Symmetric Block Architecture Precision CNC Machined Structural Mounting Block

Syris Precision CNC Machined Structural Mounting Block

Syris precision-manufactures this aluminum structural component from billet stock using multi-axis CNC machining, engineered as a rigid mounting interface with a central through-passage for cable, hose, or shaft routing.

Key Features:

• Symmetric Block Architecture: Precision-milled dual-block structure connected by a central bridge span, providing a wide, stable footprint with balanced load distribution across both mounting ends.
• Central Through-Cavity: Large, precisely milled rectangular passage through the center bridge section, engineered for routing cables, hoses, shafts, or providing clearance for an adjacent component.
• Fine-Pitch Ribbed Top Surface: Machined parallel ribbing across the top bridge section, adding structural stiffness while reducing overall material weight.
• Precision Bolt Hole Patterns: Multiple accurately drilled and counterbored mounting holes across both end blocks, positioned for secure multi-point attachment to mating structures.
• Stepped Block Geometry: Multi-level milled surfaces on each end block accommodating different mounting heights or clearance requirements for adjacent components.
• Fine Machined Surface Finish: Bright, smooth surface finish throughout, reflecting tight process control and consistent dimensional accuracy across all machined features.

Manufacturing Capabilities Demonstrated:

• Multi-axis CNC milling from solid billet stock
• Large-cavity through-passage machining
• Precision multi-hole drilling and counterboring across complex geometry
• Fine-pitch rib/stiffener machining
• Tight positional tolerance across a wide, multi-plane part

Applications:
Well-suited for automotive subframe mounts, battery pack structural supports, motor/gearbox mounting brackets, or industrial equipment bases requiring a rigid, precisely machined interface with integrated routing clearance.