(506) 2240-6804
Spectra 3d printer
Arcam EBM_Spectra H_Machine | GE Additive
Arcam EBM Spectra H
Spectra H’s high-heat capability enables users to incorporate new alloys into production to expand their offerings, including high-temperature, crack-prone materials.
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High heat for high-temperature alloys
With Spectra H’s high-heat capability, users can incorporate new alloys into production to expand their offerings, including high-temperature, crack-prone materials. The Spectra H has the capability to produce parts at temperatures exceeding 1,000 °C. The machine’s enhanced capacity is opening up new opportunities to produce high-integrity parts larger and faster than ever before. As part of a system that simplifies operation and maximizes output, Spectra H is the evolution that's helping the industry take the next step forward.
BUILD VOLUME: 250 x 430 mm (Ø/H)
ELECTRON BEAM POWER: 6kW
DOWNLOAD BROCHURE
AVAILABLE MATERIALS
- Arcam EBM Ti6Al4V Grade 5, P-Material datasheet
- Arcam EBM TiAl, D-Material
- Arcam EBM Nickel alloy 718, D-Material
- Arcam EBM Highly Alloyed Tool Steel, D-Material
Powder Recovery Station 30
GE Additive offers a comprehensive powder handling system to support EBM machines, including the Spectra H, both pre- and post-build. Learn about the PRS 30 for efficient, automated recovery of additive powder from builds on the Spectra H.
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The EBM process at work
The EBM process utilizes a high-power electron beam that generates the energy needed for high melting capacity and high productivity. The hot process allows you to produce parts with no residual stress and the vacuum ensures a clean and controlled environment.
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Arcam EBM Spectra L:
Largest EBM build envelope for high-volume production of quality parts
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Arcam EBM Q10plus:
Optimized for serial production of orthopedic implants
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Arcam EBM Q20plus:
For cost-efficient production of large, distortion-free aerospace components
LEARN MORE
Arcam EBM A2X:
Advanced process and material development in a clean and controlled environment
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explore all machine solutions
Are you ready to create metal parts using
high-temperature, crack-prone alloys?
Tomas Kellner
19 September 2019
Where to buy - Spectrum Filaments
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Australia
Bilby3D Sydney – Kingsgrove
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192 Kingsgrove Rd,
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Innovative Pro Engineering
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3D Printing Canada
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Nadrazni 1958/48d
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Hohlweg 1
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FORMWERK
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Justcreate.sk
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Kemtek Imaging Systems
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ALLNET Ibérica
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3d-printerstore.ch
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Celetronix.com
Magasin N° 16 et 17 Centre SAID
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SkyOne 3D printer MFP
SkyOne 3D printer MFP
We offer a novelty in the world of three-dimensional technologies - SkyOne 3D printer MFP. Unlike most similar printers, SkyOne has advanced features that allow you to solve a wide range of tasks. SkyOne is universal coordinate a machine that has the ability to work as a 3D printer, engraver, CNC milling machine.
Thanks to easily replaceable extruder and adaptive design of the 3d printer, it is possible to install a tool suitable for performing various tasks such as spindle, dispenser, vacuum gripper or pneumatic marker.
The rapid development of additive technologies has led to the high popularity of 3D printing. Quality and beautiful 3d printing opens up great opportunities for us. 3D modeling and prototyping is the newest way receiving high-quality small-scale industrial products, three-dimensional images and figures. 3D printers are widely are used in design, construction and industry. A full copy of the future development saves time and means to avoid inaccuracies and errors.
SkyOne is a versatile and functional 3D printer.
SkyOne Benefits
Multifunctionality. SkyOne 3d printer is also engraving and milling car.
Compact. Dimensions 275x250x400 mm with print area 140x190x200 mm.
High speed, quick preparation for printing. Coordinate machine quick release extruder, allows promptly prepare the printer for milling and engraving.
Rich equipment and a choice of one of two colors solutions.
In the 3dlaboratorio online store you can buy a SkyOne multifunctional 3D printer and all the necessary consumables materials at a bargain price. The basis of our company's activity is the production of high-quality three-dimensional printers and sale of consumables. We are also happy to offer you:
- Engraving sets.
- Durable and easy to machine plastics.
- Varnish for printing from the manufacturer.
- Training in the latest 3D technologies.
- Accessories for 3D printers.
- Prompt delivery of SkyOne 3D printer and accessories.
