Raise3D  

43 Tesla
Irvine,  CA  92618

United States
888-963-9028
http://raise3d.com

• Booth: 1931

Raise3D is known for its award-winning, large-format 3D printers and built specifically for the needs of our customers to be more competitive, get to market faster and significantly reduce manufacturing costs.

With industrial-grade models like the Pro2 and Pro2 Plus providing a dual extruder 3D printer experience capable of reliable and repeatable FFF 3D printing, it’s no wonder Raise3D is the go-to choice for manufacturing and engineering on a global scale.

Our customers have come to rely upon our rigorous quality standards and trust our technological leadership in 3D printing. At Raise3D we encourage and value new ways of thinking, invest in research and development and promote the use of new technologies. Quality is at the heart of everything we do and customer satisfaction is our key performance indicator.

For more information, visit raise3d.com

 Press Releases

• Top 10 Professional Dual Extruder 3D Printers (Aug 10, 2021)

  Multi-material printing, soluble supports, and high production volume are the promises of dual extruder 3D printers. Here are the pro top 10.

  

  Step Up to a Dual Extruder FDM Printer

  Dual extruders are a feature that separates professional 3D printers from hobby machines (although there are many budget versions). Having two extruders saves time, enables easier part post-processing (e.g. removing soluble supports), and can double the production volume of your machine.

  Dual extruder printers can also enable multi-material 3D printing. By combining materials, you can obtain different mechanical properties in one single print, which can result in more functional and realistic prototypes.

  Printing with two materials at once, whether it’s two colors or a flexible TPU next to strong sturdy polypropylene, eliminates part assembly and time-consuming filament changes. You can also save money by printing with a costly filament, such as carbon fiber, just where needed and economical material for infill or non-structural areas.

  Of course, the most common use for dual extruders is printing a part in a base material and its supports in a soluble material for quick and easy removal. Soluble supports (dissolvable in water or alcohol solution) are not only easier to remove than break-away supports, but they enable you to print much more complex parts with internal supports that melt away.

  When it comes to productivity, two heads are clearly better than one, enabling you to cut your print time in half. This makes the machine much more effective for serial manufacturing.

  

  OVERVIEW

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  Printer	Dual Type	Build Volume in mm	Price	Max Extruder Temp
  3DGence Industry F420	Dependent	380 x 380 x 420	~$50,000	500°C
  BCN3D Epsilon W50	IDEX	420 x 300 x 400	$8,400	300 ºC
  BigRep Studio G2	Dependent	1000 x 500 x 500	~$65,700	280°C
  Craftbot Flow IDEX XL	IDEX	425 x 250 x 500	$4,848	300ºC
  Essentium HSE 280i HT	True IDEX	695 x 495 x 600	~$185,000	550 ºC
  Modix BIG-60 V3	Dependent	600 x 600 x 660	$3,700	500°C
  Raise3D Pro2 Plus	Dependent	305 × 305 × 605	$4,000	300℃
  Stratasys F370	Dependent	355 x 254 x 355	~$50,000	500ºC
  Ultimaker S5	Dependent	330 x 240 x 300	$6,000	280ºC
  XYZprinting PartPro300 xT	Dependent	295 × 300 × 300	$5,500	500ºC
  Cincinatti MAAM	Dependent	1000 x 1000 x 1000	$155,000	500ºC
  Aon-M2, M2+	IDEX	450 x 450 x 640	$49,999	500°C

  BEST IDEX & DUAL EXTRUDER 3D PRINTERS 

  Multiple Types of Dual Extrusion 

  

  Although all dual extrusion printers can extrude two different filaments at the same time, there are different ways to do it and different advantages.

  Dependent Dual Extrusion

  These are the most popular type of dual extrusion printers. They have one print head unit with two extruding nozzles with two hot ends inside. Here, both extruders are “dependent” on each other and move as one on the X, Y, and Z axis. These nozzles themselves within the print head often raise slightly when not printing.

  Both nozzles essentially take turns printing on the same part. One nozzle may print with a base material while the other prints the support material. You could also have a multi-material situation where one nozzle prints in one color while the other in another color, or each nozzle prints in a different non-soluble material.

  

  Although this method eliminates the need to switch or reload filaments, it doesn’t double your productivity like the independent dual extrusion options below.

  Dual Extrusion Isn’t Always Multi-Material

  Note that many dual extruder printers only accommodate printing one, so-called “model” or “base” material, such as PP or PEEK, and one support material at a time – not two model materials at once. One extruder in the pair is always dedicated to support material, whether its BVOH, or a range of support materials that are specifically matched to their model materials.

