Many of the consumer level printers were FDM (Fused Deposition Modeling) 3D printers. This involved a spool of filament to be heated to a high temperature and deposited into the shape that the user wishes to create via an extrusion head. With this type of printer, users only get the shape or form of the print but will not get details nor reach surface smoothness. In addition, the printing speed is relatively low.

Apart from the FDM technology, some 3D printers adopts the stereolithography (SLA) technology. Some SLA 3D printers use laser galvanometer to create patterns. This type of printer usually has laser stability and reliability problems.

How about the Titan 1 and Titan 2? Instead of the laser-based SLA technology, we use Kudo3D uses a highly reliable DLP technology developed by Texas Instrument to generate digital light patterns in a two dimensional fashion rather than scanning with a laser diode which is susceptible to ambient temperature, dusts and mechanical failure. DLP can also provide a resolution that laser galvanometer is impossible to match.

Using a better digital light pattern generator improves the resolution of the printers but it is not the main factor that attributes to our success in the last two years. So what exactly set our 3D printer apart from the other SLA 3D printers out in the market? The answer lies within the layer separation technology of the printer.

Most low cost SLA printers incorporate a bottom up light source and a transparent resin container. The challenge to these SLA printers is to separate the cured layer from the resin container floor. The separation force is proportional to the area of the cured layer. That is why most of the low cost SLA is not able to print big models.

To overcome this challenge, we have developed a patent pending passive self-peeling (PSP) technology that greatly reduces the separation force that others are hard to match by using both flexible and elastic materials for the resin container. PSP not only enables large area printing but also increases the speed and resolution of the prints. Since the peeling is passive, there are no motors involved. The printer’s structure is simplified. With less moving parts, the Titan 1 and Titan 2 are very reliable.

We understands that the lifetime of the consumables is a main concern for consumers while resin container is definitely a critical part for low cost SLA printers. Because of the low separation force, our container is less stressed and the lifetime is much longer. Besides, there is a protective film on the vat floor of Kudo3D’s containers to prevent the attack from the resin. As a result, our printers are compatible with more materials and relax the constraint for material developers.

With the PSP technology, Titan 1, our first generation printer, proved its worth when Kudo3D showed off a biomedical tissue scaffold research model printed at 37 micron XY resolution and 20 micron Z layer thickness. The beams have a diameter of 0.18mm (next to the print is a coffee bean for scale).

Pushing the printer to the extreme, we proved once more that our printers can print fine features that other low cost SLA printers cannot achieve. In the image below, a 45 micron thin needle was printed with the Titan 1. This needle is less than half the diameter of a hair. No other low cost printer can achieve this resolution.

Now in June 2016, we have launched its second-generation 3D printer, the Titan 2.

The new Titan 2 features:

• WiFi enabled.
  – There is no need to connect the printer to the computer after uploading the data.
• Allows web-based controlling.
  – Users can use any device (PC, Mac, smartphones, or tablet) to control the printer. Once the printing starts, the control device can be used for other purposes.
• One device can be used to command and control multiple Titan 2 3D printers.
  – This is especially helpful for those who would like to use the printer to setup a production line.
• Has a built-in computer.
  – The Titan 2 will be independent from the user’s computer.
• Has a shutter to reduce background exposure during prints.
  – This can ensure high quality prints.
  Additionally, the new Titan 2 will be assembled and calibrated before shipping, making the startup process even easier for first time users.

It is definite that 3D printer will keep evolving in technological advancement. Users are now able to print high quality things that they design or even better than they could ever imagined.

While staying true to its original Titan 1 base – a patent pending passive self-peeling (PSP) technology, the Titan 2 has new upgrades that provide a more user-friendly experience, including wireless connection and web-based controlling software. We also add a shutter to reduce background exposure to extend resin lifetime and a mask option to make the intensity more uniform. At the same time, the new mesh-like build platform reduces the vacuum force between layers and make printing a lot easier. We are always dedicated to improve our 3D printing technology to meet the demands for different applications.

Apart from the technical aspect, we have always been trying to improve the user-friendliness of our printers. It is easier to install and configure Titan 2 now. Titan 2 is WiFi enabled with built-in Raspberry Pi 3, so it doesn’t need to connect the printer to the computer and it will be independent from the user’s computer. Only one power cord is required to run the Titan 2. The new web-based controlling software is compatible with PC (windows, Mac, Linux) or device (smartphones, tablets). One PC or device can be used to manage multiple Titan 2 which is helpful for those who would like to use the printer to setup a production line.

Pushing the printer to the extreme, Titan 2 can print fine features that no other low cost SLA printers can achieve. In the image taken by a microscope below, a 45 micron thin needle was printed with the Titan 2. This needle is less than half the diameter of a strand of hair.

The new Titan 2 body will be fully assembled and calibrated, making the start up process even easier for first time users. Also, to celebrate our new release, there will be a $200 USD discount on the Titan 2 for anyone placing an order before June 19, 2016.

What are you still waiting for? Don’t miss the chance to experience the most advanced technology brought to you by Kudo3D now!

