Precision CNC Machined Circular Port Flange Disc Black Anodized Finish

Syris Precision CNC Machined Circular Port Flange Disc

Syris precision-manufactures this black-anodized aluminum disc using multi-axis CNC machining, featuring a central multi-port cluster and curved slotted openings engineered for fluid distribution or valve seating applications.

Key Features:

• Central Multi-Port Cluster: Eight precisely bored holes arranged in a circular pattern at the disc center, set within a distinct contrasting insert/boss — likely serving as a check-valve seat, filter plate, or multi-channel flow distributor.
• Curved Slotted Openings: Four evenly spaced, arc-shaped milled slots surrounding the central port cluster, providing secondary flow passages, weight reduction, or airflow/fluid bypass channels.
• Precision Locating Holes: Small drilled holes at the disc perimeter, providing accurate dowel or fastener alignment for assembly with a mating cover or housing.
• Concentric Turned Profile: Precision-turned circular outer diameter and edge chamfer, ensuring accurate roundness and consistent fit within a cylindrical housing or bore.
• Contrasting Insert Detail: The lighter-toned central boss suggests either a separate insert component or a distinct machining/finishing step, indicating multi-material or multi-process capability.
• Durable Black Anodized Finish: Hard-anodized coating providing wear resistance, corrosion protection, and a consistent cosmetic finish for precision valve or flow-control components.

Manufacturing Capabilities Demonstrated:

• Multi-axis CNC turning and milling in combined operations
• Precision multi-hole boring in a circular array
• Curved slot milling for flow/weight optimization
• Accurate dowel/locating hole drilling
• Hard anodizing for corrosion and wear resistance

Applications:
Well-suited for hydraulic/pneumatic valve plates, check-valve or flow-control discs, filter/distributor plates, or rotary valve components requiring precise multi-port flow distribution in a compact circular footprint.