KINGS 3D · FDM
FDM 160
Compact and portable system for education, studios, prototyping and small functional components.
160 × 160 × 190 mmBuild volume
30–180 mm/sSpeed
50–300 μmLayer
260 °CMax nozzle
INDUSTRIAL ADDITIVE MANUFACTURING
FDM 3D printing for functional parts
Thermoplastic filament production for prototypes, tooling and end-use parts, from benchtop components to large industrial formats.
ADDITIVE MANUFACTURING ECOSYSTEM
Choose the technology visually
Navigate by process and compare solutions for your materials, part sizes and production goals.
INDUSTRIAL FILAMENT PRINTING
An FDM range for every size, material and production rate
From compact systems to 2.35-metre industrial equipment, the Kings range combines speed, thermal stability and compatibility with standard, engineering and high-temperature filaments.
KINGS 3D · FDM
FDM 220
High-speed enclosed CoreXY platform for professional prototyping with automatic levelling and controlled chamber.
220 × 220 × 250 mmBuild volume
até 600 mm/sSpeed
≥50 μmLayer
330 °CMax nozzle
FEATURED
KINGS 3D · FDM
FDM PEEK334
High-temperature platform for PEEK and demanding engineering polymers, with enclosed structure and thermal control.
250 × 300 × 375 mmBuild volume
30–350 mm/sSpeed
50–300 μmLayer
450 °CMax nozzle
KINGS 3D · FDM
FDM 3040
Balanced precision, capacity and cost for functional prototypes, tooling and small-batch production.
300 × 300 × 400 mmBuild volume
30–350 mm/sSpeed
50–350 μmLayer
1,75 mmFilament
KINGS 3D · FDM
FDM 334
Versatile platform for ABS, TPU, PETG and engineering filaments, with heated chamber and high stability.
300 × 300 × 400 mmBuild volume
até 600 mm/sSpeed
≥50 μmLayer
330 °CMax nozzle
KINGS 3D · FDM
FDM 345
Professional CoreXY system with enclosed metal frame, tall build volume and high productivity.
425 × 365 × 550 mmBuild volume
até 500 mm/sSpeed
≥50 μmLayer
330 °CMax nozzle
KINGS 3D · FDM
FDM 500
Fast enclosed industrial system for prototypes, functional components and large-format engineering applications.
500 × 500 × 500 mmBuild volume
até 600 mm/sSpeed
50–350 μmLayer
KlipperControl
KINGS 3D · FDM
FDM 5060
High-performance industrial printer for robust parts, engineering materials and accelerated production.
500 × 500 × 600 mmBuild volume
30–600 mm/sSpeed
50–350 μmLayer
estrutura fechadaEnclosure
KINGS 3D · FDM
FDM 6610
Tall-format system for continuous production of large parts, with power recovery and filament runout detection.
600 × 600 × 1000 mmBuild volume
30–300 mm/sSpeed
50–300 μmLayer
72 hContinuous printing
KINGS 3D · FDM
FDM 1000
One-metre industrial cube for functional parts and batch production with 1.75 mm engineering filament.
1000 × 1000 × 1000 mmBuild volume
até 500 mm/sSpeed
50–400 μmLayer
1,75 mmFilament
KINGS 3D · FDM
FDM 1000s
One-metre version optimised for sculpture, scenery and large models using 3.5 mm filament.
1000 × 1000 × 1000 mmBuild volume
até 500 mm/sSpeed
50–400 μmLayer
3,5 mmFilament
FEATURED
KINGS 3D · FDM
FDM 2350
The range’s largest FDM platform, with dual nozzles and material switching for full-size industrial parts.
2350 × 1000 × 750 mmBuild volume
até 300 mm/sSpeed
≥200 μmLayer
2Nozzles
FDM ADVANTAGES
Flexible, accessible production ready for engineering
Wide material range
PLA, PETG, ABS, TPU, PA, composites and PEEK for different requirements.
High speed
Klipper control and CoreXY architectures to reduce production times.
Thermal control
Enclosed chambers, heated beds and extrusion up to 450°C for engineering materials.
From desktop to factory
Volumes from 160 mm to 2.35 m for prototypes, batches and end-use parts.
APPLICATIONS
Applications from concept to end-use part
Functional prototyping
Jigs and tooling
Automotive
Aerospace
Education and research
End-use parts
Sculpture and scenery
Small-batch production
QUICK COMPARISON
Choose the right platform
| Model | Build volume | Speed | Layer / capability | Profile |
|---|---|---|---|---|
| FDM 160 | 160 × 160 × 190 mm | 30–180 mm/s | 50–300 μm | Compact |
| FDM 220 | 220 × 220 × 250 mm | até 600 mm/s | ≥50 μm | High speed |
| FDM PEEK334 | 250 × 300 × 375 mm | 30–350 mm/s | 50–300 μm | PEEK |
| FDM 3040 | 300 × 300 × 400 mm | 30–350 mm/s | 50–350 μm | Prototyping |
| FDM 334 | 300 × 300 × 400 mm | até 600 mm/s | ≥50 μm | Engineering materials |
| FDM 345 | 425 × 365 × 550 mm | até 500 mm/s | ≥50 μm | CoreXY |
| FDM 500 | 500 × 500 × 500 mm | até 600 mm/s | 50–350 μm | Large format |
| FDM 5060 | 500 × 500 × 600 mm | 30–600 mm/s | 50–350 μm | Industrial |
| FDM 6610 | 600 × 600 × 1000 mm | 30–300 mm/s | 50–300 μm | Tall format |
| FDM 1000 | 1000 × 1000 × 1000 mm | até 500 mm/s | 50–400 μm | Industrial |
| FDM 1000s | 1000 × 1000 × 1000 mm | até 500 mm/s | 50–400 μm | Sculpture |
| FDM 2350 | 2350 × 1000 × 750 mm | até 300 mm/s | ≥200 μm | Maximum scale |
Which FDM platform is right?
Share the dimensions, material, annual volume and part objective. Our team will help define the equipment, parameters and production workflow.
FDM 3D Printers
Fused Deposition Modeling (FDM) 3D printing is a widely adopted additive manufacturing process known for its versatility and accessibility. FDM printers are excellent for producing functional prototypes, durable tooling, and end-use parts using a broad range of engineering-grade thermoplastics, making it a cost-effective solution for numerous applications.Kings FDM 1000
Large-format industrial FDM 3D printer, built for robust and high-volume production of engineering-grade parts. A reliable workhorse solution for diverse manufacturing environments. Designed for the efficient creation of strong, functional, and economically viable components from a wide range of thermoplastic filaments.
Kings FDM 3040
Industrial-grade FDM 3D printer, optimized for precision prototyping and batch production of robust thermoplastic parts. A highly versatile solution for various industrial applications. Engineered for the reliable and accurate manufacture of functional, durable, and cost-effective components, offering consistent performance for demanding tasks.
Kings FDM 5060
High-performance industrial FDM 3D printer, part of the renowned Kings 3D series, engineered for demanding manufacturing requirements. A leading solution for producing large, strong, and highly complex thermoplastic parts. Widely adopted by leading industries worldwide, consistently delivering high-quality, functional, and economically viable components at scale.
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