FLIGHT® HT1001P-4
4-Laser SLS for High-Volume Production
Farsoon FLIGHT® HT1001P-4 features a 1000 × 500 × 450 mm build volume and 4 fiber lasers, enabling efficient parallel processing for large-scale production. With modular design, open parameters, and advanced thermal control, it meets the demands of high-throughput industrial manufacturing.
Browse Farsoon 3D printers.
The products below are optional but included in the quote for successful operation.
Equipment: MCWI-35C Chiller, FS-PCU-01P Material Feeding Unit, FS-PSS-01P Powder Feeding Unit, FS-WS-01P Preheating Station, FS-CS-01P Cooling Station, FS-PBS-01P Powder Cleaning Station, NPM-V150 Powder Mixer, HSFD39-5 Nitrogen Generator, BT-1580a-2 Sandblasting Machine
Technical Specifications
Download DatasheetSLS (Selective Laser Sintering)
1,000 × 500 × 450 mm
4 × 300 W Maxphotonics Fiber Laser
High-Precision 3-Axis Galvanometer System
≤ 20 m/s
220 °C
0.06–0.30 mm
Nitrogen
Multi-Zone Heater and Intelligent Temperature Control Systems
Real-Time, Continuous Monitoring and Optimization of the Build Surface Temperature
Windows 11 (64-Bit)
BuildStar, MakeStar®: Open Access to Core Machine Parameters, Real-Time Changes to Build Parameters, 3D Visualization and Fault Diagnostics
STL
5,820 × 2,375 × 2,185 mm
~ 5,000 kg
400 V ±10%, 3~/N/PE, 50/60 Hz, 50 A
22–28 °C
CE
FS3150CF (PA12-CF), FS6140GF (PA6-GF), FS3201PA-F (PA12), FS3300PA-F (PA12), FS3401GB-F (PA12-GB), FS6130CF-F (PA6-CF)
The system is an open platform; besides the listed materials, it is also compatible with third-party materials that the machine specifications support. Parameters must be developed separately.
The Highest-Capacity Polymer Platform
4 fiber lasers and a 20 m/s scanning speed combined with a continuous production architecture: Farsoon’s highest-capacity polymer platform.
Modular Scalability
Easy integration with pre- and post-processing units for a connected, scalable factory of the future.
Powder Management
A top-feed system and central powder management give homogeneous spreading and consistent mechanical properties.
Engineering Parts
Single-piece parts over 900 mm in PA12, PA11, PA6, fiber-reinforced nylon and TPU.
Flow Channel Plate
Directs coolant or airflow in an automotive thermal management system; widely used in electric-vehicle battery cooling and engine cooling systems.
- Material
- FS3200PA-F (PA12)
- System
- FLIGHT® HT1001P-4
- Part Size
- 930 × 219 × 262 mm
- Print Time
- 14 Hours • 2 Parts
System Workflow
-
Data Preparation
The build is laid out in BuildStar.
-
Preheating
The cartridge is preheated at the station.
-
3D Printing
Parts are built layer by layer with the laser.
-
Cooling
The cartridge is moved to the cooling station.
-
Depowdering
Parts are removed at the station.
-
Post-Processing
Powder is recovered and parts are sandblasted.
