

Arun Chapman

The number of applications for 3D printers is endless even though they can sometimes be hindered by reality. When printing parts which require holding water, they may often leak. There are still ways to prevent that from happening.

Waterproofing watertight parts

It is possible to waterproof these parts despite the fact that it is not always that easy. In order to achieve the best possible result, one needs to be very careful about the material and the settings. Still, the parts may require some post-processing in order for them to be waterproof. When something is waterproof, it is expected that it is capable of pushing water out. The term water-resistant is also used when something keeps water out up to a limit. The parts that keep water in are watertight. Here, the word “waterproof” is used as an umbrella term for all of these terms.

There are certain stages that need to be followed in order to make something watertight and water-resistant even though not all parts require the same criteria. All in all, it would be wise to not rely on a printed part to protect sensitive material.

How waterproof parts are printed

There are three essential points in order to achieve waterproof parts which are: the material used, your slicer settings, and post-processing. Waterproof parts can be printed in a range of different 3D printing technologies. Many expensive industrial 3D printers have the ability to create highly reliable waterproof parts using metal. The majority of people cannot access these printers. In this case, it would be best to concentrate on the ones which are common, such as FFF printing. 

Materials used

A good deal of FFF filaments consists of thermoplastics. Plastic is a reliable element when it comes to producing waterproof objects such as water bottles. Another advantage of plastic at this point is that water does not damage it. Before starting to print waterproof parts, it is essential to know that there are still different kinds of thermoplastics which have a variety of characteristics.


Several materials used in 3D printing are hygroscopic; they absorb water. PETG, Nylon and PLA are not as good as others while ABS and PP are better than most. However, most of these materials absorb water up to a point. When a part is exposed to water for long, some swelling occurs. Despite the fact that this swelling might be small, there is still deformity on the part and it may even start to break which means that it is no longer waterproof or watertight. This swelling stops after some time. One may think of drying this swollen part, but this may cause more damage to occur.

Slicer settings

The working principle of FFF printers is that they stack the materials layer by layer. However, there is always the possibility of a small gap occurring between every layer. In order to prevent this from happening, there are some settings that should be followed.

Wall line count

Wall line count is self-explanatory in that it is the number of layers there are in the outer wall of the print. Basically, the principle is that the more layers there are the more waterproof it is as there is less possibility for the water to pass through the walls. If, by chance, there is a tiny gap, the other walls will protect it.

Normally, 3 is a good number for wall line. It is important to know that when there are more wall lines, it does not protect the part. A single wall may be sufficient at times, namely when you use vase mode.

Vase mode

Vase mode is also referred to as spiralise outer contour, which is a setting that is capable of printing objects with single wall line. There is one continuous print part, meaning there are no retractions and no Z seam, which is the most important advantage of vase mode. Z seam is the most common areas where a gap occurs. When Z seam is removed, a single-wall part becomes waterproof. Still, the parts that require certain geometry are not suitable for this setting. Vase mode is best suitable for vases, cups, bowls etc.


When two layers are not bonded appropriately, gaps occur. In order to increase layer adhesion, the printing temperature must also be increased. Depending on the material, the highest possible temperature should be set to print at. If the temperature is too hot for the material, it may boil which leads to more gaps.

Flow rate

The most common reason that there are gaps in a part is under-extrusion. Prioritising high dimensional accuracy, structural strength or visual fidelity may cause to under-extrusion even in well-tuned print profiles. Increasing flow rate slightly might be enough for development. Starting with %105 and increasing until you see a reaction might be sufficient.

Post-processing parts to make them waterproof

Apply a waterproof coating

Waterproofing spray, a clear coat, water-resistant paint can cover up the gaps in a printed part, which is the easiest method.

Vapor smoothing

A chemical is used to melt the surface, which smooths the part and removes the layer lines. This method makes the part look more appealing and makes the part more waterproof by filling gaps.

Temperature treatment

There are two ways and two purposes of temperature treatment. It is used to apply heat to the outside of a print which causes the surface to melt in a way to fuse the layers together. This is very similar to vapour smoothing. The other way is to heat soak the part in a period of time, which is called annealing. This causes the layers to bong together more strongly.

What are the applications for waterproof parts?

Scientific research

Scientific research on fluid dynamics and microfluidics are a great area for 3D printed parts.


Plant pots, composting containers, and hydroponics are some of the areas suitable for 3D printing. It is important to use materials that are suitable for the climate.

Plant pots, composting containers, and hydroponics are some of the areas suitable for 3D printing. It is important to use materials that are suitable for the climate.

Water features

3D printed water features can be perfect for a pond or a fish tank.

Carbon 3D Printer Nottingham

3D Printer Nottingham

Carbon 3D Printer Nottingham

3D Printer Nottingham

We are proud to announce that our official Carbon 3D printer M2 is installed in our office in Nottingham. In the name of PLG Global we proudly started producing with Carbon’s unique Digital-Light-Synthesis. One of the fastest 3D printer in Nottingham through DLS’s multi-layer approach. Join the PLG Global manufacturing network, start serial manufacturing processes locally and become part of The Link to the Future.

To all manufacturing companies in Nottingham

If any of our local neighbours is struggling with their production due to the Coronavirus and its economic consequences. Please do not hesitate to contact us! Fortunately, we produce in a wide range of materials with both Zortrax and Carbon 3D printers locally. See our services on the website-menu for further information or contact us directly.