  

  Independent Dual Extruders (IDEX)

  These printers feature two extruder print heads on the same X-axis gantry, but they can move on the X-axis independently while still dependent on the Y and Z axis. This means a single printer can act like two smaller printers each printing the same thing at the same time (copy mode) or each extruder can be programmed to print different parts at the same time (mirror mode) with some limitations. For example, one extruder can print a left shoe model while the other prints a right shoe model.

  Another advantage of IDEX over some dual nozzles in one print head is that the two nozzles can have significant temperature differences, which enables you to combine different materials more reliably into the same part. PEEK, for example, requires a high extruder temperature that would make PLA too viscous. With separate extruders in separate print heads, each one can be programmed to achieve the optimal temperature for each material. The higher-end of the dependent dual extruders can also feature varying temperatures because they are heated and cooled individually.

  True IDEX

  The third type of dual extrusion printers feature completely independent extruders. There is currently only one printer with this feature, the Essentium HSE (high-speed extrusion) 280i HT. On this machine, the independent extruders are not joined on the same gantry and can move separately along the X-, Y- and Z-axis. Essentium calls this “true” IDEX and it enables you to print two completely different parts with different materials on one platform, increasing your machine’s throughput. Of course, it can also print one part with multiple materials, or base materials and soluble supports.

  Although there have been (and still are) some multi-extruder printers on the market featuring three or more extruders, it’s an attribute that has yet to find a strong following.

  

  Continuous Fiber

  There are a handful of industrial FDM dual extrusion printers dedicated to printing with continuous carbon, Kevlar, or fiberglass fibers along with a base material, typically nylon. Having dual extruder technology is a crucial aspect of this method, in which the outer contours are printed in nylon material and the inner workings of the component are provided with continuous fibers. The print head actively switches between two nozzles during printing to produce robust fibre-reinforced plastic parts in just one construction process. This technology is often called continuous filament fabrication (CFF) or continuous fiber reinforcement (CFR).

  Below, we take a look at the defining features of the top 10 machines (in alphabetical order) in both dependent and independent dual extrusion. But first, take a look at some of the features to consider in your dual-extruder 3D printer purchase.

• The Best 3D Printers for 2021: The Ultimate List (Aug 10, 2021)

  When you are looking to purchase a 3D printer, it can be overwhelming to go through all of the options available on the market. As technology has improved, more and more variations of 3D printers have been developed, so you must find the right one for you.

  This ultimate guide will list out the best 3D printers for 2021, as well as their pros and cons according to the top 3D printing service providers!

  Choosing the Best 3D Printer

  Before we get into specific types of 3D printers, let’s review some important things you should consider before you make your final decision.

  Use Case For 3D Printing

  For starters, you must ask yourself what you plan to use the 3D printer for. Are you a mechanical engineer that wants to model out some new ideas, or a founder of a hardware product that needs an efficient way to build prototypes?

  If so, the best 3D printer for you will be different than someone who is a hobbyist and doesn’t need a commercial machine.

  3D Printer Pricing

  When you are choosing for the best 3D printer, pricing is another important consideration. The amount you are willing to spend on a 3D printer will also help you narrow down the top choice from this list.

  Fused deposition modeling, or FDM printers, will be the most cost-effective. This popular option creates 3D models by heating and extruding plastic.

  Stereolithography (SLA) machines utilize ultraviolet light and photosensitive liquid, so these will be slightly more expensive. The most expensive options use selective laser sintering (SLS), which is equipped with lasers that can melt the powder to create the print.

  Materials You Will Use With Your 3D Printer

  The type of material you plan on printing will also help you determine what the best 3D printer will be for your needs. PLA and ABS are the most common thermoplastics used, and these come in the form of spools of filament that need to be replaced when the printer runs out.

  Higher-level models can support materials like wood fill, metal fill, glass fiber infused, and more!

  Resolution

  Another thing that you need to consider is the level of detail that you need on your print. The smaller the resolution on the printer, the greater level of detail it can create. The micron resolution will vary depending on the model you choose.

              THE ULTIMATE 3D PRINTER LIST GUIDE FOR 2021:

  

  FormLabs Form 3

  Starting off our list of best 3D printers for 2021 is the FormLabs Form 3. This impressive SLAprinter has a resolution range from 25 to 300 microns and is a relatively small machine considering its high-quality output.

  FormLabs Form 3 Pros

  This is an ideal choice for superior printing capabilities that support a wide variety of materials. Since it uses a precision laser to create the print, it uses liquid resin instead of solid filament. Although this process will require more time and preparation to complete, the result is worth it!

  Simply put, the combination of the technology and breadth of materials available make this perfect for developing prototypes, casting, and production.

