Buy Sls 3d Printer ##VERIFIED##
Advancements in technology have made SLS printers more affordable and compact. Not long ago, all SLS machines were bulky and expensive. There are now a good number of office-friendly benchtop SLS 3D printers on the market, and even industrial-size machines have become less costly compared to traditional fabrication techniques.
buy sls 3d printer
All in all, SLS 3D printing is a powerful technology for the right applications. Whether it suits your purposes depends entirely on the design of your parts, the material requirements, and the application itself. Keep these factors in mind as you read on, and find out which printer is right for you.
Over the past few years, the SLS 3D printing market has been revolutionized by the emergence of desktop and benchtop-sized machines. Unlike their industrial counterparts, these compact 3D printers are much more accessible and affordable. Here are some of the best desktop SLS 3D printers on the market.
The Fuse 1, starting at $18,499 ($32,000 for the printer and the Fuse Sift depowdering station), features a touch user interface, with live stream monitoring of the print bed layer by layer. Formlabs says its Surface Armor technology forms a semi-sintered shell that prints around the surface of the part, providing good mechanical properties and a high-quality surface finish.
Lisa X takes what made the Lisa Pro good and makes it better. After her makeover, Lisa now offers a larger maximum print size (180 x 130 x 300 mm), a more powerful laser (30W vs. 5W), a wider material selection, and much faster print speeds. The new printer is up to 12 times faster than the Lisa Pro and can finish most print jobs in 24 hours, according to the manufacturer.
Priced at just under $40,000, this system is relatively expensive compared to other benchtop machines. It has a petite 100 x 100 x 95 mm build volume, making it one of the smallest SLS 3D printers on the market.
Towards the end of last year, XYZprinting introduced and launched the MfgPro236 xS, a more advanced machine than the MfgPro230 xS we featured previously. The new printer comes with a marginally larger build volume of 230 x 230 x 250 mm and doubles the laser strength to 60W.
The ProMaker P1000 X SLS 3D printer by Prodways, a French 3D printer maker, is an industrial machine that brings plenty of features to the table. The build chamber has a roomy size of 300 x 300 x 360 mm, while the print speed stands at 2 liters per hour.
3D Systems has launched the new SLS 380 printer that looks to offer industrial capabilities with high repeatability and throughput. To achieve its goals, the printer uses a custom algorithm to manage eight separately calibrated heaters to control build chamber temperature.
3D Systems also still offers the ProX SLS 6100 printer, which we featured last year. The ProX SLS 6100 provides identical chamber size and detail, but the new SLS 380 soundly beats its predecessor in print speed and temperature control.
EP-P3850 supports a good variety of materials, making the printer suitable for several applications with differing requirements. With a uniform heat control system, the printer can deliver reliably optimized mechanical properties. It also provides high powder recycling rates, which helps reach ROI faster.
Third-party 3D printing services (also called service bureaus), such as FacFox, Shapeways, i.Materialise, Sculpteo, Protolabs, and many others have industrial SLS 3D printers and 3D printing experts on-site to ensure your part is printed optimally.
Ever since the original patent expired in February 2014, the SLS (aka the plastic powder bed fusion), 3D printer market has been in for an overhaul: the emergence of Benchtop SLS 3d printing.
Other companies are partaking in the new Benchtop and Low-cost SLS 3D printer race. Some are emerging from the bottom-up, such as Sharebot, Sintratec and now a new Spanish company called Natural Robotica.
This is still a lot less than the current lowest priced and top selling SLS 3D printer: the EOS Formiga P110, priced at around 200,000. And the Chinese 3D printer makers are also preparing to invade the global markets, with Farsoon and Shining 3D leading the pack.
While the onslaught of low-cost FDM and SLA/DLP 3D printers has caused disruption in the industry and troubles to current market leaders, no one can deny that their effect has been extremely beneficial for expanding the AM industry as a whole. Will the same happen with SLS?
An important part of the SLS solution capability is the material quality center (or MQC) to control, blend, and deliver material on-demand for an optimal ratio of fresh and recycled powder. There are two MQC options for SLS printers: the MQC Single and the MQC Flex. The MQC Single is designed to connect to one SLS printer, whereas the MQC Flex is optimized to deliver material to up to four printers simultaneously, minimizing waste and eliminating operator intervention. The MQC Flex automatically blends fresh and recycled powder according to your specified mix ratio, and includes a recycled powder bin that provides convenient and immediate storage for unused powder post-printing. Both versions of the MQC feature fully-automated material feeding and an integrated breakout station for post-processing.
