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.
DEK provides top-notch SLA 3D printing services to many clients all over the world, our SLA 3D printing services are widely used in aerospace, automotive, medical, consumer electronics, and many other industries.
At DEK, you will get the most reliable fast SLA 3D printing service, more importantly, our price is very favorable, only 20% of the European price.
industrial 3D printers
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With continuous upgradation of machines and adaptation of modern techniques, our engineers have developed strategies to get you customized products.
Our SLA 3D printing services consist of a wide range of engineering materials to ensure you get the product as you imagined.
Contact us and get consistent updates about our latest technologies.
Over time, DEK has learned with the experiences and experimentation about facilitating its customers with inexpensive yet high-performance SLA 3D printing services around the globe.
Trust us. You will never be overcharged for any service. Learn more about our terms and policies by contacting our manager.
Since 1980, 3D printing techniques have been applicable in the aerospace industry due to manufacturing flexible and exact aerospace parts. They also help engineers to obtain prototypes in minimum time.
Furthermore, the technology is broadly used to produce interior aircraft parts, including cockpit, dashboards, and door handles.
In the medical industry, 3D printing additive manufacturing technology is applicable in the bioprinting of tissues and organoids. Moreover, these organoids and tissues can be further utilized for medical research and cost-effective alternatives for human organ transplantation. Currently, medical institutions are experimenting with this technique to produce liver and intestinal tissues.
The range of 3D printing applications has broadly conquered the automotive industry by helping manufacture various vehicle parts prototypes. Engineers use this technology for experimenting with new car designs.
Moreover, it helps lug nuts save car wheels from thieves, provides more outstanding customization options, and manufactures discontinued spare parts.
3D printing techniques have widely facilitated the engineers to manufacture various automation equipment to ease the tasks and decrease the time required for completion in various industries, including medical, construction, etc.
Typically, the technique has introduced a construction arm to print the necessary parts on the construction site.
The introduction of 3D printing technology in electronics has enabled designers to convert their ideas into products within days. It offers the manufacturing of high-quality casings with the highest level of detail.
Moreover, rapid prototyping made it easy for the users to make the circuit boards’ components perfectly.
3D printing has reduced the time required to produce a complex building with more accuracy and smooth touch in the construction industry.
Moreover, it helps print the design before starting the construction. It enables the architectures to look at possible problems in the designs to solve them before starting the project.
Typically, the 3D printing technology helps the educational sector be creative and express their ideas in the form of 3D models.
Generally, the technique is widely helpful in schools, colleges, universities, and other educational departments to explain the different concepts to the students. It enables them to understand concepts better.
The primary application of 3D printing in the robotic industry is the production of the Robotic Arm. It has provided the freedom and independence of generating complex and intricate geometrical designs in minutes.
The multi-axis robotic arm is more flexible with a high movement range created a wide range in additive manufacturing.
Before you, we have successfully manufactured 72M+ different parts.
Working with market leaders in the On-demand manufacturing industry, without the busyness and risk.
Our in-house manufacturing team ensures that you get the exact parts each time. DEK makes sure to deliver the best and high-performance products to their clients.
We are committed to the most innovative and creative manufacturers to get you the best quality and solutions for your products.
With the comprehensive capabilities, we can offer you the lowest rates in the market. Now, you can produce your parts with ease.
With modern technology, we can manufacture your products with the fastest turnaround time. We don't want our consumers waiting longer.
Together we can produce a better future for our generations. That's why DEK considers its consumers as business partners to benefit both more.
You might require our services on weekends, so our service providers don't have weekends. We are available 7 days a week for you.
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.
I have explored the new dimensions of 3D printing services while working with the DEK. They introduced me to new technologies to provide better solutions for my products. I am definitely sticking to their services for the long run.
Over the past few years, I searched for cost-effective and quality 3D printing services worldwide but didn't find luck. Luckily I found DEK online. They are dedicated professionals and know how to keep clients satisfied. I highly recommend their services.
Do you want to begin a commercial business venture for the SLA 3D printing generation?
Unable to get a satisfactory opportunity for maximizing your business and investment?
We have found a solution.
With the help of all the essential information, we have structured a guide about all the details about SLA 3D printing.
SLA 3D printing, or resin 3D printing, is an industrial process used to create conceptual models, prototypes, and complex components of geometries.
