In 3D Printing Information Briefs right now, Mingda launched a brand new high-temperature IDEX FDM 3D printer, whereas Wayland Additive provides new Combined Actuality service packages for the Calibur3. Collaborative researchers on the College of Sheffield and the College of Madison-Wisconsin developed a light-weight 3D printed electrical motor. In medical information, Bioprotece and Match 3D used an Eplus3D steel printer to make {custom} prostheses, and Ford of Mexico created a free 3D printable wheelchair for canine!
Mingda Introduces Excessive-Temperature IDEX MD-400D 3D Printer
The Mingda MD-400 with 3D printed automotive elements.
Industrial 3D printer producer Mingda, primarily based in Shenzhen, has launched its new high-temperature FDM 3D printer, the versatile MD-400D. The high-performance system options computerized mattress leveling, silent air filtration, a considerable 400 x 400 x 400 mm free mode construct quantity, and unbiased double extruder (IDEX) know-how. The latter permits the MD-400D to have 4 separate printing modes for improved productiveness and flexibility. First, Duplicate Mode can print two an identical elements on the identical time, whereas Mirror Mode permits 3D printed symmetrical fashions. Twin-Coloration Mode provides extra inventive freedom, because it permits completely different elements of a mannequin to be printed in two completely different colours. Assist Mode can simply print extremely exact, advanced structural fashions, permitting each the common high-performance materials and the breakaway helps to be extruded individually—guaranteeing a straightforward help elimination course of and a clear, clean end.
Excessive-temperature scorching ends, able to heating as much as 350℃, are appropriate with a spread of engineering-grade supplies, corresponding to Nylon carbon fiber, PET-glass fiber, ABS carbon fiber, Nylon glass fiber, and extra. Plus, the MD-400D additionally prints with versatile filaments because of the dual-gear direct extruder. The printer also can accommodate widespread scorching ends, which may attain as much as 250℃ and help extra typical supplies like ABS, PLA, TPU, and PETG. Extra options embody a versatile PEI platform, absolutely enclosed steel chamber, and a 5″ touchscreen, with an easy-to-use person interface and help for SD, U disk, and Sort-C 3D printing strategies. All in all, the brand new MD-400D is a superb addition to Mingda’s skilled AM portfolio and would go well with a wide range of functions, together with jigs and fixtures, analysis and training, medical and aerospace elements, and extra. You’ll be able to request a quote for the printer right here.
Wayland Additive Provides Revolutionary MR Put up-Gross sales Companies
Metallic AM firm Wayland Additive introduced new superior bundle choices for post-sale Calibur3 service contracts and collaboration, which use modern Combined Actuality (MR) capabilities. RemoteSpark, a user-focused MR efficiency instrument, will ship these capabilities by way of its immersive, hands-free surroundings, with on the spot entry to 2D and 3D holographic belongings that provide help for coaching, process completion, and operational effectivity. MR blends the bodily and digital worlds to present customers the prospect to work together in actual and digital environments on the identical time, which suggests new functions are opened up throughout many manufacturing sectors for well timed, cost-effective after gross sales service. For instance, the RemoteSpark instrument permits safe, low-bandwidth audio and video calls between clients and Wayland consultants if help is required with the Calibur3 and its NeuBeam know-how.
“Collaboration with our clients is central to how we function at Wayland and is prime to our success, however extra importantly, that of our clients,” stated Peter Hansford, CRO at Wayland Additive. “This combined actuality strategy to our put up sale service contracts helps us to ship extra for them. The sustainability angle can also be an vital one, in a world the place all of us should be extra conscious of our carbon footprints, we are able to work with our purchasers in a significant approach, in actual time with out leaping on a aircraft to assist them resolve any points. It’s sooner, it’s far more environment friendly and it retains these carbon miles approach down. It simply works and is a Win-Win-Win — for our clients, for Wayland and for the surroundings.”
