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ADDRESS

TOBB TC at 11409-11417 IL-19, Franklin Park, IL 60131

PHONE

+1 312-625-2117

E-MAIL

ferrocastings@efesan.com

AUTOMATION & ROBOTICS
HomeINDUSTRIESAUTOMATION & ROBOTICS

Component Examples for High-Tech Systems

Our castings form the robust core of machinery where millimeter precision and operational longevity are essential.

  • CNC Machine Bases: CNC Cast Iron Base and large structural frames for milling and turning centers.
  • Robotic Arms: Heavy-duty arm joints, rotational bases, and counterweights requiring high rigidity.
  • Measuring Devices: Reference bases and frames for CMM (Coordinate Measuring Machines) and laser scanners.
  • Motion Control: Gearbox housings and motor mounts for servo and actuator systems.
  • Assembly Platforms: Precision mounting plates for automated assembly cells.

Dimensionally Stable Cast Iron Bases and Frames for Automation & Robotics

By producing cast parts resistant to mechanical factors such as pressure, tension and vibration for the automation and robotics industry, we provide advantages such as increased efficiency, reduced costs and occupational safety.

In automation and robotic systems (e.g., industrial robot arms, CNC machines), these components ensure stable and accurate positioning of the robot or machine. Manufactured from gray or ductile cast iron, these parts absorb vibration and maintain high strength thanks to their graphite structure. This ensures stability for machines performing precision operations at the micron level.

Balance, stability, and durability are crucial for Industry 4.0 machines to achieve performance thanks to IoT (Interaction Between Objects). This allows devices to collect data instantly, without errors, with the support of artificial intelligence, and optimize production. Components produced from iron casting for these machines are crucial for the continuity and efficiency of the production line.

At Ferrocasting, we maximize our industry experience and flexibility in meeting our customers’ demands.

🔗 Precision Machining Integration

Casting the base material is only the first step. For automation components, achieving sub-millimeter tolerances is vital. We utilize our integrated CNC Machining Center to deliver complex parts ready for assembly, eliminating outsourcing risk.

View Our Machining Capabilities →
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Automation & Robotics FAQ

Why is cast iron preferred for CNC machine bases?
Cast iron is critically important due to its high vibration damping capacity. It rapidly absorbs the oscillations generated during high-speed cutting operations, maintaining the machine's overall geometric accuracy and surface finish.
How is dimensional stability ensured for precision equipment?
Our post-casting stress relieving processes ensure parts are produced with very low internal stress. Combined with a low coefficient of thermal expansion, this allows the part to retain its shape even under temperature fluctuations.
What tolerance levels can you achieve for robotic components?
Through our integrated casting and precision CNC machining center, we achieve tight tolerances (typically below 0.05 mm) required for robotic applications, verified by CMM coordinate measuring machines.
Do cast parts increase robotic system weight significantly?
For systems requiring extreme rigidity, the weight of cast iron is often leveraged as a counter-balance. For base structures and main arms, stability and rigidity are often more critical than lightweight construction.

Require Dimensional Stability & Precision?

Elevate the performance of your automation equipment with reliable cast iron bases and precision-machined components.

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