DEK is your one-stop partner for high-quality products, we make on-demand machining & manufacturing easy and fast, from prototyping to end-part production.
Despite producing quality products, it is also essential to speed up your production power to meet market requirements.
To that end, DEK can produce rapid DLP 3D printing services to ensure you can update your production capacity.
Talk to our dealer now for more information about our fastest services.
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At DEK, regular training sessions and practical implementation is carried out to produce expert staff and workers.
With the help of these dedicated workers, we can provide you with the best DLP 3D printing services. Our experts will never fail to amaze you.
Call us to get more knowledge about us.
Since DEK consistently provides the best services, we are also committed to offering affordable packages to our consumers.
Let us know about your requirements and budget, and we will manage all the hassle for you and generate the best packages.
You can get more information by talking to our sales manager.
The main reason behind the success of 3D printing in the aerospace industry is its cost-effective and less time-consuming production of parts.
Technically, it efficiently generates effective aircraft parts as well as parts for the spaceships with high accuracy and precision. Using 3D printing technology has enabled users to speed up their production levels.
In the medical industry, the 3D printing technique is used to efficiently model the vital parts of the human body, including tiny bones, delicate stitches for larger areas that might need to be reopened and be stitched again.
Furthermore, it can also help in treating the under-gum tissues of teeth and tumors by dentists.
An increased number of vehicles has been introduced in the automotive industry to adopt the wide use of 3D printing technology.
Subsequently, the technique is beneficial for successfully manufacturing the complex and discontinued spare car parts with high efficiency and durability. It has been a quick and inexpensive method of generating automotive parts.
3D printing technology has enabled the automation equipment industry to manufacture a design before it even exists. Additionally, the technique has reduced the need for labor to generate complicated and challenging parts.
Generally, the method is popular due to its flexibility and less time required to manufacture various parts.
In the construction industry, architects and engineers opt for 3D printing technology to produce 3D models for buildings. It helps them analyze the design more closely and look for the potential problems that might arise in the future.
Currently, 3D printing technology has been more competitive than traditional construction methods.
A 3D printing technique can produce various electronic parts through a simple and quick process. Moreover, it is an efficient way to manufacture high-quality and high-performance circuit board prototypes.
Moreover, in competitive electrical equipment, the technique reduces the chances of drilling, itching, and finishing tasks.
In the educational sector, teachers and students utilize 3D printing to analyze various science concepts and ideas closely. It helps to think out of the box, be creative, and reduce the communication gap between teachers and students.
Also, young doctors get help from 3D models to analyze human anatomy closely.
3D printing additive manufacturing offers valuable benefits in the robotics industry as it adapts and customizes designs to manufacture many robotics products. Mainly, the companies use this technology to produce efficient prototypes. Practically, the generation of various tools is more convenient and cost-effective due to 3D printing technology.
Before you, we have successfully manufactured 72M+ different parts.
Working with market leaders in the On-demand manufacturing industry, without the busyness and risk.
The quality that differentiates our services from others is our highly precise 3D printing services. We never compromise on precision as it is our topmost priority.
DEK's premium quality services will never let you down, regardless of how busy our work schedule is. We promise you won't regret it.
Our basic commitment to our consumers will always remain the same, i.e., providing the best services with minimum costs worldwide. We believe that services should be affordable for all.
Every consumer requires that orders must be delivered to them in the minimum time frame. To that end, our workers instantly start the job the moment you place an order.
Our association with our clients is not about the cash flow and banknotes. It is about building trust and companionship by finding solutions for each other. That's how we work.
Our services are available 24 hours a day and seven days a week. You don't have to wait longer to get connected to us. You can reach us anytime.
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.
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.
Yes, we will analyze your 3D files and make recommendations suitable for 3D printing.
Yes, we can perform surface finishes such as sanding, polishing, and coloring on the 3D printed parts.
Yes, after printing the parts, if necessary, we can assemble them.
Generally within 1-3 days, depending on your requirements, such as quantity, material, surface finishing, etc.
The product will be wrapped with foam cotton to avoid bumps, and then placed in a reinforced 5-layer corrugated box.
For small-sized goods, we will deliver them directly to you via DHL, FedEx, UPS, TNT. It usually takes 3-7 days.
My team and I have been associated with DEK for a very long time now. During my starting days when I had just established my business, they helped me a lot in finding solutions and offering me cost-effective services. I am very thankful to the entire team of DEK.
