Technical Specifications
Download DatasheetSLS (Selective Laser Sintering)
1,000 × 500 × 450 mm
2 × 100 W CO₂ Laser
High-Precision 3-Axis Digital 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
4,290 × 2,375 × 2,185 mm
~ 5,000 kg
400 V ±10%, 3~/N/PE, 50/60 Hz, 50 A
22–28 °C
CE
FS1088A-TPU (TPU), FS1092A-TPU (TPU), FS3150CF (PA12-CF), FS3250MF (PA12-MF), FS3300PA (PA12), FS3401GB (PA12-GB), FS4100PA (PA11), 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.
Continuous Production on a Single Line
Loading, build and cooling stations on a single line: a one-meter build platform and conveyor-based cartridge flow keep downtime between builds to a minimum.
Continuous Production Capacity
The cartridge is carried by conveyor between the loading, build and cooling stations, so the machine starts the next job immediately.
Large Build Volume
1,000 × 500 × 450 Mm: large one-piece components that need no assembly, or high-volume batches.
Integrated System
Powder management, external cooling and a glovebox part-removal station for clean, scalable production.
HVAC Housing
An automotive HVAC housing produced as a single part on the HT1001P-2 CAMS system. Farsoon’s in-house FS3300PA material delivers high dimensional accuracy.
- Material
- FS3300PA (PA12)
- System
- HT1001P-2
- Part Size
- 810 × 465 × 431 mm
- Print Time
- 18 Hours • 1 Part
System Workflow
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Data Preparation
The build is laid out in BuildStar.
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Preheating
The cartridge is preheated at the station.
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3D Printing
Parts are built layer by layer with the laser.
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Cooling
The cartridge is moved to the cooling station.
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Depowdering
Parts are removed at the station.
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Post-Processing
Powder is recovered and parts are sandblasted.









