CFSYS A500 Pro continuous fiber 3D printer
The top model among 3D printers with continuous filament
The CFSYS A500 series makes continuous fiber technology accessible to everyone. By breaking down cost and technical barriers, the CFSYS A500 Pro makes it possible to introduce continuous fiber 3D printing to all industries.
- Beyond theory – the A500 Pro turns research into practical solutions
- Affordable innovation – CFSYS Reduces the cost of systems and materials
- Honest technology – the focus in the development of the A500 Pro was on real-life applications
- Uncompromising performance – The A500 Pro combines a large installation space with reliability and speed
- Open ecosystem – The A500 Pro is an open system and thus forms a customizable industrial platform
Key features of the CFSYS A500 Pro
1 kg daily output
High efficiency, redefined as routine
Unattended operation
Start with one click → The system takes over
Intelligent maintenance
Leave the work to the system – work without interruptions
Your requirements, our solutions
All-in-one versatility with complete control
10-second nozzle change
Tool-free hotend change for uninterrupted printing
Dual temperature control
Heated chamber and active cooling for reliable printing of complex geometries
Environmentally friendly
Maximum safety and quiet operation
Intelligent platform for consumables
Opens material pores
Penetrating drying at 120 °C
Patented turbo system
Redefinition of the drying process
Carefree material storage
Networked and continuous printing
Technical data of the CFSYS A500 continuous fiber 3D printer
| Printer model | A500 | A500Pro | |
| Printing properties | Construction volume | Single print head: 408×355×510mm | |
| Dual print head: 380×355×510mm | |||
| Print speed | Max. 500mm/s；20000mm²/s（Polymer pressure） | ||
| Precision | ±0.15mm | ||
| Layer thickness | 100μm – 250μm | ||
| Nozzle diameter | Continuous filament: 1.0mm（Standard） | ||
| Composite polymers: 0.4mm（Standard）｜0.6mm ｜ 0.8mm | |||
| Max. Temp. | 350℃（nozzle） | ||
| 100℃（Build plate） | |||
| 65℃（Baukammer） | |||
| Filament | Continuous fiber | Carbon fiber | glass fiber (in development) | aramid fiber (in development) | |
| Composite polymers | PA-CF,PET-CF,ABS-CF，PC,PA,ABS,ASA,PP|stc. | ||
| Software | Bulber | Management of multiple printers | Remote monitoring | |
| 3 Fiber placement methods Color-based selection | Layer-based selection | Mask-based selection |
4 methods for fiber placement Color-based selection | Layer-based selection Mask-based selection | Force-flow analysis |
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| Filament Management System | |||
| Automatic feed | / | 4 bobbins à 3kg（Max） | |
| Automatic heating | / | 120℃ | |
| Automatic drying | / | ≤15%RH | |
| Service life of the desiccant | / | ≥6 months | |
| Plastics that can be heated and dried | / | PC，PA, ABS, ASA, PP，PA-CF， PET-CF，ABS-CF，PEEK-CF|etc. |
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| Device specifications | |||
| Printer software | One-click printing ｜ Power failure recovery ｜ Automatic leveling ｜ Automatic shutdown ｜ Automatic calibration | ||
| Connections | 2.4/5G WiFi ｜ USB port ｜Ethernet | ||
| Operating system | WINDOWS ｜ macOS ｜ LINUX | ||
| Noise emission | <50db（During Printing） | ||
| Air filtration | HEPA 13+ activated carbon | ||
| Dimensions | |||
| 660*600*923 mm Transport dimensions: 800*740*1133 mm |
660*600*1480mm Transport dimensions: 800*740*1690mm |
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| Weight | |||
| Net weight: 85 kg Transport weight: 120 kg |
Net weight: 145 kg Transport weight: 220 kg |
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