  FormLabs Form 3 Cons

  The main drawback to the FormLabs Form 3 is that the SLA prints require cleaning. Similarly, the cost of this machine is close to $4,000 – so it is not a cheap option.

  

  Ultimaker S3

  The next 3D printer on our list is the Ultimaker S3. This machine has been a staple in the industry for quite some time, and it comes from of the most reputable manufacturers of 3D printers. The resolution with this machine ranges from 20 to 600 microns, making it ideal for students or others who are creating a wide variety of prints.

  Ultimaker S3 Pros

  The Ultimaker S3 is known for its quality, speed, and reliability. You can interchange many accessories and materials to fit your unique printing requirements, such as swappable cartridge hotends. Its touchscreen, user interface, and slicer software also lead the market.

  This 3D printer is also easy to network, making it extremely usable and business-friendly.

  Ultimaker S3 Cons

  The only negative thing we can report about the Ultimaker S3 is the cost. This 3D printer starts at around $3,800, so you will need a substantial budget to make this one work!

  

  Monoprice Voxel

  The Monoprice Voxel is going to be our top choice for the average person. Perhaps you’ve got a tight budget or are just looking to get started with 3D printing without making a substantial investment. If so, this affordable option will be able to meet all of your needs without breaking the bank! The layer resolution goes from 50 to 400 microns, and this model supports a BS, would fill, copper fill, steel fill, and PLA. It has a smaller build volume of 6.9 in, but this lightweight machine is made for smaller projects.

  Monoprice Voxel Pros

  This 3D model is enclosed, so it is ideal for a small space or even a classroom. It starts at just $400, so it’s an affordable choice that still provides you with impressive speeds and quality. Likewise, the heated print base supports more reliable prints which are perfect for new users!

  Monoprice Voxel Cons

  When compared to the rest of the printers on this list, the software on the Monoprice Voxel is a bit lackluster. There have also been some Wi-Fi connection issues that users have been frustrated with.

  

  Prusa i3 MK3S+

  The Prusa i3 MK3S+ is also one of our best 3D printers for 2021. This choice provides exceptional print quality due to its advanced calibration techniques imprint monitoring software. The price point is also modest, putting it right in the middle of the price ranges.

  Prusa i3 MK3S+ Pros

  When it comes to value for your money, the Prusa 3D can’t be beaten. It’s just over $900, but the capability matches those of printers in the $3,000+ range.

  The error detection and mitigation systems allow it to be one of the most intelligent 3D printers on the market. this means that you will be creating high-quality prints right out of the box!

  There is also a very involved community with excellent support available to help you get this 3D printer up and running.

  Prusa i3 MK3S+ Cons

  The only drawback to choosing the Prusa 3D model is that the stock configuration struggles to print multiple materials and requires you to change the loaded spool of filament manually. It may not be able to perform as well with hardcore engineering materials either.

  

  Raise3D E2

  If you need a workhorse 3D printer, then the Raise3D E2 is likely your best option! With this selection, your resolution will range from 20 to 250 microns. Its versatility in design and interface makes it the perfect 3D printer for almost anything!

  Raise3D E2 Pros

  This printer has a very high resolution, and its touch screen interface is one of the best on the market. It can meet the needs of your business with its impressive integration capabilities and had a straightforward interface.

  The Raise3D E2 is extremely reliable and allows you to bring high-end FFF printing right to your home or office!

  Raise3D E2 Cons

  Besides its steep cost of $3,500, the only real negative to this 3D printer is its large weight and size.

  

  BCN3D Sigma D25

  When it comes to dual-color printing, the BCN3D Sigma D25 tops the charts. This is a smaller desktop version, but they also have an industrial size made for commercial printing. Another thing that makes this choice unique is that you can use two separate spools of material at one time. As a result, you can either make two copies of something at once or use two distinct material colors to create a multicolor 3D object!

  BCN3D Sigma D25 Pros

  One of the best things about this 3D printer is that it is fast. It uses automatic calibration tools that are extremely precise and help improve processing times. The wide variety of built-in settings also help!

  The BCN3D Sigma D25 is more of an industrial choice, but it maximizes the need for speed and volume. When you combine these capabilities with multiple materials and colors, it’s the perfect edition for your workshop or garage.

  BCN3D Sigma D25 Cons 

  This 3D printer is one of the largest on the list – even the desktop size – coming in at 420mm x 300mm x 200mm. The large build volume requires this much space, so you need to make sure that you have an appropriate place to put it.

  Another issue some users have faced with this model is that the setup can be complex, and the English instructions are a bit lacking. Similarly, adding this printer to your workshop will cost you at least $4,000!