Having a high quality and fast 3D printer is only part of the success. Correct selection of consumables materials plays a key role in obtaining the desired result. When choosing, it is important to be guided by the properties and purpose plastics for printing. It is important to note that each plastic has individual properties and is suitable for certain areas of application. For example, PLA+ is a biodegradable plastic and is great for food, medical spheres, while FLEX is resistant to wear, neutral to oils and gasoline.
We invite you to free training in 3D printing. We teach our clients 3D technologies and share last achievements in a surprisingly interesting field. Free training is a great opportunity to join popular and rapidly growing field of 3D modeling.
Employees of our company will help you choose plastic for solving any problems. By working with us, you get the ability to organize a constant supply of high-quality accessories for printing at competitive prices.
Events
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3D printing festival in St. Petersburg
Dear colleagues! We are pleased to announce the participation of SkyOne at the 3D Printing Festival in St. Petersburg. Come, your Attention will be presented to practical examples of using a 3D printer - milling cutter.
You will demonstrated how can be successfully printed and milled! The festival will take place on 9February 2019, from 10:00-19:00, at the address: Saint Petersburg, Congress Center "PetroCongress", st. Lodeynopolskaya, 5. See you! -
New company development - plastic dryer
3DLaboratorio presents a new innovative development - a dryer for plastic
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Participation in the exhibition "3D Print Expo"
We invite you to visit us at the exhibition "3D Print Expo" in Sokolniki, booth E17, 13 and 14 October.
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Participation in the exhibition "Interplastica 2017"
24-27 January HTW we invite you to visit our booth at the exhibition "Interplastica 2017".
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Best Innovative Company 2016 Award
According to the results of the 3D Pint Expo, the HTW team received an award "Best Innovative company 2016" for own development - 3D printer / engraver / router SkyOne.
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Preparing for the exhibition "3D Print Expo"
Our company is in full swing preparing for the 3D Print Expo, at which we will present coordinate machine SkyOne, a milling kit for it and plastics for printing.
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RosUpack Exhibition
SkyOne printer presented at the booth of "Electroprivod" company at the annual exhibition "RosUpack".
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Engraving and milling kit
Passing the final tests of the milling and engraving kit. Exit to sale scheduled for August 2016.
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Color range
The SkyOne 3D printer is on sale in white and silver.
21 3D Printing Case Studies [Part 2]
3D printing is a manufacturing process that creates a physical object from a digital model file. The technology works by adding material layer by layer to create a complete object.
The 3D printing process was developed in the 1980s and was originally called "rapid prototyping". It allowed companies to develop prototypes faster and more accurately than other methods.
After more than 30 years of innovation, its use is much more varied today. Businesses, engineers, designers, educators, healthcare professionals and hobbyists are using this technology for a variety of purposes.
This is the second part of the article, before reading we advise you to read the first part in our blog.
New developments in the space industry
The use of 3D printing reduces the cost of expensive and specific prototypes, tools and machines for space and allows small companies to innovate in the space industry.
Relativity, an aerospace company, is testing aluminum rocket motors using additive manufacturing. If successful, this development will drastically reduce the costs and practical difficulties of space travel, opening the space to new business.
Masten Space Systems is another company driving change in the aerospace industry: Founded in 2004, the company specializes in VTOL and VTOL rockets. Using 3D printers, Masten made plastic rocket motors for research testing.
Generative design
Generative Design - Uses the power of artificial intelligence to develop new high-performance product design iterations that help solve complex problems, reduce component weight and manufacturing costs, expand customization options, and optimize performance.
Brackets and posts where forces are well defined are common parts for generative design.
3D printing is great for creating complex, organic objects. With a wide range of material properties tailored to specific applications, you can expect designs you've never seen before. Engineers can use artificial intelligence to find and test complex new designs quickly, efficiently, and at scale, dramatically reducing research and development time for new products. Then, using their own 3D printer, they can bring the complex shape to life to hold and test.
Improving the delivery of educational material
In addition to training the future workforce in CAD and 3D printing, universities are beginning to see the benefits of using 3D printers in a wide range of academic disciplines.
The University of Massachusetts Lowell has upgraded its sculpture and 3D design courses. Yuko Oda, who joined the university in 2017, started by ordering a lot of 3D printers.
Yuko has been able to bring her passion for art and technology into the classroom, and she currently teaches sculpture, 3D modeling and animation. Most students know that they need to understand 3D animation and 3D modeling for future careers in various fields, including film sculpture design. For artists, 3D modeling has become a necessary skill.
