Due to modern equipment installation and advanced technology, we generate several automated techniques to test the manufacturability possibilities of your model.
At DEK, our engineers and experts will plan the best strategic plan to ensure you get the part of your desire.
Contact our team now, along with your model design.
Take a Look at Our More Effective and Superior Quality 3D Printed Capabilities
SLA 3D Printing
SLA is an additive 3D printing technology that delivers parts with higher dimensional accuracy and smooth finishing touches at affordable rates.
Moreover, the materials used for SLA are in the form of liquid resins that are flexible, clear, and castable. They are ideal for the manufacturing of visual prototypes.
Generally, the designers and engineers prefer using SLS 3D technique for the manufacturing of successful prototypes. These prototypes are further used in consumer goods for producing high-quality goods in the medical, beauty, and footwear industries.
Moreover, the technique is also effective in the automotive industry to generate high-performance parts.
MJF is a printing source with a powder bed used to manufacture unique and intricate parts with exquisite finishes at reasonable prices.
Moreover, both experts and beginners utilize this technique for the production of precise 3D models. They play a vital role in enhancing quality and productivity.
DLP is a projector 3D printing technology used to produce industrial parts with unmatched quality and cost-effective rates. Moreover, the project forms a thin solid layer to create a robust object. The technique is the manufacturing of small parts with high resolution and volume, such as jewellery making.
FDM is the most widely used 3D technology. Generally, it deposits the molten plastic step by step to build the solid parts.
Technically, the technique is cost-effective and requires the use of bio-materials with accessibility over large formats compact designs.
Typically, polyjet is known for its amazing customizable material properties and smooth finished outcomes. Ideally, the process is beneficial for making jigs, tools, and fixtures that are advantageous for the production sector. It eliminates the need for multiple steps of processes such as milling, molding, and tooling.
Working with market leaders in the On-demand manufacturing industry, without the busyness and risk.
High Precision
All of our 3D printing machines are certified and dedicated to delivering highly precise 3D parts. You will get exact products with strong tolerances.
Excellent Quality
Regardless of how compact your design or printing material is, we make sure you get what you have perceived with strict quality assurance.
Low Cost
Due to our variety of manufacturing techniques and photopolymer options, we are capable of delivering you the models at minimum costs.
Quick Turnaround Time
Get your 3D printed parts delivered to your doorstep without any hassle of sourcing, logistics, and management. It's our responsibility to get your products in minimum turnaround time.
Business Partnership
Considering the fact that our consumers are our ultimate business well-wishers. Together we can create a better future for your business.
24x7 Services
Now, you benefit from our quality services any time because our service team is available 24x7 to send you instant quotes.
Quality is our top priority
“QUALITY COMES NOT FROM INSPECTION, BUT FROM IMPROVEMENT OF THE PRODUCTION PROCESS.”
To DEK, Dr. Deming’s textbook remark is not a theory, but a practice we have been conducting every day. We use advanced production technologies and strict control systems to ensure high quality. More importantly, the quality-oriented attitude has been so entrenched in the mind of every single employee.
We never stop improving
“We use advanced 3D printing technologies and strict control systems to ensure high quality. More importantly, the quality-oriented attitude has been so entrenched in the mind of every single employee.”
In DEK, we never stop improving the quality of our product. This is how we differentiate ourselves from the competition and is also why we can remain on top of the game for so many years.
For small-sized goods, we will deliver them directly to you via DHL, FedEx, UPS, TNT. It usually takes 3-7 days.
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It's our honor to be their best partner
We just unpacked our first batch from DEK today, and we are amazed at how they have taken care of every little detail. Each 3D printed part is as precise as expected. We are very thankful to the entire team. No doubt, we can work together for years.
Mateo T.
A friend of mine recommended me DEK, and it was the best decision I have ever made. We received our plastic 3D printing models, and they look phenomenal. All the little details look very accurate and amazing. We are definitely working together in the future.
Kyle B.
Are you looking for more information or want to get an accurate quotation?
If you need a professional business partner to provide you high quality, cost-effective, timely, and risk-free 3D printing services, we are the first step towards success.
Are you concerned about the best plastic 3D printing services in this day and age? Or confused about their wide applications?
Here’s a solution for you!
We have gathered all the data about the best plastic 3D printing services to guide you. By the end, you’ll understand their working principle and applications.
Let’s begin.
Table of Contents
What Is Plastic 3D Printing?
3D printing is a modern way of manufacturing objects. First, a digital design is created.