  

  Dremel DigiLab 3D45

  The Dremel DigiLab 3D45 is a dependable machine that is relatively affordable, with a price point of $1,700. It can produce a layer thickness ranging from 50 to 300 microns, and the print area covers 10 x 6 x 6.7 inches. Since this 3D printer is easy to use, it is a common choice for classrooms or workshops that conduct training. 

  Dremel DigiLab 3D45 Pros

  When it comes to safety, ease of use, and reliability, the Dremel DigiLab 3D45 is great. The Bosch sensor technology that it has ensures that the machine is safe for any learning environment. Similarly, the carbon filters reduce odors and prevent the release of harmful VOCs. Another benefit of this machine is the excellent print quality, so long as you use the proprietary materials. Setting it up is straightforward too – you can almost use it right out of the box!

  Dremel DigiLab 3D45 Cons 

  Although the closed system is a benefit for safety, it creates a drawback when it comes to creativity. The quality of the prints you produce decreases when you use third-party filaments and the machine has a hard time with materials like nylon. If you want to use tools and materials outside of the Dremel ecosystem, it may not be the right machine for the job. 

  

  MakerBot Replicator

  Next on our list is the MakerBot Replicator. This sturdy 3D printer starts at $1,999, and it can accomplish a lot more than a standard budget printer. It is much faster than older MakerBot models, and much quieter too.  The layer resolution reaches up to 100 microns, and the build volume is substantial at 11.6 x 7.6 x 6.5 inches. 

  MakerBot Replicator Pros

  A benefit of the MakerBot Replicator is that it is very quiet. It is much quieter than other models because it uses sound-dampening materials. The software is free and gives you access to many applications and CAD systems. It leads the industry when it comes to downloads, as other printers can use the MakerWare too. 

  Another benefit of this 3D printer is that it is plug-and-play. All you need to do is take it out of the box, and you are just about ready to get started! The user community also helps, since there are always people willing to share ideas and help you solve any problems that you run into. 

  MakerBot Replicator Cons 

  A major disadvantage to choosing this model is that it does not work with ABS filament. The MakerBot Replicator Is ideal for their specialty PLA, but some users have complained that it does not work as well with other materials. An additional drawback to this 3D printer is that it has a weak acrylic build plate. Some have experienced problems where the plate is not flat enough to create certain models, it has even led some to purchase an aftermarket solution. 

  

  Creality Ender 3

  If you’re on a tight budget, look no further than the Creality Ender 3. This filament-based option is ideal for the price, considering it starts at only $240. The build area has a volume of 220 x 220 x 250 mm, and it uses a heated build plate to make printing easier.  Even though it is affordable, its attributes compete with even the most expensive printers! 

  Creality Ender 3 Pros

  By far the biggest advantage of this model is the price. It has a decent print volume and quality while staying affordable, and the open-source system is helpful. Likewise, it is compatible with flexible filament thanks to the tight filament path it has. The Creality Ender 3 is pretty compact and easy to assemble, so you shouldn’t expect to run into any difficulties there. 

  Creality Ender 3 Cons 

  This model isn’t perfect though, and the low price means that the print beds can be a bit flimsy. Other reviews also indicate that the base is known to wobble, so leveling it is difficult. The stepper motors and cooling fans are also very loud, so this is not the best choice for someone looking for a quiet solution. The interface on this 3D printer leaves a lot to be desired. You also have to manually calibrate it, which can be a hassle over time.

  

  Peopoly Phenom

  The Peopoly Phenom is a big 3D printer, with one of the largest build areas available. It is 10.8 x 6.1 x 15.8 inches – so big is an understatement! This model has a 4K LCD screen with a resolution of up to 72 microns. It retails for just under $2,000, so it falls right in the middle of the price ranges on this list. 

  Peopoly Phenom Pros

  The cost of this machine is a huge pro, considering the print area and the wide variety of materials that it supports. It is more affordable than other leading resin printers, and you can print things almost 16 inches wide! 

  Peopoly Phenom Cons 

  The size of this machine can be a drawback, especially if you’re looking to store it in a small area. The Peopoly Phenom also struggles with noise control, so this 3D printer is much louder than some of its competitors. There are many complaints about the confusing interface, and there is no option for it to connect to Wi-Fi.

  

  Artillery Sidewinder X1 V4

  The last 3D printer on our list is the Artillery Sidewinder X1 V4. This model only costs about $400 but still provides a broad set of features for beginners and those on a budget. It can handle many types of materials, including ABS, PLA, and TPU. the build volume is also decent, coming in at 11.8 x 11.8 x 15.75 inches. 

