All3DP on LinkedIn: The Best Metal 3D Printers in 2024 (2024)

Check out our latest delivery to a satisfied client! Using ABS Industrial filament and our FDM printers resulted in parts with no warpage. Are you in need of industrial or commercial parts? Additive manufacturing is the solution you're looking for! It allows for quick turn-around times of complex and critical parts. #additivemanufacturing #3Dprinting #industrialprint #commercialprint #manufacturing

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In brief, ATO Lab+ combined with Farsoon FS121 is the ultimate toolkit for materials developers. Countless possibilities within hours or just a few short days. obtain your high-quality metal powder in hours or a few days using ATO Lab+. When you have your novel metal powder ready, you can start conducting additive manufacturing tests using the Farsoon FS121, a high-performance equipment, with very low material consumption and argon that allows you full control of every parameter.#metalpowder #additivemanufacturing #alloys #metal3dprinting #3dprinting

Interested in meeting the most advanced FDM additive manufacturing system #Stratasys has ever produced? Having invented #FDM technology over 30 years ago, we’re sure this new system breaks the mold. Here’s a few reasons why:➡️ Twice the SpeedThe F3300 prints up to twice the speed of current industrial FDM printers, producing twice as many parts in the same amount of time. Factored against the printer’s amortized cost, the more parts you print per unit of time, the lower their cost.➡️ Twice the ThroughputCompletely redesigned systems enable increased part quality and higher yields. More parts produced and reduced scrap lowers overall part cost.➡️ Lower Cost Per PartLarge 4100 cc (250 cubic inch) material spools and simpler spool design lessen their manufacturing cost, particularly for high-performance materials. As a result, this lowers material prices and reduces a customer’s cost to print each part.➡️ Built For ManufacturingThe F3300 incorporates features like autocalibration that eliminate or reduce the labor required to operate the printer. This takes cost out of your operation, lowering your cost to produce parts. So, without any further delay, head over to the Stratasys blog to meet the most advanced member of the FDM team, designed to make additive work for you: https://okt.to/f42usD#addstratasys #MakeAdditiveWorkForYou #additivemanufacturing

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EOS M 290 Multi-Machine Capability Study.An investigation into the performance of a standardized test job layout built on three different EOS M 290 systems using EOS Titanium Ti64ELI. demonstrated a few significant insights. In a nutshell, the results verify that theadditive manufacturingsystem:• Shows a capability that surpasses 4 Sigma for the tensile properties across the three machines located in different facilities• Proves that the DMLS process remains capable of repeatable outcomes that exceed the ASTM requirements for Ti64 ELI• Verifies that EOS systems are ready for decentralized serial additive manufacturingGet the free Whitepaper and more here:https://lnkd.in/dsQweHB6#DMLS#engineering#3Dprinting#ShapingFuture #additivemanufacturing #EOS

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EOS is rolling out Al5X1, a heat-treatable aluminum alloy boasting both high elongation and strength. It doesn’t require quenching, which is a real cost-saver. Skipping the hot isostatic pressing (HIP) step is another win for the pocketbook, given how expensive laser powder bed fusion (LPBF) machines are. EOS is betting that these cost savings will not only make this material a hit in the aerospace sector but also help it break into tougher markets like automotive and electronics. With a UTS of 410 MPa and 14% elongation, Al5X1 has the potential for wide-ranging and colorful applications.#3DPrinting

EOS M 290 Multi-Machine Capability Study.An investigation into the performance of a standardized test job layout built on three different EOS M 290 systems using EOS Titanium Ti64ELI. demonstrated a few significant insights. In a nutshell, the results verify that theadditive manufacturingsystem:• Shows a capability that surpasses 4 Sigma for the tensile properties across the three machines located in different facilities• Proves that the DMLS process remains capable of repeatable outcomes that exceed the ASTM requirements for Ti64 ELI• Verifies that EOS systems are ready for decentralized serial additive manufacturingGet the free Whitepaper and more here:https://lnkd.in/dsQweHB6#DMLS#engineering#3Dprinting#ShapingFuture #additivemanufacturing #EOS

Built for Manufacturing, the F3300 is the fastest CAD to print system in the FDM marketplace.𝗙𝟯𝟯𝟬𝟬.This industrial #3Dprinter unlocks the most demanding of applications for performance oriented buyers. When increased throughput and lower cost per part are your top #3Dprinting priorities, rely on F3300, the fastest FDM printer on the planet.#F3300VideoSeries #BuiltforManufacturing #additivemanufacturing #addstratasys #F3300 #Throughput #PurplePlatypushttps://okt.to/L0dqUE

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EOS M 290 Multi-Machine Capability Study.An investigation into the performance of a standardized test job layout built on three different EOS M 290 systems using EOS Titanium Ti64ELI. demonstrated a few significant insights. In a nutshell, the results verify that theadditive manufacturingsystem:• Shows a capability that surpasses 4 Sigma for the tensile properties across the three machines located in different facilities• Proves that the DMLS process remains capable of repeatable outcomes that exceed the ASTM requirements for Ti64 ELI• Verifies that EOS systems are ready for decentralized serial additive manufacturingGet the free Whitepaper and more here:https://lnkd.in/dsQweHB6#DMLS#engineering#3Dprinting#ShapingFuture #additivemanufacturing #EOS

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EOS M 290 Multi-Machine Capability Study.An investigation into the performance of a standardized test job layout built on three different EOS M 290 systems using EOS Titanium Ti64ELI. demonstrated a few significant insights. In a nutshell, the results verify that theadditive manufacturingsystem:• Shows a capability that surpasses 4 Sigma for the tensile properties across the three machines located in different facilities• Proves that the DMLS process remains capable of repeatable outcomes that exceed the ASTM requirements for Ti64 ELI• Verifies that EOS systems are ready for decentralized serial additive manufacturingGet the free Whitepaper and more here:https://lnkd.in/dsQweHB6#DMLS#engineering#3Dprinting#ShapingFuture #additivemanufacturing #EOS

We recently manufactured a topology-optimized part, leveraging the capabilities of metal additive manufacturing. This component was produced over a span of 22 hours on the iSLM280 SLM 3D Printer by ZRapid Technologies, using AlSi10Mg material with a layer resolution of 40µm. The slicing was carried out using Materialise's software.By optimizing the distribution of material within a given design space, topology-optimized parts can achieve superior performance metrics such as reduced weight, increased strength, and enhanced thermal properties. The AlSi10Mg alloy, known for its excellent strength-to-weight ratio and good thermal properties, is particularly well-suited for applications requiring high performance and durability. Want to learn about iSLM280? Visit our website: https://lnkd.in/dT9UXqtk#3dprinting #metal3dprinting #slm #topology #AlSi10Mg #ANiMA

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