Then, with the help of 3D printers, those designs are changed into physical objects.
Moreover, several materials are used for 3D printing; when dealing with plastic (nylon, ABS), it is called plastic 3D printing.
Nylon (polyamide) is widely used for plastic 3D printing because it is durable, flexible, corrosion-resistant, and low to friction.
What are the Different Technologies for Plastic 3D Printing?
The different technologies for plastic 3D printing are as follows:
SLA (Stereolithography)
SLA (Stereolithography) 3D printers provide printing on an industrial scale. It offers detailed 3D printed parts with smooth-surfaced and has tight tolerance.
Furthermore, the medical industry is using SLA 3D printing to produce medical parts on a large scale.
Besides, it is also popular among anatomical models and microfluidics for the production of functional prototyping, patterns, and moulds.
SLS (Selective Laser Sintering)
SLS uses high laser beams to fuse the polymer powder into the surface of the object. It is the best choice for engineers due to its high-performance products.
In this process, laser beams provide heat that melts the powder and helps it to stick to the object’s layer.
After completing the process, the object is taken to the post-process in which the excess powder is collected, and the printed part is polished.
MJF (Multi Jet Fusion)
MJF is similar to the SLS but provides more advantages. It can produce 3D printed parts layer by layer with the help of injecting array and infrared light.
It is costly to buy an MJF printer for the first time. After that, it provides services at a low cost. Also, MJF saves your time by making several parts at the same time.
DLP (Digital Light Processing)
DLP is very similar to SLA. But both the printers use different sources for fusion.
Moreover, DLP uses a digital light processor screen to produce heat. Thus, it fuses the powder into the liquid resin.
That’s why it can cover the whole layer of a build in a specific time and save it for you.
Furthermore, this type of printer is palpable when you want to produce a small quantity.
FDM (Fused Deposition Modeling)
FDM 3D printing is also a popular form of additive manufacturing that merges different layers to make an object.
FDM 3D printing uses a plastic filament. It passes the material through heat and spread on the printing bed. Finally, different layers are fused and produce a 3D printed model.
Consequently, FDM’s made parts are less strong than the other 3D printers, yet these printers are less costly.
Polyjet 3D Printing
Companies preferably use Polyjet 3D printing to produce models and prototypes. Moreover, the Polyjet technique can process several types of material and use resins to make a wide variety of objects.
Polyjet is the best 3D printing to produce complex and colourful parts and prepare many parts simultaneously.
How to Choose the Right 3D Printing Technology for my Plastic Parts?
To choose the right 3D printing technology, it is important to have an in-depth view to get aware of what 3D printers you should use for the specific model production:
SLA
SLA is celebrated in the production of medical-industrial parts and is also used in anatomical parts and microfluidics.
Furthermore, the companies concerned with great accuracy and the most acceptable smooth surface parts are using SLA printers.
SLA is the best choice to produce isotropic, water tightening, and durable models. In addition, air and watertight models are generated by the SLA 3D printing.
Furthermore, SLA has overcome the areas of entertainment, jewellery, audiology, dental, education, manufacturing, and product design.
SLS
SLS 3D printing appeals to the users due to the low cost and accurate outputs. But the industrial level SLS 3D printing demands thousands of dollars.
Though SLS produces rough surface objects, it doesn’t need a support structure. A single build can generate multiple parts.
Subsequently, SLS 3D printing are widely used in health care items like replacing human parts in orthotics.
Besides, custom automotive and motorcycle parts also lie under SLS’ productions with durability and reliability.
MJF
MJF has gained popularity since it was invented. It can produce multiple parts in a very short time, as in two days.
Moreover, it can generate the object with an accuracy of +/-0.2mm and deals with a minimum of 0.8mm wall thickness.
MJF produces a minimum of 1mm spacing that makes the objects clear. Resultantly, outputs are durable, chemical resistant, and high temperature resistant.
DLP
DLP 3D printing is favored to make less-volume production due to their high throughput. However, these printers are also used for huge-volume production.
Though it works like SLA 3D printing, it assures more accuracy than SLA 3D printing.
FDM
FDM 3D printing is best to use when it comes to producing complex parts at low volume. They assure the accuracy of tint yet tricky parts.
Moreover, FDM 3D printing is also used to do quick manufacturing and functional testing. Also, for the engineering and concept modelling.
The applications of FDM are not ended yet. They also deal with aerospace, medical, railway, and automotive.
Polyjet 3D Printing
Polyjet 3D printing produces overwhelming results. These 3D printers can print diversified material at the same time and can create colourful objects.