The SLS 380 uses 3D Sprint, an advanced, single-interface software for file preparation, editing, printing, and management. Quickly and efficiently go from design to high quality, true-to-CAD printed parts without needed additional third-party software. 3D Sprint is optimized for production environments with the latest time-saving workflows, UI, and UX to maximize printer capacity and build volume utilization for batch run jobs.
The new SLS 380 3D printer is optimized to answer the demand for cost-effective batch production parts, with software, material handling, and post-processing solutions to enable new levels of factory-level part repeatability and scalability.
Selective laser sintering, as the name suggests, uses a high-powered laser to heat the printing material, which is always in a powder form, to make a solid object. The powder is heated just to the point of sintering, not melting. First SLS-based printers were meant for rapid prototyping, but soon the technology proved itself useful in a variety of different industries, such as healthcare, engineering, and consumer goods production, not to mention the rest. SLS is one of the most cost-effective 3D printing technologies, as it allows full loading of the build chamber to print numerous parts at a time, so it is widely used for small-batch manufacturing. Due to a vast variety of printing materials, SLS printing is capable of producing highly accurate durable complex models with almost any properties required.
Before the printing process commences, the printer preheats the build chamber, which should be filled with powder, to the temperature just below the sintering point, and printing begins. The powder is dispersed in a thin layer on the print bed, and the laser heats certain areas, so that the powder sinters and forms the first solid layer of the future model. The print bed then goes down a bit, and the process continues, layer after layer, until the job is done.
The Sinterit Lisa Pro is an upgraded version of the Lisa model, featuring a larger maximum print volume of 110x160x245 mm. The Lisa Pro is equipped with a built-in gas supply system that injects nitrogen into the print chamber, thus creating a special environment inside the printer and expanding the range of materials that can be used. The Lisa Pro is compatible with 9 powder types, including strong and chemical-resistant plastics, and allows using materials produced by different manufacturers. The user can choose between buying a standalone printer or an end-to-end system including the Sinterit Sieve powder handling solution and the Sinterit Sandblaster cleaning station.
The Formlabs Fuse 1 is quite compact for an SLS printer, still it provides a maximum print size of 159x159x295 mm. The device features an enclosed build chamber equipped with a replaceable carbon HEPA filter which ensures safe indoor operation. The build chamber is removable, so when the printing is over, you can move it to the post-processing station thus avoiding spreading of unfused powder. The Fuse 1 utilizes a patented Surface Armor technology that prints a semi-sintered shield around the surface of the part; this ensures the printed model to have decent mechanical properties and a fairly smooth surface. The Fuse 1 features a full color touchscreen interface, which helps in operating the device.
The Sinterit NILS 480 features industrial printing speed and a large build volume, alongside such automated systems as Continuous Printing and Automatic Powder Dispensing, which makes the NILS 480 one of the most cost-effective models in its class. The high print speed allows printing the full bed in less than 30 hours. The printer is compatible with a wide range of printing powders, including those produced by third-party manufacturers. Besides offering optimized profiles for all proprietary materials, the NILS 480 allows creating user profiles to achieve the best results with any material being used.
The Sintratec S2 is quite compact for an industrial SLS 3D printer, still it has a large cylindrical build volume with the maximum print size of 130x360 mm. The S2 is a modular all-in-one solution, which consists of the Laser Sintering Station (LSS), the Material Core Unit (MCU), and the Material Handling Station (MHS). The system is designed to automate the printing process and to reduce downtimes. The Sintratec S2 is equipped with an onboard 4K camera enabling remote monitoring of the printing process, and a large operation touchscreen.
The S600DL is an industrial SLS 3D printer produced by the Chinese-based TPM3D company. The machine features the dual laser system that helps increase the printing speed. The build volume of 600x600x800 mm, which is one of the largest in the market, allows printing large-sized parts. The S600DL is equipped with a removable build unit and a manual trolley to make post-processing easier and faster. 041b061a72