(** The first shipment of Titan 2 will be on July 6, 2016. Please feel free to contact our team members for more information.)

Recently, we decided to put our Titan 1s into overdrive. We were stunned by the results! We knew that we were being conservative in our speed estimates, however, the print speeds we achieved were truly amazing: 7 inches per hour!

We printed this chiral two-layer geodesic sphere with a diameter of 2 inches in 17.5 minutes. Watch the sphere materialize in the video below!

After 16 months of development, Kudo3D is proud to announce the launch of Titan 1, a DLP SLA 3D desktop printer, which represents a major breakthrough in printing speed, size, and resolution. The launch, which took place at 8:30am PST, was met with a great deal of enthusiasm, reaching its funding goal of $50,000 within 2 minutes. In 12 minutes, they had received $100,000 in pledges. Within 10 hours, that had more than doubled. Their Kickstarter campaign ended on June 26th and they managed to raise an impressive $687,116 to begin setting up production for the Titan 1.

The Titan 1 was well received due to its unique position in the market. Personal 3D printing has been limited by slow printing speeds, small sizes, surface smoothness and constraints on the resolution of the finished product. The industry, which did not exist just a few years ago, has already shown its great potential; Fabricators and designers alike currently use 3D printing for a variety of products and functions. However, industry growth has been limited due to the sheer cost of acquiring and maintaining the existing 3D printing systems.

Kudo3D’s innovation addresses all these problems by incorporating a unique technology on a modularized system. “In order to differentiate our product from the other 3D printers on the market, we had to invest in some practical as well as technological innovations,” Tedd Syao, Ph.D., founder, explained. To address cost concerns, as well as reliability, Syao also took a page from the book of Henry Ford. “It was crazy to me that all of these expensive systems were being built without modularized components.” Key components of Titan 1 include a HD 1080p DLP projector, an industrial grade linear stage module, open-source controlling circuits, a stepping motor, a fast leveling build platform, and Kudo3D’s patent-pending flexible passive self-peeling (PSP) resin container.

The printer can accommodate projects up to 9½ inches in height, making it the most accommodating unit on the personal SLA 3D printing market. Beyond the impressive size of the print envelope, Titan 1 uses a patent-pending technology to permit a level of detail unavailable on most 3D printing systems while still maintaining the flexibility to print large objects. The flexible PSP resin container comprised of 6 different materials was devised to minimize the separation force of a cured layer so that fine features, even those as delicate as a strand of hair, can survive the printing process.

Currently Kudo3D is solidifying relationships with suppliers, locating space to set up assembly, and continuously testing resins to increase their product offerings to backers and future customers. They are planning to begin taking pre-orders for the Titan 1 via their website in the near future.

San Francisco, California- After 16 months of development, Kudo3D is proud to announce the launch of Titan 1, a DLP SLA 3D desktop printer, which represents a major breakthrough in printing speed, size, and resolution. The launch, which took place at 8:30am PST, was met with a great deal of enthusiasm, reaching its funding goal of $50,000 within 2 minutes. After 12 minutes, it had reached over $100,000 in pledges. Within 10 hours, it doubled to over $200,000. The success of Titan 1’s launch can be attributed to its competitive advantage over its competitors.

Personal 3D printing has been limited by slow printing speeds, small sizes, surface smoothness and constraints on the resolution of the finished product. The industry, which did not exist just a few years ago, has already shown its great potential; Fabricators and designers alike currently use 3D printing for a variety of products and functions. However, industry growth has been limited due to the sheer cost of acquiring and maintaining the existing 3D printing systems.

Kudo3D’s innovation addresses all these problems by incorporating a unique technology on a modularized system. “In order to differentiate our product from the other 3D printers on the market, we had to invest in some practical as well as technological innovations,” Tedd Syao, Ph.D., founder, explained. To address cost concerns, as well as reliability, Syao also took a page from the book of Henry Ford. “It was crazy to me that all of these expensive systems were being built without modularized components.” Key components of Titan 1 include a HD 1080p DLP projector, an industrial grade linear stage module, open-source controlling circuits, a stepping motor, a fast leveling build platform, and Kudo3D’s patent-pending flexible passive self-peeling (PSP) resin container.

The printer can accommodate projects up to 9½ inches in height, making it the most accommodating unit on the personal SLA 3D printing market. Beyond the impressive size of the print envelope, Titan 1 uses a patent-pending technology to permit a level of detail unavailable on most 3D printing systems while still maintaining the flexibility to print large objects. The flexible PSP resin container comprised of 6 different materials was devised to minimize the separation force of a cured layer so that fine features, even those as delicate as a strand of hair, can survive the printing process.
Titan 1 is a completed invention, and Syao hopes to use the funds from Kickstarter to open an assembling line in California. The Kickstarter campaign launched on May 27th 2014, and can be viewed at: kck.st/1h9gFwZ.

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Ref.
Tradition Chinese Version PR (329K, pdf)
Simplified Chinese Version PR (287K, pdf)
Korean Version PR (250K, pdf)

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Special thanks to these media outlets for featuring the Titan 1!