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Learn more about the advantages of 3D printing

As far as recent inventions go, the advantages of 3D printing make it one of the most promising technologies.

Through creating layers, 3D printing opens a whole new way in which products are created and it offers a lot of advantages compared to the usual traditional manufacturing methods. In the main, the advantages of 3D are that it reduces the time in which it takes to get a product manufactured, and that it removes any constraints that are often experienced through the usual traditional manufacturing methods.

There are many different types of 3D printing technologies available, but the benefits of 3d printing discussed here are applicable to the whole industry. Through fast design, high levels of accuracy and the ability to make informed decisions, the following 3d printing advantages make this technology a real prospect for businesses but also highlight its importance in future production techniques.

6 main advantages of 3D printing:

A. Stay ahead of competition >
B. Reduce time >
C. Reduce errors >
D. Reduce costs >
E. Confidentiality >
F. Production on demand >

(* Click on the link to go to this particular section)

A. Gain a competitive advantage

3D printing engineers behind a laptop designing a 3D model for 3D printing

A1. Provides an Enhanced Competitive Advantage


Through having the ability to reduce the life cycle of products, businesses can create room for new products that have been improved and enhanced – delivering better products in a shorter space of time. This gives a competitive advantage but it also makes it possible to develop products early, creating prototypes more frequently until the product is perfected and ready for production creating a highly effective product launch. Tractus3D takes the advantages of 3D printing to even a higher level. Having the ability to create a life-size prototype, in the same way as the Tractus3D T3500 makes it possible for designers to think differently about the products that they design. In the case of vanLochem you can read more about how “With 3D printing their total design time is 5-10 times shorter.


A2.Communicate Products Better


In business, it is important to show customers or investors the products that you are going to offer. But, to produce a product that they may not even like can prove costly and so, it is often left to the imagination as products have to be described. This increases the risk of information being lost somewhere during communication and that can cause severe problems at some point. However, one of the advantages of 3D printing is that it makes it possible to create a product quickly that people can physically hold, removing any concerns or miscommunication. While it may be a prototype and open to alterations, it at least provides a small insight into what the product will look like, offering a truer representation than that of a description.


A3.Test the Market


Understanding whether a product will be a success requires a lot of research, especially where traditional manufacturing methods are concerned. However, creating a prototype through 3D printing will make it possible for businesses to obtain feedback from potential buyers and investors in a way that could never be achieved before. The product can be customised and altered right up to the very last minute which is something that traditional manufacturing methods do not offer. This means that 3D printing offers a unique and valuable way of identifying whether a product has the potential to make it to market and be successful at the same time.

B. Reduce time

3D scanning gutters of an old building

We live in a fast paced world where everything is required quickly and so, this is where 3D printing can really make a difference. One of the big advantages of 3D printing is that parts and products can be manufactured a lot quicker than they can using traditional methods. Complex designs can be created as a CAD model and then transformed into a reality in just a few hours. This delivers design ideas in a way that enables them to be verified quickly and designed in a short space of time. This is so advantageous over traditional methods as they can take weeks or months to go from the design stage to prototype stage and right through to the production process.

3D printed wipers on a train
The 3D printed wipers are tested on a big window at Exalto's engineering department
An engineer studying a 3D model of a wiper to calculate the impact of 3D printing

⇒ Rain sensors produced in one week instead of half a year

As one of our customers, Exalto, explains: “We were working on the development of a rain sensor for train windows. In the first week that we had the printer, we were able to produce 12 prototypes of the key component for this innovation. Normally, that would take us more than half a year so this is a big bonus. This rain sensor for trains is the first in the world and, as we speak, it’s already being installed on new trains in Switzerland”. You can read here more about the advantages of 3D printing for Exalto.

C. Reduce errors

Tractus3D big size Delta printer 3d printing a part of an ornament

C1. One Step Manufacture


When it comes to designing parts and products, designers have to consider efficiency. Many parts and products require a high number of steps in the manufacturing process in order to be produced using the chosen traditional methods. This can lead to problems with the manufacturing process as there is a risk of error and so, a single step manufacture is more beneficial.

There are many industries that have a long and drawn out production process that includes creating a CAD model, then developing a prototype that may require adjustments before it is finally sent for final production. This is a process that takes a lot of time and the steps cannot be missed because they all play a part in the production. However, one of the strong points of 3D printing is that it creates the build in one single step with no interaction from operators during this process. It is a simple case of finalising the design and uploading it to the printer. This removes dependence on a number of manufacturing processes and enhances the control over the final product.


