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Transform Your Vision –
into Production.With Farsoon’s Advanced Plastic 3D Printing Technology

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Plastic Laser Powderbed Fusion

Derived from a novel technology developed at the University of Texas Austin Incubation Center during the mid-1980s’, Plastic Laser Powderbed Fusion is now a popular choice for direct end-use part fabrication and rapid prototyping amongst many manufacturers and engineers. Based on a digitalized 3D model, this professional-grade additive manufacturing (AM) technology uses a high-power industrial laser to sinter plastic powder particles into a solid structure with a layer-by-layer process:

1.A layer of plastic powder material is evenly spread onto a powder bed using a roller or blade.

2.The laser melts the powder exactly within the pre-defined area of 3D model sections to create the first layer of the build.

3.A new layer of powder material is evenly distributed over the sintered surface.

4.The lasers melt each successive layered materials to the sintered layers underneath until the imported 3D component is completed.

Why Plastic Laser Powderbed Fusion 3D Printing?

Compared with other plastic 3D printing processes, the Plastic Laser Powderbed Fusion technology has many advantages: high production speed, optimal quality & mechanical properties of the built parts, and lower fabrication cost per part. At the same time, it offers users the maximum freedom of design as no supporting structure is needed.

  • Faster design-to-market cycle.

    The advanced Plastic Laser Powderbed Fusion technology offers endless possibilities with complexed geometry, structural integration, or even generative design that can completely overturns the concept of a traditional design process. The user is able to create the optimal design in a very short time without the limitations of traditional processing and material options.

  • Excellent mechanical properties for functional applications.

    Thanks to the robust laser sintering, the Plastic Laser Powderbed Fusion production is a uniformed, stable and repeatable process that ensuring the ultimate mechanical performance and surface quality of the work piece – making it an excellent choice for functional end-use component production.

  • Flexibility & Cost Efficiency.

    Plastic Laser Powderbed Fusion technology offers a flexible, cost-efficient alternative for low volume production without the needs for expansive tool-making compared to conventional manufacturing process. The simplified sintering process also features high material utilization rate without the requirement of binders or agents.

  • Production Scalability.

    Plastic Laser Powderbed Fusion technology is a valuable series production tool for many industrial applications and products. With Farsoon’s latest innovations in Laser Powderbed Fusion focusing around continuous manufacturing (CAMS Concept) and next-level production speed (Flight® Technology), we will be bringing the technology one step closer to production scalability.

Additive manufacturing is playing an increasingly vital role in many industries. As a player in the additive manufacturing field, Farsoon Technologies is dedicated to pushing innovation in Plastic Laser Powderbed Fusion machine and material development, to open up true manufacturing applications.

Dr. Xu Xiaoshu
Founder & CEO of Farsoon Technologies

Get Started with Your LPBF Production

Farsoon’s Total Solution for Plastic Laser Powderbed Fusion

Address your needs from material innovation, higher levels of productivity, improved feature details, enhanced operational efficiency to scaled manufacturing, Farsoon offers a wide range of machine portfolio featuring advanced plastic laser sintering technology from a compact, versatile system to modular, factory layout production platform.

Robust Industrial Dual Fiber Lasers.
Maximized Production Speed.
Fine Details.

Build Volume | Up to 400×400×540mm
Flight® 403P-2 Series

Super Temperature Capable.
Powerful + Versatile.
Compact Footprint.

Build Volume | 250×250×320mm
252P Series

World’s largest SLS Platform.
Designed for Continuous Batch Production.
Open + Modular.

Build Volume | 1000×500×450mm
HT1001P
VIEW ALL PLASTIC MACHINES

Success Stories from our Customers

Innovation. Manufacturing. Together. With a team of additive experts in application development, Farsoon offers professional and localized services and technical support for your specialized application needs. Take off with Farsoon AM for your industrial production and application innovation. Our extensive solution and customer-centric service will pave the way to your business success.

Large-format Plastic 3d Printing: 1m HVAC Housing produced in one ingle-piece

Partner: SAPW Automotive
Machine: HT1001P
Material: FS3300PA (PA1212)
Size: 950 x 423 x 207 mm
Build Time: 10 Hours

Farsoon Technologies in collaboration with automotive partner SAPW has printed a single-piece polymer automotive HVAC (Heating Ventilating Air Conditioning) unit on the HT1001P CAMS system. Compared to the traditional process including CNC and Silicone Molding, the additively manufactured HVAC features structural integration, improved performance, accelerated development cycle, and reduced manufacturing cost.

VIEW CASE STUDY

TPU Helmet for 2022 Winter Olympic Bobsled Team

Partner: Chinese National Bobsled R&D Team
Machine: Flight® HT403P-2 Dual-laser system
Material: Wanhua Chemical Group, WF-PU95AB TPU material
Build Time: 2 helmet linings produced in 7.5 hours

The bobsled helmet lining is fabricated with Wanhua Chemical's specialized TPU material developed for the superb performance under the extreme temperature, and produced by Farsoon's dual-laser Flight® Technology to achieve greatly improved impact strength, fully customized design, and accelerated design to manufacturing process.

VIEW CASE STUDY

Manufacturing Tool For Automotive Functional Prototyping

Partner: FAW-Volkswagen
Machine: HT403P
Material: FS3300PA (PA1212)

The brackets for bumper guides required a small batch of 30 pieces for functional testing, this quantity is challenging using silicone molds due to the complicated process of manufacturing, time consumed, and high cost of tool-making and manual labor. Compared to traditional silicon molding, the plastic laser sintering process achieved design to physical part time of only 14 hours compared to 78 hours, and a total of 72% production cost saving, of which the labor cost decreased from 1000 USD to only 60 USD.

VIEW CASE STUDY

Automotive Antenna System

Partner: Rhosoon
Machine: SS403P
Material: FS3300PA (PA12)
Size: 80 mm Diameter each
Build Time: 48 pieces produced in 48 hours

The Luneburg lens design features a multi-layered structure within an extreme compacted volume, with varied layer thickness and many detailed features to offer different electromagnetic wave refraction by each layer. Using Farsoon 3D printing technology Rhosoon is able to significantly reduce design-to-market time, and simplify the manufacturing process by additively producing the complex antennas structure with fine detail resolution and quality control. It also enables Rhosoon to develop highly customized 3D printed antennas designs to best suit each application’s needs.

VIEW CASE STUDY

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