I purchased a small batch of DLP 3D printing parts from DEK. They delivered my order before the deadline, and all the products were up to the mark-no decline in any product with any aspect. I highly recommend them.
Are you wondering how to adapt the application of DLP 3D printing? Don’t know how it can help you to increase your revenue?
We have penned down here all that you need.
In this guide, we’ll discuss what DLP technology is, how it works, and why you should consider investing in it.
Let’s get started.
DLP 3D printing is a technology wherein light passes through a Digital Micromirror Device (DMD), with many tiny mirrors on one side.
The mirrors can be individually programmed in order to transmit or block the light based on the pixel desired on the near-infrared carrier image.
In this case, each pixel corresponds with one layer of an object in space that is 3D printed.
To create graphics, the DMD utilizes machine learning processes rather than coding.
Moreover, a digital device (computer) first transforms object data into a form on the computer screen (a 2-dimensional bit map).
Next, this data is processed by optical logic circuitry that synthesizes or formats them as high-intensity points on an advanced light valve.
This advanced light valve then projects the issues onto the surface of photosensitive objects.
DLP 3D printers work like their SLA counterparts and are constructed around a resin tank.
This large vessel is filled with liquid photo-curable polymers or resins and covers the build platform (e.g., blue painter’s tape).
Furthermore, a DLP projector displays an image of the object to be produced onscreen in front of this resin tank.
Then, the image is shone through a diffuser panel which spreads light from each point across the resin tank.
This results in small amounts of light being cast from many points from different angles into that pool for any given instant.
More points within an image, the more acceptable resolution will result when completed because more detail can be reproduced.
The advantages of DLP 3D printing are mentioned below,
Firstly, digital light processing is much faster than the laser-based systems traditionally utilized in 3D printing, so it’s less time-consuming and costly.
It also means that detail can be significantly improved because instead of one laser moving over the material uniformly to cover it with each required layer.
Moreover, DLP technology delivers two or more different color beams within one layer without mixing any colors where they overlap.
As a result, the resulting resolution is up to 3 times higher leading to well-defined pictures almost free of visible stepping flaws at 20 micrometers layers.
Furthermore, the speed of the DLP 3D printers is unmatched at the production level – it can create an object in less than a second.
The disadvantages of DLP 3D printing are;
Because DLP systems employ complex mirrors, their purchase costs are higher than those of SLA, PLA, and SLS printers at the purchase stage.
This is because SLA’s coating process layer generation requires precision standards much higher than those of DLP.
Therefore, the initial setup costs can be roughly four times higher than an equivalent SLS polymer system.
Because, if the surface details are not well controlled in design, the finish quality is also considered lower than with SLA printers due to specular or reflection effects.
DLP 3D printers can use several materials depending on the desired result.
In general, thermoplastic resins and ultraviolet-curable resins are used with most 3D printing.
TPT is a kind of UV-sensitive photopolymer that reacts to UV light with a catalyst to form a solid material with certain characteristics based on its varying makeup.
Consequently, this necessitates an outer protective shield or box for most prints.
Moreover, metal supports can be constructed using stainless steel sheets or aluminum coils that serve as structural supports during printing and are removed afterwards.
Finally, there are also carbon fiber epoxy composites – these combine layers of carbon fiber matt strands with alternating resin.
Yes, DLP 3D printed parts are resistant to high temperatures. This is due to the polymers’ integrity being fired through an additional loop injection after printing.
Printing at higher temperatures will result in higher double-bond conversion (although this isn’t true for all materials)
It will boost gripping and shape-holding tensile strength.
There are many uses for 3D printers, but it is crucial to choose the right filament type and size for any given project or application.
As part of the design process, we need to consider the tradeoffs between cooling and quick-setting raw materials , whether it is plastic, metal, ceramic, or another material.
The DLP 3D printing of parts is strong because the high strength of the resin causes a high-quality part to be formed.
Additionally, a new type of highly pressurized resin is being introduced, which produces parts with nearly all the strength as ABS and uses less powdered material.
Despite widespread use, DLP machines are rare in some industries, especially those requiring surface appearance to match existing structures.
It can be difficult to convert users from a well-established work and process flow with available materials to expensive technology with untested materials.
As demand increases and companies such as Hypertherm sell more machines, the average price will likely come down.
Among SLS and DLP printing, the ideal for your project could be the one that suits your material requirements and product demands.
Typically, the main difference between SLS and DLP is basically the material which you are using. SLS has a rough surface texture, while DLP has a smoother surface.