  Artillery Sidewinder X1 V4 Pros

  The Artillery Sidewinder X1 V4 is extremely quiet. It is also easy to put together since it almost comes assembled in the box. This 3D printer also heats up very fast, which can cut down on the time it takes to make your models. Overall, it is a very well-designed machine for the price. 

  Artillery Sidewinder X1 V4 Cons 

  A weak point on this particular model is the ribbon cables it uses. Even though this makes the printer looks sleek, they are prone to breaking, and the delicate wiring can cause uneven heat dissipation. There are also some known issues with the filament holder.

   

  Which 3D printer Will You Choose?

  As you can see, you have quite a few options when it comes to choosing the best 3D printer in 2021. Remember that you should base your choice on how you plan to use it, including which materials you expect to utilize the most.

  If you’re new to 3D printing, consider the options with an easy interface and automatic calibration so you can let it do the heavy lifting for you. If you need to use varied materials are multiple colors, then that will determine your selection since not every 3D printer can manage those requirements.

  All that’s left to do now is make a decision and enter the exciting world of 3D printing!

  If you’d like to discover more about great 3d printers for 2021, you can check out our other lists or media websites like 3dnatives.

• 3D Printing Software Developments from Raise3D (Aug 10, 2021)

  In this edition of Sliced, the 3D Printing Industry news digest, we cover the latest business developments, partnerships, and acquisitions in the additive manufacturing sector.

  Today’s edition includes multiple new 3D printing partnerships, AM software updates, an overview of proper handling procedures for powder waste, and America Makes’ Executive Director John Wilczynski responds to the latest supply chain legislation from the US Senate.

  Read on for the most recent updates from Post Process, Raise3D, Primus Aerospace, 3DS Outscale, Immensa Additive Manufacturing, Trumpf, Lantek, and more.

  

  New 3D printing partnerships for PostProcess, iMakr, Sandvik, and Trumpf

  Kicking off this week’s round-up is the news that automated post-processing system manufacturer PostProcess Technologies has partnered with global chemical firm Henkel to support companies in optimizing their resin 3D printing workflows through automated post-processing. 

  Henkel’s Loctite brand, which enables 3D printing applications in sectors spanning automotive, aerospace, engineering, and consumer goods, will now offer more validated cleaning solutions for its 3D printing resins, enabled by Loctite’s 3D Printing Workflow Tool which records print settings and post-printing cleaning and curing settings. The partnership will also see the two companies continue to develop further materials and technologies for photopolymer 3D printing.

  “It’s exciting for us to cooperate with a renowned brand in the additive manufacturing space,” said Jeff Mize, CEO at PostProcess. “Much like Henkel, PostProcess keeps its eyes on not just one aspect of the additive process, but rather the entire end-to-end workstream. We’re looking forward to enabling Henkel’s future resin material developments with corresponding post-printing solutions that level up productivity and sustainability.”

  Henkel has also joined forces with global 3D printer, scanner, and services reseller iMakr in a partnership that will see the latter supply Loctite 3D printing materials throughout the UK and Ireland, the US, Germany, Denmark, and France. As part of the agreement, iMakr will provide Loctite’s PRO410 professional-grade resin throughout its global network in addition to other ranges under the Loctite brand.

  “We are pleased to be working with iMakr as they focus on education of the customer and matching the right solution based on the customer needs and objectives,” said Sam Bail, Director of Partnerships at Henkel. “At Henkel, we want to ensure customers realize the full potential of our materials.

  “WITH THEIR FOCUS ON CUSTOMER SUPPORT AND PRODUCT TO APPLICATION MATCHING, IMAKR IS AN IDEAL PARTNER FOR US.”

  

  In other partnership-related news, United Arab Emirates (UAE)-based 3D printing bureau Immensa Technology Labs has teamed up with global engineering group Sandvik and Italian additive manufacturing service bureau BEAMIT in a bid to advance additive manufacturing across the Middle East and North Africa (MENA) region. The partnership will leverage Immensa’s technical capabilities and position in the MENA region, and Sandvik’s materials technology, 3D printing processes, and metal powders, to increase the adoption of 3D printing throughout the area.

  “We realize the big potential for additive technology in the MENA region,” said Kristian Egeberg, President of Sandvik Additive Manufacturing. “Through Sandvik’s 158 years of materials knowledge, and our strong expertise across the additive value chain – from metal powder to finished components – we look forward to help drive the implementation of additive manufacturing across a number of industries in the area.”