Researchers Create 3D Printed Electrical Motor Prototype
Researchers from the College of Sheffield and the College of Wisconsin-Madison (UW-Madison) collaborated to construct a 3D printed electrical motor prototype. The demand for electrical motors is rising as we strategy the following part of transportation electrification, which would require extra light-weight batteries and vitality highly effective motors. The prototype was made with a higher-percentage silicon electrical metal that reduces vitality losses, which is an efficient first step in direction of electrical motors that improve their energy whereas utilizing much less materials. The design is a round object referred to as a stator with prongs which have wires wrapped round them to create a magnetic discipline, and due to 3D printing, the prototype options prongs with an intricate design of skinny geometric traces that scale back vitality loss. Historically, electrical motor stators are made utilizing a lamination course of and electrical metal alloy with solely 3% silicon, which will increase vitality loss charges and lowers effectivity. The alloy the group used has 6.5% silicon, which reduces vitality loss however doesn’t maintain up by way of lamination. 3D printing got here to the rescue once more, because it makes use of much less strain and may rapidly print delicate patterns. UW-Madison researchers accomplished testing of the motor and located that its torque density had improved.
“This challenge has proven the massive potential that additive manufacturing has for electrical machines, with light-weight, environment friendly buildings which have by no means earlier than been attainable utilizing every other manufacturing method,” stated Alexander Goodall, a doctoral scholar in Sheffield’s Division of Supplies Science and Engineering who got here up with the idea and designed, developed and manufactured the stator. “It was a pleasure to work with the group at WEMPEC (an internationally famend energy electronics analysis and electrical machines analysis group positioned at UW-Madison) to show this concept right into a actuality.”
Bioprotece and Match 3D Use Eplus3D’s Latest Printer for Customized Prostheses
The EP-M260 steel 3D printer from Eplus3D has enabled Bioprotece and Fit3D to supply custom-made prostheses with intricate buildings.
Transferring on, medical gadget firm Bioprotece and Match 3D, a division of the IPMAGNA firm devoted to manufacturing implantable prostheses, are utilizing a brand new steel 3D printer from Eplus3D to produce {custom} prostheses with intricate buildings. By way of a strategic partnership with Tecmahe, a famend industrial options supplier in Argentina, Eplus3D is partnering with the Argentinean prosthetics firms to enhance their choices. Collectively, the 2 bought a dual-laser EP-M260 steel 3D printer, which has allowed them to advance their prostheses manufacturing strategies.
The EP-M260, good for medium-sized elements and small batch manufacturing, options an optimized filtration system, gasoline stream administration, real-time monitoring, steady operation, and quantitative powder feeding and coating for much less powder waste. Eplus3D makes use of rigorous laser beam high quality management throughout steel powder melting to verify the system meets precision necessities of Bioprotece and Match 3D’s tremendous trabecular prosthesis construction, which promotes bone regeneration and osseointegration. The EP-M260 has majorly improved their manufacturing capabilities, enabling them to print {custom} prostheses sooner than rivals.
Ford of Mexico Engineers 3D Printable P-Raptor Canine Wheelchair
The Ford Motor Firm appears to have a delicate spot for animals, submitting a number of patents for pet merchandise like an built-in bowl with water stage sensing know-how and an accessible scooter. In 2022, the automaker used 3D printing for the FITS system in its Maverick truck, and now engineers at its Mexican arm have developed a free 3D printed answer for canine with mobility points: the P-Raptor wheelchair. Identical to the Ford F-150 Raptor truck, the P-Raptor was designed with massive wheels—to assist canine simply cowl any terrain—and likewise options headlights, a grille, and a blue oval badge within the entrance. It could actually have electrical motors put in within the wheels to make issues simpler on the canine, and the wheels might be positioned on the entrance or the rear. The modular 3D printable wheelchair may even accommodate canine that also have their limbs however can’t help their very own weight anymore. Lastly, the P-Raptor has an adjustable harness so it matches a number of canine physique shapes; all you must do is enter your pet’s dimensions into the web site once you get the design file. The P-Raptor wheelchair might be free to obtain quickly, and is straightforward to print and assemble.
In a Google-translated quote, Santiago Muleir, Product Growth Engineer for Ford of Mexico, stated, “The target of utilizing 3D printing know-how is {that a} larger variety of folks and associations can have entry to P-Raptor, bearing in mind that such a printing has develop into extra in style in recent times and the prices have gone down, making it a extra accessible product.”
Subscribe to Our E mail Publication
Keep up-to-date on all the most recent information from the 3D printing trade and obtain data and provides from third social gathering distributors.