12 face shields printed in less than 3 hours

New age of digitalization

As this economic breakdown is rapidly changing our working environment. We are recognizing that how our daily work fully switched to the computer. Our developing engineers in England and Turkey are working from home and directly speaking to our local team member Cem Severcan. Our marketing student in Germany is supporting the PLG Global family with his work on the website and social media.

Let us know on our Social Media channels, how your daily life has changed! And do not hesitate to contact us for our local digital production expertise.

Using the Carbon 3D printer is our daily business. In our local manufacturing plant in Nottingham, Cem produces face shields in serial production with Carbon’s Digital Light Synthesis for hospitals in the UK. We are using our power for good & support each other on the Link To The Future.

Covid-19 Statement

12 face shields printed in less than 3 hours

Covid-19 Statement

Our thoughts are with everyone affected by Covid-19. It is our duty to help those in needs and support our local environment. As the team of PLG Global, we want to reassure all our partners that any of our provided services are going to be fulfilled completely. Our Covid-19 statement:

We are fully confident in offering the option of outsourcing your production to our facility in Nottingham or another one in the United Kingdom or Europe. If you are struggling with project deadlines due to Chinese factory closures, we have the capacity within our Additive Manufacturing, Rapid Prototyping and CNC-departments. All office staff members are working at home and there should be no effects felt by our customers. You can still contact us via our Social Media channels, or directly via the website. All deliveries will be fulfilled as national carriers are working. Our sourcing and product teams are on hand to assist you if your regular suppliers experience problems.

Because of our brand-new Carbon 3D printer implementation, we have the capacity of producing more than 100 face shields in 48 hours for our dedicated workers from the National Health Service (NHS) and from all over the world. This is the perfect situation of saying “Thank you!”. Enjoy some behind the scenes from our office in Nottingham:
The best way of thanking some body is showing support. We are supporting German and British hospitals with face shields – manufactured around the corner in Nottingham with various Carbon materials.

We are printing 12 face shields in less than 3 hours, or one face shield uniquely in 16 minutes. Carbon’s Digital Light Synthesis is one of the fastest 3D printing technologies suited for serial production.

12 face shields printed in less than 3 hours
12 face shields printed in less than 3 hours

Please visit our website for our in-house competencies and our global manufacturing network e.g. Poligon Mühendislik.

Nevertheless, we are sending good thoughts to all the people in need. At PLG Global, we remain ready and able to support your business in these extremely challenging times.

Carbon 3D Printer Installation M2

Printer available banner

Carbon 3D Printer Installation M2

Today, Carbon’s 3D printer M2 is being installed into our office in Nottingham! Due to the situation we are limiting the number of participants down to two: Our team member Cem Severcan and Carbon’s technical expert Paul Holland. Four other colleagues who stay with their families abroad are joining the 3D printer installation via Video-Chat. As you can see, the corona virus is changing our all’s working environment. Though, the PLG Global family stays optimistic and excited about the future. See our brand-new 3D printer! Carbon’s M2 with specifications explained by Carbon’s leading technician Paul Holland.

Carbon's 3D printer M2

Before installing our M2 3D printer, Paul Holland, the Carbon representative leading the instalment of our printer explains how our engineers have to insert pressure differentials and internal cavities into the 3D printed objects. Preparation is the most efficient way to solve future problems before they happen. Education is the key to the Link to the Future, join PLG Global and benefit from our local digital manufacturing services.

Impressions from our local digital manufacturing introduction

Impressions from our local digital manufacturing introduction

Here are some impressions from our local digital manufacturing introduction with Carbon, Poligon Mühendislik and PLG Global. In these days (the printer is installed during the corona crisis 2020) the PLG Global team is supporting the local team from abroad. See our office in Nottingham and visit us for a talk! Don’t bother about manufacturing problems, delivery bottlenecks due to politics and other reasons. Join PLG Global to the Link to the Future and benefit from our Carbon 3D printer M2.

Safety First! Paul Holland’s explanation about Material Hazards is a critical point when it comes to daily operation of Carbon’s 3D printer M2. On the right side you can see our marketing student Maximilian Lehmann and our 3D printing engineer Enes Arslan supporting our local team via Zoom.

Carbon meeting printer installation with Enes Arslan & Maximilian Lehmann
Carbon meeting printer installation with Enes & Engin Arslan, & Maximilian Lehmann. Safety First! Material hazards are a serious danger to health and enivronment.

The PLG Global family abroad is supporting and learning with our partners. Here is Maximilian Lehmann in his homeoffice with his family in Germany.

Homeoffice-Maximilian Lehmann
The coronavirus is impacting PLG Global's daily life. Here are some behind the scenes from our temporary office in Germany.

PLG Global’s leading team member Cem Severcan and Carbon’s technical expert Paul Holland are leading our Carbon 3D printer M2 installation in Nottingham.

Cem Severcan & Paul Holland installing Carbon's 3D printer
Cem Severcan & Paul Holland installing Carbon's 3D printer.

The printer is finally available! We have prepared so much for this moment and Carbon’s 3D printer M2 runs faster than any of us has expected.

Carbon's 3D Printer is available in our office in Nottingham
Carbon's 3D printer M2 is available in our office in Nottingham!
Carbon's 3D Printer prints detailed parts during the night

None of us is at the office, but one of us is still working…. up to 8 times faster than leading SLA 3D printer!