Stereolithography (SLA) has ended up hugely famous for its cap potential to supply excessive accuracy, isotropic, and watertight prototypes.
Furthermore, a huge choice of materials, extraordinarily excessive function resolutions, and exceptional floor finishes are viable with SLA.
SLA 3D Printer work on these simple steps:
To Create models you can CAD software or 3D scan data and export them to 3D printable file formats (STL or OBJ).
After a brief affirmation of an appropriate setup, the printing system starts and the gadget can run unattended till the print is complete.
Parts made of SLA should be used with minimal exposure to UV light and moisture to prevent deterioration.
The advantages of SLA printing technology are described as follows:
Because of the tremendous thinness of each layer in SLA and the laser beam, it is possible to accumulate prototypes with sensible give-up and complex geometric shapes.
Regardless of using substitution materials (resin), factors made with stereolithography have the right useful ground quality.
In SLA, the following factors have a smooth give up, with the selection to select out amongst several resins for awesome renderings.
With stereolithography, it’s viable for you to create small elements with excessive definition.
The disadvantages of SLA 3d printing are as follows:
Stereolithography uses the same material that can be resin. You may get the resulting element more vulnerable than the most recent element.
If you expected 3D printing to grow over the next few years, experts wouldn’t notice machine costs and machine operation issues.
Due to the time, it takes to make a part, stereolithography is limited to a few pieces and is no longer suitable for mass production.
Materials you can use in SLA 3D printing come up with a lot of alternatives. Now you can enjoy extra than 50 resins in SLA 3D Printing.
Yes, SLA technology prints transparent materials, you can use a photochemical method to create polymeric resin parts.
Likewise, a robust benefit of this 3D printing process is that it’s miles a completely skinny layer, which offers superb effects for obvious 3D printing.
Furthermore, SLA offers very high-quality effects in phrases of transparent clarity.
YES, SLA 3D printed parts are high-temperature resistant and function at excessive temperatures.
SLA used heat-resistant resin to print parts that are best for programs. These resins have a warm deflection at 200-300°C.
Additionally, it is best for production mold prototypes, warm air, and fluid waft equipment, and casting and thermoforming tooling.
Yes, SLA printed parts are strong. They are not well-known for their strength. Yet, you’re amazed at how they evaluate different materials.
Although there are difficult and sturdy resins available in the marketplace particularly formulated for more potent applications, and strong.
Yes, SLA 3D printed parts have post-surface finishing.
However, parts do not come out of the printer 100% finished, they often require post-processing.
Furthermore, a few extra finishing touches will make parts suitable for a wide range of applications.
SLA 3D printing applications are stated below:
SLA 3D printed items have been employed in slow-motion movies, video games, and personalized outfits.
Supporting the STEAM curriculum in science, technology, art, and design, you can foster creativity and introduce students to professional-level skills.
Affordable, professional-grade desktop 3D printing opens the door to high-performance medical applications.
Manufacturers use tools to create prototypes, custom tools, and tools that simultaneously 3D print molds and manufacturing aids.
Generally, the 3D drawing files needed for SLA 3D printing are STL files. As with any three-D printing technique, a three-D virtual document is required.
This may be acquired through CAD software (SolidWorks, Sculpt, or SelfCAD for example).
Moreover, these files (usually STL files) are sent to a slicer, which converts the version into thin layers for printing.
The difference between industrial and commercial SLA 3D printing has much contrast.
Industrial SLA 3D printing deals with the manufacturing of goods only.
While commercial SLA 3D printing makes sure to sell the manufactured goods with the motive of sale.
Among SLS vs SLA 3D printing which is ideal for your project, these points will help you.
For components or tasks which are targeted on functionality, an SLS Nylon print can be the manner to go.
One element is sure, those printing strategies are imparting much extra than conventional production strategies which include injection molding.
When an advanced pleasant look is needed and/or the element desires to be translucent, then SLA print might be the proper choice.
FDM and SLA 3D printing can be very useful for your projects, but before you start, you will want to understand where these paintings are.
Desirably, FDM is designed for large, critical items and SLA is optimal for problematic fixtures, precision tools, and molds.
You also decide which material you like, mimic your layout purpose, and fabric compatibility is also an advantage of each era.
SLA and FDM 3D printing are automatically used to create fixtures and various tools.
DLP and SLA both become ideal for your projects, but you should choose one wisely.
SLA calls for extra substances to construct the frames of the one, while DLP doesn’t.