C2. Alleviates Risk


During the traditional manufacturing process, faulty prototypes cost time and money and even then, when they went back to the drawing board there was no guarantee it would be right the second time around. Even small adjustments had a significant financial impact but this is where 3D printing can remove risk because designs can be verified through creating a production-ready prototype before going ahead with the final creation. This helps to increase confidence in the design before investments and further money is paid to take it to the next level of production for the mass market.

An arm with a 3D printed prothese
A 3D printed orthopedic solution for the arm
An arm with bio sensors on it

⇒ Customised 3D printed prosthetics fit better because the design iterations can be made more fast and easily

As one of our customers, Orto+ explains about the benefits of 3D printing: “The process before using Tractus3D printers was very long. Each iteration had to be handmade. Now, all can be printed at the same time and we can ensure consistent, reliable results. The level of detail is impeccable.” To create the orthopedic models, specialist technicians needed to undertake precise, demanding tasks. With 3D printing this is all done automatically and the process of customization is made easier. You can read here how 3D printing reduced the labor time of making orthopaedic products.

D. Reduce costs

A 3D printing engineer painting a large 3D printed ornament

D1. Less machine, material and labour costs


For any business, costs are important and one of the advantages of 3D printing is that it will help to bring costs down. The costs are split into three difference categories known as Machine Operation Costs, Labour Costs and Material Costs.

A. Machine costs
Machine operation costs play a very small part in the overall cost of the manufacturing process. While the energy required to create parts in an industrial environment can prove to be high, the ability to develop and create complex parts and products in one step creates an increased level of efficiency and saves on time. Therefore, the cost of running the machines is offset by the savings made during the manufacturing process.

B. Labour costs
One of the good points of 3D printing is the fact that labour costs are kept low. Unlike traditional manufacturing where many different people may be required to operate a number of machines or a production line is required to piece together the product, 3D printing removes this. Each 3D printer will require an operator to start the machine before it begins an automated process of creating the uploaded design. Therefore, the labour costs are significantly lower as there is no need for skilled machinists or operators to form part of the process.

One of our customers said about the advantages of 3D printing: “On average it takes 2-3 design iterations before a product design is finalized for production. This can severely impact time to market, with up to an additional 30 business days added in. The cost of the 3D printed model costs less as, without any manual labor, it only takes 2-4 hours to create a model. You can read more here about the advantages of 3D printing for Orto+

C. Material costs
As this is a relatively new technology that is gaining momentum, the material cost can still remain high. However, the range of materials is growing and this makes it possible for the price to decrease over time. But, in the same way as the machine operation costs, in comparison to traditional methods, the overall cost is a lot lower.

It is clear by now that one of the advantages of 3D printing is that it allows for the creation of prototypes that authenticate form and fit and most of all, the costs are a lot cheaper than those associated with other manufacturing methods.
Along with this, the cost of complexity does not change. Creating complex mechanical products or parts requires skill and precision and that results in an increase in cost. However, 3D printing does not require any additional costs for complex parts as the parts can be designed prior to being uploaded for printing and are then sent for creation in one simple process.

3D printed mannequin in front of a large size industrial Tractus3D printer
3D printing the hands of a life size mannequin
Large 3D printed mannequins in a running position

⇒ The costs of manufacturing fashion mannequins with 3D printing are 90% less

Coen Viguurs of Hans Boodt mannequins explains the good points of 3D printing for their business: “This way of working doesn’t only speed up the process; the costs are around 1/10th less when compared to the traditional methods. A handmade mannequin is ten times more expensive than a 3D printed one”. Read here more about the advantages of 3D printing for Hans Boodt mannequins.

D2. Less waste


Many manufacturing methods result in high costs and waste. An advantage of 3D printing is that it is unique in the way that it only uses the required amount of material to create a part or product and that means very little waste. While many of the more traditional methods will have waste that can be re-used or recycled it still takes time and effort to determine just how and when the waste will be used. This makes 3D printing a very sustainable option.

Thermoplastic materials, for instance, can be melted, cured (cooled down such that they become solid), melted again, cured again, and so forth. Therefore manufacturing waste can be reused (thus preventing it from becoming “waste” in the first place). Our Tractus3D T650P can handle all these high temperature materials.


