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Blocks RF50 - 3D FDM Printer

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6,500.00 €

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Blocks RF50 - 3D FDM Printer

Name: Blocks RF50 - 3D FDM Printer
Brand: Blocks
SKU: BLOCKS-RF50
Price: 6500.00 EUR
Availability: InStock

Ref.: BLOCKS-RF50

6,500.00 €

Tax excl.

Additional services

Without extra warranty

Blocks RF50 Extended Warranty (2 years)

+ 650.00 € Tax excl.

Blocks RF50 Extended Warranty (3 years)

+ 1,000.00 € Tax excl.

Blocks RF50 Extended Warranty (5 years)

+ 2,500.00 € Tax excl.

Blocks RF50 Extended Warranty (7 years)

+ 4,900.00 € Tax excl.

Quantity

In stock 0 units available for immediate shipping.
units available for shipping in 6 - 7 days Available for shipment within 6 - 7 days

Product temporarily out of stock with these characteristics. Select another combination.

We notify you when it will be available:

Approximate delivery date: Friday 29 May - Monday 1 June

Financing available through leasing or renting. More information

from 100.00 €/month
(tax not included)

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The Blocks RF50 industrial 3D printer is designed to meet the real demands of professional additive manufacturing, where speed, precision, and production capacity drive operational efficiency. Its robust architecture and focus on continuous performance position it as an advanced solution for large-format industrial 3D printing, optimized for demanding technical environments.

Its combination of build volume, power, and stability allows for everything from advanced prototyping to final part production, making it a top choice for searches related to buy industrial 3D printer, large-format professional 3D printer, and high-speed 3D printing machine.

Video 1: Introduction to the RF50 industrial 3D printer. Source: Blocks

Large 3D printing volume for unrestricted production

With a build volume of 500 x 500 x 500 mm, the RF50 belongs to the large-volume industrial 3D printer category, allowing the production of large parts or multiple components in a single run. This capability is essential in processes where reducing assemblies and optimizing production time directly impacts profitability.

The ability to produce full batches or sizable technical parts makes this printer a key tool for companies working in industrial-scale 3D printing.

The RF50 allows manufacturing large parts with industrial-grade quality.

Photo 1: The RF50 enables production of large, industrial-quality parts. Source: Blocks

Professional 3D printing speed for maximum productivity

One of the main advantages of the Blocks RF50 is its ability to reach up to 600 mm/s printing speed, combined with high acceleration and optimized material flow. This performance allows complex jobs to be completed faster while maintaining consistency in every layer.

In the context of professional high-speed 3D printing, this machine meets the most demanding searches related to fast 3D printers for production, reducing bottlenecks and improving overall manufacturing efficiency.

The RF50 achieves a printing speed of 600 mm/s.

Photo 2: The RF50 reaches a printing speed of 600 mm/s. Source: Blocks

High-performance extrusion system with consistent precision

The direct drive system with Bondtech LGX Lite dual-gear extruder ensures precise filament control, even with technical materials. Integration of high-flow print cores maintains stability at high speeds, preventing defects and ensuring consistent finishes.

Active resonance compensation technology reduces vibrations and eliminates surface imperfections, delivering professional-quality parts even in intensive production runs.

The RF50 industrial printer features a print head with high-precision cores, active resonance compensation, Bondtech LGX Lite extruder, CAN bus communication, and filament sensor with cutter for fast, error-free changes.

Photo 3: The RF50 print head integrates high-precision cores, active resonance compensation, Bondtech LGX Lite extruder, CAN bus communication, and filament sensor with cutter for quick, error-free filament changes. Source: Blocks

Compatibility with technical and industrial filaments

The Blocks RF50 supports a wide range of professional 3D printing materials, including technical polymers and advanced composites like carbon fiber, glass fiber, and metal-filled filaments.

This versatility enables real-world applications in industries requiring mechanical strength, thermal stability, and durability, making it a top choice for industrial technical 3D printing.

Continuous production with smart sensors and automation

The system includes flow sensors to detect blockages, an automatic filament cutter, and safety systems that allow pausing and resuming prints without material loss. This ensures uninterrupted industrial 3D printing, critical in environments where every minute counts.

CAN bus communication ensures precise coordination of all components, optimizing performance in automated additive manufacturing workflows.

Parts printed on the RF50

Photo 4: Parts printed on the RF50. Source: Blocks

Advanced print bed with high-precision auto-leveling

The auto-leveling system combined with full Z-axis adjustment ensures a perfectly calibrated surface at all times. The flexible steel PEI-coated platform improves adhesion and allows easy part removal.

Uniform temperature distribution across the print bed enhances stability during long jobs, especially in large-format industrial 3D printing.

The RF50 features an advanced bed with auto-leveling, precise Z-axis adjustment, flexible plate for easy removal, and uniform temperature for optimal adhesion.

Photo 5: The RF50 features an advanced bed with auto-leveling, precise Z-axis adjustment, flexible plate for easy removal, and uniform temperature for optimal adhesion. Source: Blocks

Safe and controlled environment for professional 3D printing

The enclosed structure with activated carbon filtration and HEPA system improves air quality, reducing particles generated during printing. This design is suited for workspaces where safety and cleanliness are critical.

HEPA filter improves air quality and removes fine 3D printing particles, keeping your workspace clean and safe.

Photo 6: HEPA filter enhances air quality and removes fine 3D printing particles, maintaining a clean and safe workspace. Source: Blocks

The emergency stop button and auxiliary ventilation provide additional control, meeting industrial machinery safety standards.

Photo 7: The RF50 includes a large red button for safe operation to immediately stop printing if necessary. Source: Blocks

Advanced connectivity and professional 3D printing software

WiFi, Ethernet, and USB connectivity allow remote job management and optimized production workflows. Compatible with widely used industry software, it enables creation of custom profiles for each material and application.

Klipper-based firmware provides precise system control, improving stability and performance in advanced professional 3D printing processes.

Technology built for real industrial 3D production

The Blocks RF50 meets the demand for machines capable of maintaining consistent manufacturing speeds with precision and full compatibility with technical materials. Its design focuses on process optimization, time reduction, and consistent quality per print, aligning with modern high-performance industrial additive manufacturing requirements.

Part printed on the RF50 industrial 3D printer.

Photo 8: Part printed on the RF50 industrial 3D printer. Source: Blocks

General information
Manufacturer	Blocks

Bed leveling: Check automatic leveling before each print to ensure adhesion and accuracy.
Filament: Use dry, industrial-grade material; store under controlled conditions.
Print settings: Adjust temperature, speed, and flow according to material type and technical specifications.
Monitoring and sensors: Supervise flow sensors and CAN bus to detect blockages or errors during printing.
Extrusion maintenance: Clean the print head and check the Bondtech LGX Lite extruder periodically to prevent jams.
Continuous production: Use high-flow nozzles and the automatic filament cutter for filament changes without interrupting operation.
Thermal and environment control: Maintain uniform bed and ambient temperature; use HEPA and carbon filters for industrial safety.
Logging and software: Set material-specific profiles; document maintenance and prints to ensure reliability and consistency.