One of the most promising new advances in sculpture is the integration of 3D printing and virtual reality (VR). This is especially true for students who are intimidated by 3D design. VR is rapidly lowering the barriers to 3D design, allowing artists and students to create with their hands in software such as Oculus Medium. Yuko taught eighth graders how to create 3D objects in 30 minutes in VR and then print them out on a 3D printer. Even for experienced sculptors, VR shortens the time it takes to move from an idea to a physical object, potentially opening up new areas of experimental art.
Endangered bird rescue
When zookeepers at the ZooTampa Zoo in Florida were doing a routine checkup on a 25-year-old great hornbill, they found an injury at the base of the saddlecloth, a yellow, helmet-like growth on the top of the bird's head. Further examination revealed that the bird, named Crescent Moon, was suffering from life-threatening cancer.
The cancer located next to the bird's skull could not be removed because it contained part of the bird's sinuses. The zoo team wanted to know if it was possible to remove the cancerous tumor and replace the base of the bird's saddle with a 3D printed copy made especially for it. 3D printed prostheses and patient-specific devices have already been used in human procedures, but never for hornbills.
A successful 3D printed "reserve beak" was created using BioMed White Resin material. It is an opaque white material for biocompatible systems requiring long-term skin contact or short-term mucosal contact.
Spare parts and custom parts
Left controller with Fuse 1 3D printed buttons, right with injection molded buttons.
One of the problems with custom-made parts is that these orders tend to be made in low volumes and must change with OEM updates. But with the rise of private 3D printing, custom manufacturing has taken off in many industries.
Battle Beaver Customs specializes in custom game controllers. Their modifications make controllers more responsive and more competitive, allowing players to increase their gaming potential and achieve peak performance in various games. Rapid prototyping with a 3D printer allows the company to quickly change mount and button designs. When creating custom-made consumer goods, fast lead times can pay dividends for companies looking to stay ahead of their competitors. According to Michael Crunell, head of research and design at Battle Beaver Customs, "The Fuse 1 3D printer is great for making changes quickly, from concept to final part. Our competitors can't keep up."
Making interesting bath bombs
With 928 stores in 48 countries, Lush Cosmetics is known around the world for creating creative and eye-catching products such as body oils, bath bombs and more, and attributes its success to its ability to quickly respond to trends and customer demand.
To bring new, industry-defining, highly detailed beauty products to life, the company had to turn to 3D printing. They have invested in a next generation additive manufacturing center to create molds, tooling and final parts.
Lush Cosmetics produces vacuum molds using 3D printers.
"We use our 3D printers to create molds, tooling and final parts. Having these capabilities means we don't have to share designs with other companies because we own the entire product development process," says Damien Carter, Head of Innovation Lab at Lush Cosmetics.
Real mass customization
3D printing opens up new business opportunities such as mass customization. What used to be too complex, prohibitively expensive, or impractical to produce with traditional methods is now available at no extra cost with digital technology, giving designers full control and opening the door to fully customizable consumer products.
A good example of this is Gillette's Razor Maker program, which allows customers to personalize their razor handle by choosing different patterns or colors.
"For Gillette, the Razor Maker pilot project represents an important step towards customization, where new technologies and new business models must come together to provide unique products to our consumers," said Donato Diez, Global Brand Manager for Gillette and Razor. Maker.
Dental Printing
Desktop 3D printers are increasingly found in dental laboratories and clinics. In fact, the popular 3D printed clear aligners are perhaps the most successful application of 3D printers we have seen so far.
Over the past ten years, 3D printing has advanced so much in dentistry that now no new dental lab opens without using some form of digital dentistry. 3D printing materials are so good that they can be used to produce crowns, dentures and more.
3D printing technologies thrive in an environment where our unique bodies require custom solutions. As a result, the dental industry is undergoing a rapid digital transformation, with digital workflows delivering increased efficiency, consistent high quality, and reduced costs for dental labs and clinics.
3D printed gorgeous glasses
Marcus Marienfeld AG has distinguished itself from the conventional spectacle frame industry by using different and unique manufacturing techniques to create its frames. They recently started introducing 3D printers to their eyeglasses production line in their workshop.
"When you have a 3D printer, you become very inventive and creative. I can create things with minimal effort that I wouldn't even try to create if I didn't have a 3D printer," says Markus Marienfeld.
Infinite Possibilities
As workflows have evolved over the past few years and taken hold across industries, we are starting to see the revolutionary potential of 3D printing emerge.
From dentistry and healthcare to consumer products, architecture and manufacturing, society is increasingly interacting with 3D printed products. Creating bespoke parts, reducing lead times and overheads, and empowering customers to personalize products - we can only expect the impact of 3D printing to expand further.
