How the CBAM 25 redefines
Industrial 3D printing benchmarks
01.
End-to-End Automation
Automated 3D printing and post-processing
02.
Factory Floor Ready
Hardened design with no special operating requirements
03.
No Failed Builds
Smart Yield™ uses AI and
automated layer reprinting
04.
1 Layer Every 4 Seconds
Breakthrough production speed
of 11,800 cm3 per hour
Upcoming
Trade Show:
Formnext 2024
Why CBAM 25?
Massive Output with Precision
Delivers 11,800 cm³ of high-quality prints per hour, with precise layer control down to 50-60 microns.
Manufacturing Flexibility and Efficiency
Enables high-density build layouts with minimal part spacing, reducing material waste and enhanced cost-efficiency.
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Robust and Versatile Material Options
Supports a variety of high-performance composite materials, providing flexibility and strength for demanding applications.
CBAM 25 Delivers...
SPEED
Massive Output with Precision
Precise layer control down to 50-60 microns while producing end-use parts at speeds that rival injection molding.
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​
Robust & Versatile Material Options
Supports a variety of high-performance composite materials, providing flexibility and strength for demanding applications.
​
Manufacturing Flexibility and Efficiency
Enables high-density build layouts with minimal part spacing, reducing material waste and enhanced cost-efficiency.
PRECISION
Unmatched Accuracy
The CBAM 25 has layer thickness precision down to 50-60 microns, ensuring every component is manufactured with exceptional accuracy, far exceeding traditional manufacturing methods.
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Consistent Quality
With printing resolutions of 1200 x 1200 dpi and part accuracy within 0.005 inches (125 microns), our composites guarantee consistent, high-quality parts every time, suitable for the most demanding applications.
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Advanced AI Integration
Our CBAM 25 industrial 3D printer's Smart Yield™ AI technology ensures no failed builds, automatically adjusting layers to maintain perfect precision, revolutionizing the reliability of industrial manufacturing.
STRENGTH
Unrivaled Strength
CBAM advanced composites surpass traditional plastics and accomplish properties similar to aluminum while being significantly lighter.
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Incredible Stiffness
Tensile modulus reaching 12.74 GPa (1848 psi), our materials offer extraordinary stiffness, ensuring minimal deformation under stress, making them perfect for structural and load-bearing applications.
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Heat and Stress Resilience
CBAM industrial-grade composites withstand extreme temperatures up to 300°C (572°F) and offer elongations of up to 2.5%, ensuring performance under the most challenging conditions.
Booth 2013
Part and Application Spotlight at Rapid