Fabrication
Fulcrum Technologies boasts advanced fabrication capabilities, enabling us to produce high-precision machine bases and custom metal components tailored to the exacting demands of the global semiconductor industry and other high-tech manufacturing environments. Our state-of-the-art equipment and skilled technicians ensure that every part we create meets stringent quality standards and client specifications, from intricate designs to large-scale structures.
Our comprehensive fabrication services are designed to deliver expertly crafted components with speed and precision.
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We utilize a high-power 6kW Fiber Laser for cutting a wide range of metals with exceptional speed, accuracy, and clean edges. This technology allows for intricate patterns and precise geometries, making it ideal for producing complex components for machine bases and custom parts with minimal heat distortion and material waste.
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Our advanced water jetting capabilities allow us to cut materials up to 6 inches thick without inducing heat-affected zones, preserving the material's intrinsic properties. This versatile process is perfect for cutting a diverse array of materials, including metals, composites, and plastics, enabling the creation of thick, robust components for specialized applications.
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Fulcrum provides precision bending services for both plate and sheet metal, forming components to exact angles and complex shapes. Our skilled operators and modern press brake equipment ensure consistent accuracy and high-quality bends, crucial for assembling structurally sound machine bases and custom enclosures.
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With 10 dedicated welding stations, our certified welders are proficient in both Tungsten Inert Gas (TIG) and Metal Inert Gas (MIG) welding. This capacity allows us to handle a high volume of diverse welding projects, producing strong, clean, and reliable joints for everything from delicate assemblies to heavy-duty structural frameworks.
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Our laser welding capabilities offer highly precise, clean, and strong welds with minimal heat input, reducing distortion and post-weld processing. This advanced technology is particularly beneficial for joining intricate components, thin materials, and dissimilar metals, ensuring superior quality and aesthetic finish for specialized applications in high-tech manufacturing.