So whilst it comes right down to it, SLA is more desirable for growing small objects wherein DLP excels at large ones.
Although SLA machines aren’t always cheap, they tend to print faster than DLP devices.
Finally, DLP printers are simpler or simpler than SLA devices. Because it does not contain a laser, it cannot fly in hazardous atmospheres such as SLAs.
PLA and SLA 3D printing is different, so it is difficult to choose the ideal one.
Technically PLA, known as polylactic acid, is a convenient thermoplastic polyester in the world of 3D printing.
Polylactic acid has a few benefits over SLA, however now no longer in performance.
If you are simply making your first actual prototype or bodily version of your project, PLA will paint for that purpose.
Polyjet and SLA 3D printing may be great for your projects, but you should be aware of their properties before proceeding.
When obvious or translucent elements are required, Polyjet is the manner for you to go.
The identical applies in case you want to attain an easy floor or show tiny info for your print.
Moreover, SLA prints often do not require clipping because they are smoother and shinier.
For SLS printing, this can be an interesting alternative if you need softer, brighter elements.
Among MJF and SLA 3D printing is ideal for your startup, depending on the nature of your work. But, you can select right by analyzing.
With SLA you have 50 plus material options to use and print products in different domains, like dental, entertainment, education, engineering, etc.
On the other hand, MJF 3D printing technology has limited material options.
However, when comparing MJF and SLA, MJF parts have slightly higher functional resolution than SLA.
Moreover, the entire process including machine setup, printing, and cooling takes less time than MJF.
Also, if you are producing many parts, MJF is faster because dozens of parts can be printed at the same time.
The advantages of SLA 3D printing technology in China are following:
SLA 3D printers can produce versions without delay, primarily based entirely on CAD layouts.
This allows new or improved products to enter the market faster than traditional methods.
Commercial SLA 3D printers occupy the simplest and smallest footprint.
Also, small manufacturing units can accommodate dozens of 3D printers, saving a lot of space.
Gypsum and fiberglass reinforced plastics are commonly used in traditional strategies for making large-scale sculptural crafts.
There are no concerns about dust, waste, contaminants, or environmental hazards, and we use SLA 3D printers to produce our products.
To find the best SLA 3D printing provider in China, you want to investigate reliable and dependable suppliers.
Consider a green dealer like DEK, a main SLA 3D provider issuer with 21 years of a hit revel in diverse fields.
We additionally offer first-rate customer service and assist consumers to realize custom merchandise from layout to mass manufacturing.
And, with progressive generation and green manufacturing methods, shipping instances are as much as 40% higher than other manufacturers.
You can also get the benefit of cost financial savings of 60-80 %, which can be achieved through advanced production talents and fee control.
Yes, DEK provides you SLA 3D printing solutions with the largest 3D printing network with extreme precision, reliability, and robustness.
Moreover, thanks to our vast experience in industrial production, we know how to cater to the hype.
Whether it’s your first purchase or multiple purchases, you can get super items.
Yes, DEK offers surface finishing service after SLA 3D printing to make sure that your product looks perfect.
Already mentioned above in working of SLA, post-processing, and finishing.
In general, it is best to use a clear spray coating to add luster to the part.
Not at all. DEK’s SLA 3D printing services are not expensive.
No need to overpay for all services. Over time, DEK learned from experience and experimented with ways.
To make it easier for customers to provide affordable, high-performance SLA 3D printing services worldwide.
Choose DEK’s SLA 3D printing services because DEK provides first-class SLA 3D printing products to many customers around the world.
Get the most reliable and fast 3D SLA printing service from DEK.
Your project decides how long it takes for DEK SLA 3d printing to be delivered.
Usually, DEK takes 10-14 working days for SLA 3D printing to be delivered. But, it depends upon the requirement of your ordered project.
Also, the distance from your warehouse to China is the main element that may take time.
DEK ships the 3D print parts depending on how far your business is from DEK.
To ensure the safety of transportation, DEK has used land or sea routes or sometimes a combination of both paths.
To order SLA 3D printing services, go to our company’s site and fill our demands to give an explanation for our requirements.
For example, in case you need to buy order from DEK, undergo our website online and demonstrate your project to our spokesperson.
Examine our purchaser service, control skills, and styles of substances we may be offering.
After filling in all of the crucial facts withinside the shape, put it up. Our crew will reply to your query within 6 hours.