Moreover, these 3D printers take hours rather than days to process parts. Thus, it saves the time that you can use to produce more and more objects.
Polyjet 3D printing also has besieged the dental industry due to its accuracy and complex designs.
What Materials Are Used in Plastic 3D printing?
Materials used in plastic 3D printing are as follows:
Standard Resin (White Color)
Standard resin (white resin) creates smooth surfaced and finely detailed parts and a matt surface finish.
Premium white resin is also widely used by 3D printers. It possesses a premium quality of no change in colour even after treating with high UV rays.
That’s why it is popular among the medical and architectural sectors.
Transparent Resin
It is a transparent liquid material with a lit bit of blue shade.
Though this material produces limited parts, it is incomparable because it creates parts that need to pass through visibility.
High Toughness Resin (Yellow Color)
SLS 3D printing uses high toughness resins to produce objects that can bear stress and strain.
Other plastic-made parts will be broken abruptly when they are slightly pressed or bent.
Furthermore, this material is proceeding by the 3D printers on a wide range like assembling and dissembling buckles and spring buckles of high tough resins.
High-Temperature Resistant Resin (Yellow Colour)
High temperature resins deal with HDT (heat deflection temperature) at 238oC @ 0.45 MPa for V2 and 289oC @0.45 MPa for V1.
Furthermore, this material is beneficial in the production of parts that are concerned with extreme heat.
Therefore, heat-resistant resins are celebrated among the parts that pass the hot air, gas, and liquid.
High-Temperature Resistant Resin (Gray Color)
Grey colour resins are produced for the engineers using work parts. This material is usually used for the parts that are proceeded repeatedly.
White Colour Nylon
White nylon is a strong material that is used to produce plenty of parts. 3D printers use nylon more than other materials like resins and metals.
The best application of white nylon is a fabrication, rope, thread, and vehicle parts (rubber tire, etc.).
HP Nylon (Black Colour)
MJF 3D printers proceed with the black nylon. It is also used to generate immense utility parts.
Its standard productions are nuts, bolts, screws, medical and dental parts, air-tight and water-tight parts, and complex designs.
CNC Machining VS 3D Printing, Which Is Better for Plastic Parts Production?
CNC machining and 3D printing, the better for plastic parts production, is the one that suits your requirements. Let’s compare both techniques:
Some plastic materials can be expensive to be printed by 3D printers. That material will save money if is CNC machined.
Advanced 3D printers can produce multiple parts at once, but if you need to create thousands of parts, CNC machining is always preferable.
CNC machining can also process hundreds of thousands of parts at a time.
CNC machining injects better mechanical properties than that of 3D printers.
CNC machines are compatible with more material than 3D printers.
Plastic 3D Printing Vs. Plastic Injection Molding, Which Is Better for Metal Parts Production?
Plastic 3D printing and plastic injection molding, the better for metal parts production can be determined by the following points:
3D printing is best when you have to make and customize the metal parts at low volume. But they assist in providing high precision.
When it comes to dealing with larger volumes, injection molding takes the lead by preparing 1000+ parts in a single run and making the complex parts.
Injection molding is compatible with more metals than 3D printing like it can use steel, stainless steel, and other high-temperature alloys.
Is Plastic 3D Printing Ideal for Rapid Prototyping?
Yes! Plastic 3D printing is ideal for rapid prototyping; that’s why plastic (nylon) is immensely used in 3D printing.
Other materials like ABS, acrylic, polyphenylsulfone and polycarbonate are also rapid prototyping materials.
Does DEK Offer Plastic 3D Printing Services?
DEK offers plastic 3D printing services in China with a wide range of plastic 3D printing services.
Moreover, DEK aims to provide top-quality, economically suitable products and can be handy for your newly started biz.
Does DEK Offer Surface Finishing Services After Plastic 3D Printing?
Yes! DEK offers surface finishing services after plastic 3D printing and uses the latest technology to provide you with precise finishes and accurate parts.
Furthermore, we are an established company to stand out from your newly created companies and households too.
That’s why it has buckled up to provide a surface finish 3D printed part worldwide.
How to Order?
To order, visit the DEK website and fill out the form to let us know what kind of services you want and what materials to use.
Once you submit the form, our representative will contact you shortly to let you know about your order’s progress.
It consumes less than five minutes to order DEK’s 3D printed parts, and we understand how to satisfy our consumers.
Get a quick quote
We always insist on high quality and cost-effective products, contact us today to get an accurate quotation.
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