D3. Less travel costs


We live in a world where sustainability is vital and a benefit of 3D printing is that it can also help to reduce the amount of distance that a product will travel. As 3D printers can create a product from start to finish, it enables designers to design the product in one country, email it to another country in preparation for production. There is no requirement to create prototypes that have to be moved around from factory to factory in order to complete the process. This makes 3D printing an industry that can be created around the world without leaving a footprint. Therefore, there is a reduction in shipping, air travel and road travel. It is also possible for spare parts to be produced on site and that can help to significantly reduce the carbon footprint.
The 3D printers from Tractus3D come with many extra 3D printing advantages. As our industrial 3D printers are very light compared to other printers in the market, they can be easily moved around the factory.

D4. Reduction in Storage Space


Many industries require businesses to store the parts and products that they need or sell. This means that a significant amount of storage space is required to house goods that can sit on a shelf for months or even years. This kind of storage costs money but an advantage of 3D printing is that it can help businesses to cut their costs by reducing the amount of storage space they need. Traditional methods are time consuming which meant that is was cost efficient to produce goods in high volumes for storage. However, 3D printers remove this problem because it makes it possible for goods to be made as they are sold. This means that there will be no overproduction and reduced storage costs.

D5. Using more efficient materials


Many industries have already adopted 3D printing technology because it provides access to materials that are sturdy enough for use in a wide range of products. On light of this, as the technology develops and materials improve it will mean that use will increase significantly in a wider range of industries. As industrial strength materials improve, industries such as Aerospace and the car industry will turn to the 3D printed parts, resulting in lighter aircraft or cars which will enhance their performance. This is a technology that almost has no limits and as more and more businesses adopt 3D printing in place of traditional methods it will only enhance the research and development in the technology.

Testing 3D printed RC planes
Assembling the 3D printed parts of a radio controlled aircraft
Owner of 3d printed radio controlled aircraft testing the flight time

⇒ 3D printed radio controlled airplanes are lighter and thereby flight longer and are more responsive and agile

Daniel van Mourik explains the advantages of 3D printing for his former Radio Controlled Aircraft building business: The weight of a RC plane affects its flight time. The lighter it is, the longer it flies and it is more responsive and agile during the flight. It also remains stable in case of hard landings or crashes. The 3D printed parts are made lighter by optimizing the design structures to carry the required weight. Read more here about the advantages of 3D printing for building RC planes.

E. Confidentiality

Drawings of an engineer that he can keep confidential now which is actually one of the advantages of 3d printing

Another of the advantages of 3d printing is that third parties can never claim your innovations for themselves. Continuous prototyping and manufacturing in-house with a 3D printer ensures that designs never leave the company premises, safeguarding your intellectual property.
It is also easy to repeat the results without having to put your trust in the possibly unsteady hand of manual labor. Every innovative design is kept in-house, so there is no need to worry about confidentiality any longer.

F. Production on demand

Laptop with a 3d design and an industrial 3D printer extruder next to it

F1. Fully Customisable


The ability to improve the freedom of design is one huge advantage of 3D printing but it also enables designers to customise designs. As 3D printing is perfect for one-off productions and building single parts in one process, it means that the ability to customise is there to take advantage of. Therefore, many industries such as medical and dental have embraced 3D printing and design because of the ability to create customised implants and aids. In fact, sporting gear can be created to fit athletes and so, custom parts can be created in a way that has never been seen before.
Traditional methods relied on molds and cutting and this makes customising a very time-consuming process. In contrast to this, the customisation of products created through 3D printing can have enhanced structural integrity improved, complex changes made and parts altered to fit certain requirements. Customisation in this way, gives 3D printing an endless amount of possibilities and that means that designers can allow the imagination to run wild.

Heads of life size fashion mannequins that are 3D printed making use of the Tractus3D life size industrial 3D printers
Owner of Hans Boodt in front of the large size 3D printers
Designers of Hans Boodt mannequins 3d modelling mannequins fo 3D printing

⇒ Fashion designers have more design freedom to develop cutting-edge mannequins

Coen Viguurs, Product Development Manager at Hans Boodt Mannequins, states that: “3D printing has revolutionized the way we work at Hans Boodt. 3D printing mannequins can be done at request, with an unprecedented level of quality and in a matter of days”. Fashion designers now have more design freedom to develop cutting-edge mannequins. Read more about the benefits of 3D printing and especially about how 3D printing changed the way they work at Hans Boodt mannequins.

