High Value Proposition, Medium-frame Metal Production System.
Build Volume
Dimensions
Technology
Introducing FS273M System.
FS273M metal system – the next generation of FS271M – offering single or dual laser options for commercial orders. Farsoon’s FS273M is designated to address productivity, cost-efficiency, and industrial workflow in the metal additive manufacturing. With an industrial-sized 275×275×355mm build envelope, the FS273M is a powerful and versatile production tool of larger volume parts with a wide range of industrial metal materials.
Discover FS273M System
Glove Box
The integrated, fully sealed glove box located in front of the FS273M system allows convenient and safe breakout operation when the build is completed.
Tool Access
The unique attachment point located between the gloves offers quick and easy tool access for in-chamber operation without the user needing to come in contact with the powder.
Integrated Filtration System
The reactive material capable Recirculating Filter System offers efficient filtering of the smoke dust generated in the build chamber during the sintering process. Its advanced capability allows for long-lasting operation hours which help reduce the cost of filter changes.
Shared Material Container
A shared material container is used during loading, unloading and the sieving procedures offering more convenient powder-handling and transportation between the stations.
Sieving Unit
The powder sieving unit features a vibration screen offering efficient sieving of recycled metal powder from the material containers to filter out the large particles. The metal powder collected in the refreshed powder container can be re-used for powder supply.
True Production Tool
The all new FS273M is designated with many updates that offers streamlined metal production workflow with a wide range of industrial metal materials. The advanced Dual- laser scanning strategy and calibration algorithms offers improved build volume rate by up to 2 times compared to the single-laser configuration; The enhanced communication signal control and the brand-new re־coater design enables robust operational speeds and stable powder delivery throughout the whole manufacturing process.
Cost-performance
The FS273M is a high value proposition industrial production platform. Advanced digital optics system, robust control and truly open parameters enable the user unparallel freedom of processing capability. It can achieve highly detailed, functional parts while maintaining the cost competitive advantage. Compact machine design enables denser, flexible factory layout for maximum throughput yield per floor area at an economical additive production cost.
Operational Ease + Serviceability
The FS273M features an integrated, long-lasting filtration system allows for extended operation time for longer builds and reducing the cost of filter changes. Features such as preheated base* plate, robust recoating operations, removable overflow containers, and a powder supply sufficient for a full build ensure the ease of operation and good serviceability.
Industrial Applications with FS273M
As our next generation of our medium-sized metal system, the FS273M system has been through years of optimizing of the productivity, machine performance through continuous collaboration with our industrial partners; meanwhile keep pushing the true industrialization of the metal additive manufacturing by reducing customers’ cost of operation, especially for tight margin industries like molds & tooling.
This set of cavity & core mold is the key components in the whole injection molding system to produce router shell. Because of its complex structure with internal cooling channels, the traditional production takes more than 2 weeks including machining, assembly and post processing. Now with Farsoon’s 273M System, the engineers are able to combine multiple parts into a single part with good material melting uniformity. It also achieved a reduced lead time of only 48 hours and improved surface resolution without the need for further post-processing.
Knee Implant
Machine: FS273MThanks to Farsoon’s additive technology, organic porous structure design can be applied to the tantalum tibia implant, featuring superior biocompatibility, osteoinductive and bacteriostatic capability compared with traditional implants. The additively designed and manufactured porous tantalum structure has similar elastic modulus with human bone, making it easier and faster for bone tissue integration after the surgery.
Automotive Suspension Upright
Machine: FS273MThis automotive suspension upright innovative design allows for enhanced structural integration thanks to Farsoon’s additive technology. Compared to traditional methods, the optimized design features light-weighting of 40% compared to the traditionally machined parts; Designed and manufactured as an end-use part, the suspension upright can meet the required mechanical performance, and showcasing an improved stability of the automotive suspension system.
Pen Mold Insert
Machine: FS273MFeatured with a narrow shape and complex internal cooling channels, the traditional manufacturing process of this pen mold insert is extremely challenging – often result in unevenness of the wall thickness, demolition and leakage. Thanks to Farsoon metal 3D printing, the engineers are able to create a double spiral structure conformal cooling channel. It increases the surface of the waterway to reduce each cycle time of cooling operation by 30%; and boosting an improved cooling effects and optimal final product quality.
The FS273M enables the production of complex nickel-based superalloy turbine blades with integrated cooling channels. This reduces weight while improving thermal efficiency and lifespan, meeting strict aerospace performance standards.
Biocompatible materials such as Ti6Al4V and Tantalum are printed into custom orthopedic implants and surgical tools. The FS273M allows for patient-specific geometries, improving implant fit and recovery times.
Lightweight aluminum alloys like AlSi10Mg and AlMgScZr are printed for racing car brackets, housings, and engine components. The FS273M shortens prototyping cycles and enables quick design optimizations for competitive performance.
Maraging Steel Grade 300 and H13 are used to produce injection molds and die-casting tools directly. Conformal cooling channels are integrated for faster cooling times and extended mold life, reducing production costs.
