Custom Non-Standard Components

Linear mounting brackets featuring a central spine with dual perpendicular flanges and an array of circular through-holes serve as rigid interfaces for linear guides or sensor arrays in automation systems. The symmetrical layout allows for secure fastening to machine frames while the extended side wings provide additional mounting points for auxiliary components.

Machining these brackets requires strict control over the parallelism between the two vertical flanges and the positional accuracy of the hole patterns relative to the central datum. The extensive material removal in the web area necessitates optimized clamping strategies to prevent stress-induced deformation, ensuring that the flatness of the mounting surfaces meets assembly tolerances for smooth linear motion or precise component alignment.

Our facility utilizes high-precision vertical machining centers capable of maintaining tight geometric tolerances across batch production runs. We support custom material selection including aluminum alloys, stainless steel, or carbon steel, and offer secondary processes such as deburring, sandblasting, or anodizing to enhance surface quality and corrosion resistance based on your specific application requirements.

Production quotes are generated based on provided 2D drawings and 3D models, which define critical dimensions, thread specifications, and surface finish standards. Our ISO 9001 certified quality system ensures consistent dimensional verification using CMM and height gauges, facilitating reliable interchangeability for multi-variety, small-batch orders typical in non-standard equipment manufacturing.