Installation of the BMW 3D printed custom lamp case
Old parts of a BMW motorcycle that have to be replaced by the 3D printed custom motorcycle parts
Employee of Joost Motoren working on the 3D printed motorcycle part

⇒ Joost Motoren uses 3D printing to develop hard to find spare parts of BMW motorcycles


Joost Motoren uses 3D printing for printing motorcycle custom parts. “For my customers, this service had an enormous advantage as I could really fulfil all of their wishes and they were no longer dependent on the standard retail parts. We can 3D Print the hard to find spare parts and it will cost us up to 90% less”. Read more here about the advantages of 3D printing for Joost Motoren.

F2. Delivers Customer Satisfaction


For any business, their customers are key to their success and so, customer satisfaction becomes an important part of their strategy. Through keeping ahead of the competition and providing customers with what they want, 3D printing has changed the way in which businesses deliver exactly what their customers want. The expectations of customers has changed because they now want their items quickly and efficiently.

Therefore, many businesses are turning to 3D printers as a way of gaining a competitive advantage. Many businesses that compete will do use using the same methods, price and operational constraining. However, using 3D printers to meet the ever changing demands of customers can help to differentiate one business from another.


A Tractus3D big size industrial 3D printer 3d printing a large part of an ornament fast which is one of the advantages of 3D printing

It is clear to see that there is a wide and varied array of 3D printing advantages. Many different industries are starting to introduce 3D printing into their processes in an attempt to benefit from using the technology in the various different ways. It is a technology that has grown considerably in recent years and it will continue to grow as it continues to fine-tune what it has to offer. When all of the 3D printing advantages are considered, it is obvious that this will soon become a technology that will overtake traditional methods, it is just a matter of time.

It is the ability to print complex shapes and interlocking parts without the need for any form of assembly that makes 3D printing so unique. It is possible to create small, intricate shapes at a very small cost and in a short space of time. The ability to develop and produce different shaped objects without the need for specific tooling offers businesses a higher level of flexibility when it comes to production and it helps to reduce costs. The strong point about 3D printing is that it improve innovation and is perfect for on-demand customisation needs. It gives businesses the power to design and create products in a way that has never been seen before. It is a process that enables the imagination to be free because there are almost no boundaries. It can bring back to life old designs for a number of industries where parts have become obsolete.

Despite 3D printing being a relatively new technology, it has grown in popularity to the point where it is now accessible due to a reduction in costs. The number of printers that are being sold is growing at an incredible rate and what was once a niche technology to only those who could afford and use it, it is not reaching far and wide to many different industries. This ease of access has changed the manufacturing process in a way that has not been seen for decades.

Gain also an advantage with one of our industrial 3D printers

a FDM printing machine next to a desk

For businesses looking for a viable option that offers a lot of 3D printing advantages, our industrial 3D printers offers the perfect solution. They are competitively priced and can deliver results efficiently and effectively. Our industrial 3D printers come in several builds and sizes, and choosing one depends on your business’s unique needs and budget. The main things to concern are:

1. First question is what you want to do with your FDM printer?

It’s good to know that all our industrial 3D printers can handle both prototyping and production and they all use a variety of printing materials. Always choose the 3D FDM printer that supports the type of material your prototype and/or end product needs. The T650P can handle all high temperature (high performance) materials, so when you want to print for instance PEEK and/or PEI this is your best choice.

2. Secondly you need to calculate your ROI

Factors that affect pricing from our industrial 3D printers include printing materials, printer specs and size. Logically, the T3500 which can print up to 2,1 metres will cost you a bit more than our mini 3D Delta printer.

Tractus3D T650 Industrial 3D Printer for FFF 3D printing

T650 (S)

Price: €1.999,-
170 diameter x 285 height
(315 center)

Tractus3D T850 industrial 3D FDM Printer for production grade FDM printing

T850 (M)

Price: €2.499,-
Build volume: 280 diameter x 345 height
(405 center)

Tractus3D T1250 3D FDM printer for industrial 3D printing

T1250 (L)

Price: €3.899,-
360 diameter x 605 height
(675 center)

Tractus 3D T650P PEEK Industrial 3D Printer

T650P (PEEK)

Price: €7.900,-
3D printing all (also high temperature) plastics

Tractus3D T3000 3D Industrial printer for 3D printing large objects

T3000 (XL)

Price: €34.500,-
1000 diameter x 1450 height
(1540 center)

Tractus3D T3500 big delta 3D Printer

T3500 (XXL)

Price: €44.500,-
1000 diameter x 2000 height
(2100 center)