  Elsewhere, German machine tool manufacturer TRUMPF has acquired Spanish sheet metal software developer Lantek in order to expand its sheet metal treatment and process chain capabilities. In addition to the acquisition, TRUMPF has also launched a new series of its TruPrint 3000 3D printing system which uses powder bed laser melting to produce parts up to 300 (d) x 400 (h) mm in size. 

  The machine is capable of handling weldable materials including steel, nickel-based alloys, titanium, and aluminum, and can be equipped with a second laser that almost doubles its productivity. The way inert gas travels through the machine has also been altered to boost the quality of printed parts and enable the removal of powder from a part while it is still inside the machine. 

  “We’ve improved key aspects of the TruPrint 3000 to tailor it even more closely to the quality requirements, certifications, and production processes of various industries,” said Klaus Parey, Managing Director of Trumpf Additive Manufacturing.

  

  3D printer manufacturer SPEE3D rounds off this week’s partnerships update, having announced plans to install one of its WarpSPEE3D printers at the facility of El Salvador-based additive manufacturing service bureau, 3D in Metal. This marks Latin America as the latest region SPEE3D has entered with its WarpSPEE3D 3D printing systems, which utilize the company’s patented Cold Spray Technology.

  Installing the WarpSPEE3D machine will enable 3D in Metal to meet demand for metal spare parts in the region, which often outstrips local capability.

  “In developing regions spare parts can sometimes be difficult to source,” said Byron Kennedy, CEO of SPEE3D. “Though, with the WarpSPEE3D metal printer now at 3D in Metal for example, this can help leapfrog these regions to maintain their future supply and demand of metal parts much more easily. 

  “THE INSTALLATION IN EL SALVADOR JUST HIGHLIGHTS THE UNIQUE CAPABILITIES OUR EASILY DEPLOYABLE TECHNOLOGY CAN BRING TO THE REGION.”

  

  3D printing software developments from Raise3D and 3DS Outscale

  Moving onto the latest software news, 3D printer manufacturer and software developer Raise3D has launched the latest version of its slicing software, ideaMaker 4.1.0. New improvements to the software include a texture generation feature, which adds texture to a model’s surface based on a greyscale 2D image. The feature allows users to easily create different iterations of the same STL model by applying different patterns on its surface.

  Further updates to the software include a new Texture Library offering users multiple textures from which to choose from, and a Belt Printer feature that gives the Y-axis an unlimited length to enable users to make longer objects or uninterrupted duplicates of a 3D model. Added support is also included for converting an imported image into a 3D model, alongside support for infills generated from the image, and nozzle modifiers.

  Meanwhile, 3DS OUTSCALE, a Cloud subsidiary of 3D CAD software provider Dassault Systèmes, has established operations in Japan with the opening of a cloud region made up of two availability zones spread across three data centers around Tokyo. 

  The move will see 3DS OUTSCALE provide its main Cloud computing services and its catalog of on-demand services to the Japanese market, including customized virtual machines, storage services, virtual private cloud, and DirectLink services. The firm has established a local company, OUTSCALE KK, to ensure sovereignty and security according to local regulations.

  “The adoption of Cloud computing and the strong growth potential of the Japanese market make it a very attractive hub for our customers in Asia,” said David Chassan, Chief Strategy Officer at 3DS OUTSCALE. 

  “3DS OUTSCALE IS BECOMING A REFERENCE FOR EUROPEAN COMPANIES WISHING TO ESTABLISH THEMSELVES IN JAPAN AND WE ARE PROUD TO ACT AS A REFERENCE OF THE TRUSTED CLOUD IN THE LAND OF INNOVATION.”

  Velo3D metal AM system purchased solely for aerospace and defense applications

  Aerospace and defense contract manufacturing partner Primus Aerospace has purchased a titanium-dedicated metal additive manufacturing system from 3D printer manufacturer VELO3D, which it will use in the production of cube satellites, hypersonics, and turbo engines.  

  The Ti6Al4V Sapphire 3D printing system will be fully dedicated to fulfilling applications in the aerospace and defense sectors in order to achieve design and manufacturing capabilities for novel aerospace applications. Primus’ customers include the likes of Lockheed Martin, Boeing, Northrop Grumman, General Dynamics, and Raytheon, to name a few.

  “Primus Aerospace is an excellent partner for us with their customer focus, commitment to innovation, and adoption of leading-edge technology,” said Benny Buller, Founder and CEO of VELO3D. “Our capabilities will help them deliver to engineers and supply chain managers the part designs they want, not the limited part geometries that other commodity-AM suppliers say they can have.

  “THE SYNERGIES BETWEEN OUR TWO COMPANIES WILL SUPPORT DEVELOPERS OF NEW PRODUCTS TO OPTIMIZE THEIR DESIGNS WITHOUT COMPROMISE OR RESTRAINT.”