However, DLP is appropriate for the 3D construction of one-off parts with intricate designs that are hard to print with other techniques.
Typically, SLS is used for parts that need to be very precise due to their application.
SLS is therefore frequently used for prototyping new products, as well as small detailed parts that will not need to be functional, only structural.
Comparing FDM and DLP printing, the ideal for your project will be DLP 3D printers because FDM 3D printers can print with a range of speeds.
DLP printing also gets better quality and detail on small parts that need excellent prints.
FDM printing is slower with large parts because the print head must travel and thus takes some time to complete.
Despite advances like live preview and continuous movement, FDM printing is still ideal for large and creative projects that don’t necessarily require high-detail functionality.
Depending on what you’re looking for, one technology might be better suited than another.
However, unless you’ve worked with both technologies before, it’s hard to say which one would be best for your project.
In this regard, DLP is ideal for your project because it works on a layer-by-layer basis.
As such, there will be no overhanging regions in the 3D model, which one would need to cut off and remove in post-processing.
This is especially true when considering models that involve hair or fur textures.
Similar to DLP printers, MJF also prints objects based on layers but is much faster and does not require any post-processing steps.
Notably, if you choose to add coloring to the filament at the start of building your creations with MJF printers.
These colors can vary based on how hot they were when they were coated onto the plastic wire.
PLA and DLP 3D printing, the ideal for your project would be the one that suits your requirements yet maintains your budget.
PLA is one of the most affordable 3D printing materials, but it requires a heated build platform to operate correctly.
On the other hand, DLP technology does not need extra heating due to its infrared laser setup.
PLA additive manufacturing does not require support materials for overhangs or bridges, while DLP additive manufacturing only requires support materials in these areas.
Among Polyjet and DLP, the ideal choice for your project would be the one that produces exceptional and detailed products.
PolyJet is best used to make prototypes of final products. It creates high-quality, smooth models with an organic feel due to its ability to produce fine details.
If you need a fast production schedule and medium-quality prototyping service, DLP 3D printing is the best choice.
In order to produce finished, finished-looking prototypes or to prototype substantial objects, polyjet printing is ideal for those who require a high degree of detail.
Additionally, developing prototypes that are unfinished, DLP 3D printers produce prints with diverse material properties since they rely on melting instead of sintering.
Primarily, DLP and SLA 3D printing both can be ideal for your projects due to their fantastic detailing qualities and work on similar principles.
The basic difference between SLA and DLP is the light source; SLA uses a UV lamp that can create a few ‘hits’ in which light does not hit perfectly.
As a result of research, it is found that the SLA is useful in practical applications.
It might be best to use an SLA printer if you plan to print something mostly outside since it creates less heat than DLP printers.
Additionally, if you care about speed, DLP 3D printing might be faster than SLA for larger objects.
The advantages of DLP 3D printing in China offer high-resolution replication, rapid prototyping, energy efficiency, and the ability to handle large objects.
Furthermore, this manufacturing method minimizes waste by using binding powder instead of traditional subtractive methods.
It’s the perfect tool for rapid prototyping and model-making in industry and research laboratories.
To find the best DLP 3D printing services in China, one can use Google search to do a web session for suitable service providers.
Various service providers offer this type of 3D printing service with the help of different equipment, and some offer the best quality jobs at a competitive price.
Amongst all, DEK is one such example, and we provide metal, ceramic and organic materials 3D printing services that can be used in varied types of applications.
With our experience and delivery of quality, it is now the best DLP 3D printing service provider in China.
Yes, DEK offers DLP 3D printing services in China.
Our 20 years of experience in 3D printing and are now leading as China’s number one manufacturer in all kinds of services.
From design to mass production, DEK’s excellent team will assist you in high-quality services and a perfect customer service experience.
DEK’s DLP 3D printing services is much more affordable than other companies because we prioritize accuracy over money.
That’s why the company just offers highly affordable yet high-quality services.
It makes DEK stand out from other expensive companies.
You should choose DEK DLP 3D printing services because we have 20 years of experience in 3D printing and provides all kinds of 3D printing services.
From rapid prototyping to final prints, we delivers all services in time and at highly affordable rates.
Moreover, we are one of China’s leading manufacturers of 3D printing.
To order from DEK, fill out the online form and specify the material you need for your final product, or choose from the company’s extensive selection of materials.
The next step is to provide the size requirements and design information, such as the type of product you desire and how it should be made.
Finally, please submit this form to customer care representatives, who will call you within six hours.