Farsoon FS421M a CAMS System
Introducing CAMS FS421M
CAMS – Continuous Additive Manufacturing Solution, is developed to address the growing movement of the additive industry into true manufacturing as well as future models of production such as Industry 4.0. The CAMS vision is to offer continuous AM production through vertical scalability and modularization capable of integrating into any industrial manufacturing facility. FS421M is the first metal system designed under CAMS concept for industrial scale series production.
Medium-Large Scale Metal Laser Sintering System with Continuous Production Capability.
- Description
- Additional information
- cross-sell
Description
Extensive build envelope of 425 x 425 x 420 mm
High productivity with dual 500-watt lasers option
CAMS Concept boosts machine turn-over rate
DESIGNED FOR PRODUCTION
The FS421M additive metal melting system is a true manufacturing systems capable continuous production. With its 425x425x420mm build cylinder the FS421M is capable of producing large metal parts from a wide range of metal powder materials. The large build volume combined with a multi-laser and fully digital optics system enable enhanced production speed while the internal rail system enables the fast exchange of cylinders between builds.
EFFICIENCY + SAFETY
The FS421M comes equipped with an all new closed looped powder handling system. Powder supply, transport, feeding, and recycling are all integrated into one inert system. The FS421M’s powerful and highly efficient air filtration systems allows for the processing of reactive materials while it’s high capacity and auto-cleaning capability allows for extended use between filter changes.
OPEN SYSTEM
The FS421M like all Farsoon systems allows for complete freedom of operation by its users. This means that all machine parameters are unlocked for the user as well as an open material policy allowing for previously-impossible levels of freedom and flexibility when it comes to additive metal melting production. In addition, the in house Farsoon software allows for ease of use with both an advanced user interface as well as a touch screen based production interface for everyday use.
Industrial Applications with FS421M
With the industrial scale build size and enhanced production capability, CAMS FS421M platform is the optimal series production tool for high quality medium to large sized end-use components for a significant lower price per part.
Machine: FS421M-2 Material: Aluminum Size: 412 x 412 x 380 (H) mm Build Time: 326 Hours
This in-line tube and shell heat exchanger is purpose-built for the industrial petroleum industry. Rapid heating and cooling crude oil and its many byproducts during the refinement process is critically important to safety and cost. This integrated heat sink component allows for in-line cooling at a fraction of the cost of expensive, space-consuming traditional equipment. Fluid cavity separation allows for cooling or heating of the petroleum with no contact between coolant and production fluid.
Machine: FS421M-2 Material: Titanium Size: 365 x 365 x 320 (H) mm Build Time: 126 Hours
This aerospace turbine cooling testbed is designed and build for testing and benchmarking the effectiveness of the new turbine cooling methodologies. Thanks to the advanced additive technology the testbed is integrated with many design innovations offering improved part performance and simplified manufacturing process. The whole testbed is produced in one-piece with intricated, detailed designs with minimal wall thickness of only 1 mm.
Machine: FS421M-2 Material: Aluminum Size: 332 x 138 x 66 (H) mm Build Time: 38 Hours
Targeting a series of challenges in traditional shoe sole manufacturing including frequent design updates, low volume customization, and complexity of the pattern, many shoe manufacturers has adopted 3D Printing technology for direct production of end-use shoe sole molds. Rapidly produced on Farsoon’s FS421M dual laser system in only 38 hours, the shoe sole mold has achieved significantly shorter lead time compared to previously 1 to 2 weeks with traditional manufacturing. The as-printed part is able to achieve a high surface quality which only need minimum post-processing such as bead blasting before used for injection molding.
Additional information
| Brand | |
|---|---|
| Country | China |
| External Dimensions (L×W×H） | 2770×3220×2350 mm (109.1×126.8×92.5 in) |
| Build Volume | 16.7×16.7×16.5 in, 425×425×420 mm |
| Net Weight | Approx. 3450kg ( 7605.9 lb ) (FS421M Single-laser), 3500kg ( 7716.2 lb ) (FS421M-2 Dual-laser) |
| Layer thickness | |
| Scanning Speed | Max. 15.2 m/s ( 49.9 ft/s ) |
| Laser Type | Dual Lasers, 2×500W (FS421M-2), Single Laser, 1×500W (FS421M) |
| Scanner | Dynamic focusing system |
| Inert Gas Protection | Argon/Nitrogen |
| Average Inert Gas Consumption in Process | 3-5 L / min |
| Operating system | 64 bit Windows 10 |
| Software | BuildStar, MakeStar® |
| Data File Format | STL |
| Key Software Features | Open machine key parameters, real-time build parameter modification, three-dimensional |
| Power Supply | EUR/China: 400V±10%, 3~/N/PE, 50Hz, 40A US: transformer sold with machine |
| Operating Ambient Temperature | 22-28°C (71.6-82.4℉) |
| Materials | 316L, AlMgScZr, AlSi10Mg, CuSn10, HAYNES 230, HX, IN625, IN718, TA15, Ti6Al4V |
| 3D printers | DLMS |
| Printing material | Metal |