  

  Sintavia publishes disposable procedures for powder waste

  Florida-based metal 3D printing service Sintavia has published an overview of proper handling procedures for powder condensate waste generated as part of the powder bed fusion (PBF) 3D printing process. Powder condensate refers to solidified particles resulting from the evaporation of metal alloys during PBF which are typically deposited into a collection chamber within the 3D printer or wet-vacuumed out of the build chamber.

  As metal 3D printing enters maturity, powder condensate as a waste stream requires manufacturers to allocate proper resources for its safe disposal in line with environmental and safety regulations, according to Sintavia. 

  Ashley Wallace, Sintavia’s Quality and EHS Engineer, has written a paper in partnership with the Additive Manufacturer Green Trade Association(AMGTA) and Triumvirate Environmental titled, “Overview of Disposal Procedures for Powder Condensate Within Metal Powder Bed Fusion”, which lays outs procedures used in the US for analyzing and disposing of condensate from the PBF process, and real-world examples of how this can be done. 

  

  America Makes Executive Director applauds major supply chain legislation

  Rounding off this week’s news is the introduction of new bipartisan supply chain legislation by US Senators to establish an office of Supply Chain Preparedness, offering a major shift in the approach to how the US manufacturing industry can respond to future crises. 

  Executive Director of the US 3D printing national accelerator America Makes, John Wilczynski, has applauded the legislation in a statement, underlining the need for a “comprehensive, national approach” to supply chain readiness, having praised US President Joe Biden’s executive order for mandating a review into the country’s supply chain dependency last month. 

  “With the White House’s renewed focus on manufacturing policy, this bipartisan supply chain legislation comes at the appropriate time to continue the conversation and establish an office of Supply Chain Prepareness to ensure our country is ready to respond appropriately to future scenarios and codify a lasting regulatory framework,” he said. 

  “Since the beginning of the Covid pandemic, America Makes and the additive manufacturing community have seen firsthand how critical regulatory clarification, capabilities mapping, and needs assessments are for a swift and effective response. Through this experience, our industry has been on the front lines, hard at work to develop a lasting road map for advanced manufacturing supply chains that can be used in times of crisis. 

  “THIS LEGISLATION IS A WELCOME STEP IN HELPING TO SET STANDARDS FOR SUPPLY CHAIN READINESS FOR THE FUTURE OF AMERICA.”

• Russian mining behemoth Nornickel adopts 3D printing technology (Aug 10, 2021)

  (Kitco News) - Nornickel, the world's largest producer of palladium and high-grade nickel and a major producer of platinum and copper, reported today that the industrial automation control laboratory of the Bystrinsky mine complex in Russia was equipped with a modern 3D printer. 

  With its help, Bystrinsky manufactures plastic parts for the equipment installed at the industrial site, which allows the company to reduce the time being spent on its repair and replacement of consumables.

  "Raise3D Pro2 Plus is the best large format 3D printer in its class," said Nornickel's representative Nikolay Shchapov. "It allows us to print parts of the most complex configuration with a maximum size of 30 by 30 cm and a height of up to 60 cm," added Shchapov.

  According to Nornickel, previously, spare parts had to be ordered from manufacturers, which lengthened the time of repair work. Now they are made independently, directly at the production site. Today they are already in use at the processing plant, the site of the auxiliary shops and in other divisions of the mine complex. This 3D printer is also allowing to make parts remotely. 

  Norilsk Nickel is a diversified mining and metallurgical company, the world's largest producer of palladium and high-grade nickel and a major producer of platinum and copper. The company also produces cobalt, rhodium, silver, gold, iridium, ruthenium, selenium, tellurium, sulphur and other products.

  The production units of Norilsk Nickel are located at the Norilsk Industrial District, on the Kola Peninsula and Zabaykalsky Krai in Russia as well as in Finland and South Africa.

• Edward Feng, Global CEO of Raise3D, Comments on the Impact of the Expiration of Stratasys Patent (Aug 10, 2021)

  Last week we reported on the expected expiry of patent US6722872B1, which has given 3D printer OEM Stratasys exclusive rights to use its proprietary heated build chamber design for over 20 years.

  Having now confirmed the expiry of the patent with Stratasys, we reached out to a number of extrusion-based 3D printing companies – including Stratasys – to get their thoughts on the matter.

  A Stratasys spokesperson told 3D Printing Industry, “Some oven patents have expired, but we continue to create and develop new technology that is already resulting in new patents on heated oven technology. We also are continuing to innovate on other dimensions of FDM performance, as you would expect from a technology leader in the segment.”

