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FS350M

Highly Productive Metal PBF System
for Economy Serial Additive Manufacturing

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Highly Productive FS350M System

Featuring an expanded build cylinder of 433×358×400mm and quad or hexa 500-watt lasers configuration, the FS350M is capable of producing large metal parts from a wide range of powder materials. The FS350M is ideal for medium to high volume series production of metal parts from a variety of industries such as molds, tooling, automotive and aerospace. The current material capability of powder materials including aluminum, titanium, maraging steels and specialized grades of stainless steels.

FS350M Platform

Compact + Ease of use

Reduced Cost Per Part

Efficiency + Quality

Compact + Ease of use

The FS350M features a machine footprint of 6 sqm with an integrated Permanent Filtration System. In an additive factory setting, FS350M enables high density layout to achieve maximum throughput per floor area allowing for more efficient additive production layout. The FS350M is also featured with a high-efficiency top-feed powder system. Once the powder level in the container runs low, the equipped sensor will release a message for refill. The powder refill unit can be easily docked, enabling quick refill of the material without disturbing the build process.

Reduced Cost Per Part

The new FS350M is a high-value proposition metal system includes many design features to reduce the manufacturing cost. The FS350M features a highly efficient inert gas system offering fast purge process and low inert gas consumption. The FS350M also features an integrated permanent filtration system, ensuring stable, long-term part printing with minimal maintenance. This system improves operational safety when processing reactive materials, reduces filter replacement cost, and maximizes machine uptime — all while simplifying operation.

Efficiency + Quality

Equipped with advanced multi-laser scanning strategy and calibration algorithms, the FS350M offers optimal build efficiency, and uniformed part performance throughout the build area. Thanks to the latest process parameters development including variable layer-thickness, adaptive scanning strategies for infill and detail, the FS350M is able achieve improved productivity along with excellent part quality.

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Industrial Applications with FS350M

Serving in multiple serial production customers’ sites for nearly 2 years, the FS350M is a proven cost-performance solution before it introduced to the global market. Farsoon’s openness to truly co-innovate with industry customers brings many new advanced features boosting higher productivity with FS350M, including highly variable layer-thickness, adaptive scanning strategies for infill and detail, and many more, for significantly improved production yield in its peer.

Titanium Bicycle Seat Stay Yokes

Machine: FS350M-4
Material: Ti6Al4V
Size: 433 x 358 x 116 (H) mm (38pcs in one build)
Layer thickness: 0.06 mm
Build Time: 24 Hours

Batch production of titanium bicycle seat stay yokes using the FS350M-4 demonstrates a leap in efficiency and innovation. In just 24 hours, 38 components are 3D printed, achieving a 60% increase in efficiency compared to traditional casting methods. The flat aero tube design of these yokes not only streamlines production but also enhances cycling comfort by reducing the impact of the wheelset on the frame. This advanced manufacturing approach not only speeds up production but also contributes to a smoother, more comfortable ride.

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Shoe Mold

Machine: FS350M-4
Material: 316L
Size: 290 x 140 x 31 (H) mm each
Layer thickness: 0.03 mm
Build Time: 24 Hours for one pair

Thanks to the latest process parameters development, the FS350M-4 is able achieve improved productivity along with excellent shoe mold quality. Take for example a shoe mold application, the FS350M-4 platform is capable of producing over 95% of all shoe sizes of one pair of shoe molds in a single build, with 60% higher build volume rates compared to other metal LPBF systems in its class.

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FS350M Technical Data

Technical DataFS350M-4
External Dimensions （L×W×H）3260×1850×2300 mm (128.3×72.8×90.6 in)
Build Cylinder Size1（L×W×H）433×358×400 mm ( 17.1×14.1×15.7 in ) (Height incl. build plate)
Net WeightApprox. 3300kg ( 7275.3 lb )
Laser TypeFiber Lasers, 4×500W or 4×1000W
ScannerF theta lenses
Scanning SpeedMax. 10 m/s ( 32.8 ft/s )
Technical DataFS350M-6
External Dimensions （L×W×H）3260×1850×2300 mm (128.3×72.8×90.6 in)
Build Cylinder Size1（L×W×H）433×358×400 mm ( 17.1×14.1×15.7 in ) (Height incl. build plate)
Net WeightApprox. 3300kg ( 7275.3 lb )
Laser TypeFiber Lasers, 6×500W
ScannerF theta lenses
Scanning SpeedMax. 10 m/s ( 32.8 ft/s )

1 The functional build volume depends on the parts/materials.

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