  

  Charles Han, CEO and Founder of INTAMSYS

  Q: What are your thoughts about the expiry of the Stratasys patent?

  Charles Han, CEO and Founder of INTAMSYS: “Now that the heated chamber patent has expired, I believe industrial users will benefit as more players will focus on bringing better FDM/FFF solutions to market. This will lead to more innovation, lower costs, more applications, and a better ROI for customers. Utilizing industrial grade FFF systems will become more popular, more competitive and will replace even more traditional manufacturing methods.”

  Q: Do you plan to bring new systems to the market that take advantage of the expired IP, either via new hardware, or unlocking software to allow increased temperatures in the build chamber?

  Han: “INTAMSYS has been engaged in industrial FFF technology research over 5 years. Moving forward our vision remains the same, and we are already prepared to take advantage of this opportunity.  We are happy to announce the commercial availability of our latest innovative product, the FUNMAT PRO 610 HT. This unit is our largest (610mm x 508mm x 508mm) and most capable high temperature (500°C nozzle, 300°C build chamber) solution, compatible with PEEK, ULTEM 9085, ULTEM 1010 and even EXTEM.”

  

  John Olhoft, President of LulzBot

  Q: What are your thoughts about the expiry of the Stratasys patent?

  John Olhoft, President of LulzBot: “Any time patents expire it presents an opportunity to the Open Source community for building upon groundwork that has been laid in years prior.”

  Q: Do you plan to bring new systems to the market that take advantage of the expired IP, either via new hardware, or unlocking software to allow increased temperatures in the build chamber?

  Olhoft: “At LulzBot we continue to offer Open Source solutions and provide a wide ranging variety of resources to our users patent-free. If we were to integrate this type of design into our next generation of machines, it would cater to the prosumer market with an emphasis on materials that print at above 300°C.”

  Davide Ardizzoia, 3ntr.net

  Q: What are your thoughts about the expiry of the Stratasys patent?

  Davide Ardizzoia, 3ntr.net: “The expiration of Stratasys’ patent is not going to change that much in our offering. We are currently offering machinery with active heated chambers up to 250°C that are perfectly legal and compliant with SSYS patents.”

  Q: Do you plan to bring new systems to the market that take advantage of the expired IP, either via new hardware, or unlocking software to allow increased temperatures in the build chamber?

  Ardizzoia: “We have been the ones that had Scott Crump at our Formnext booth drooling over our TPU prints long before his machines were able to do so. We plan to release a new machine that will move the bar higher, marginally affected by the 1% of SYSS patents that have expired. Even today, we can print TPU, ASA, and support structures into a heated chamber. I know of no one able to match this.”

  Edward Feng, Global CEO of Raise3D

  Q: What are your thoughts about the expiry of the Stratasys patent?

  Edward Feng, Global CEO of Raise3D: “Just the fact that a patent expiration is in the news shows the importance of Stratasys’ and Scott Crump’s work. That said, we should also note that, despite the existing patents, the last decade showed that whenever there is a strong value proposition, like the one Additive Manufacturing has, the market will find innovative ways of addressing it.”

  Q: Do you plan to bring new systems to the market that take advantage of the expired IP, either via new hardware, or unlocking software to allow increased temperatures in the build chamber?

  Feng: “We plan to make Flexible Manufacturing Solutions available to the market with 3D printing, and that includes: the delivery of entry-level, scalable, easy-to-operate, additive manufacturing systems, that are used for low-volume or agile production. For competitive reasons, we don’t include patent expiration as a factor on our innovation roadmap.”

  Mateusz Sidorowicz, Marketing Director of 3DGence

  Q: What are your thoughts about the expiry of the Stratasys patent?

  Mateusz Sidorowicz, Marketing Director of 3DGence: “It is an important step for companies like ours that are bringing robust industrial grade, high-quality, and cost-effective technology to market. There is a lot of validation that simply takes time like endurance testing to bring all of the technical requirements together to produce a viable solution, and the enclosed heated chamber is a key part of this technology. I hope that this will only speed up the progress and it won’t have a negative impact on the market through low quality solutions that may appear.”

  Q: Do you plan to bring new systems to the market that take advantage of the expired IP, either via new hardware, or unlocking software to allow increased temperatures in the build chamber?

  Sidorowicz: “Due to the patents, our focus since 2016 has been on all the variables required to print the highest performance materials successfully. There is much more to the technology in addition to the heated chamber. Now also being able to compete with our next generation of rigorously tested industrial grade hardware and software – across the portfolio of FFF high-temperature printers – makes our total solution even stronger. We will be expanding our portfolio, starting with the INDUSTRY F350, over the next 12 months.”

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