OEM Milling Parts Precision CNC Machined Two Tone Enclosure Base

Precision CNC Machined Two-Tone Enclosure Base – Syris Manufacturing

Product Overview

This precision CNC-machined component pair, produced by Syris, is a square electronic enclosure base featuring a black anodized central cavity framed by a bright, gold-toned machined border and integrated corner mounting tabs. Shown as a matched left/right or front/back set, the part combines cosmetic two-tone finishing with functional cavity and mounting geometry.

Key Features

• Two-Tone Finish Contrast — A black anodized interior cavity is paired with a bright, gold-hued machined border, creating a distinct visual contrast while serving functional masking or plating purposes.
• Integrated Corner Mounting Tabs — Four flared corner tabs, each with a through-hole, provide direct fastening points to a mating chassis or frame without additional brackets.
• Recessed Component Cavity — A shallow, evenly milled interior pocket provides a seated area for a circuit board, sensor, or module, with precision-located standoff and locating holes.
• Fine Edge Detailing — A narrow, consistently machined border frame surrounds the cavity, indicating tight control of edge geometry between the two finish zones.
• Matched Pair Configuration — The two parts shown share an identical design language, suggesting use as a coordinated top/bottom or left/right enclosure set.
• Precision Locating Features — Small internal holes and bosses within the cavity support accurate board or component placement during assembly.

Applications

Suited for automotive or industrial electronic control unit (ECU) housings, sensor module enclosures, and other applications requiring a compact, precisely fixtured housing base with distinct cosmetic finishing.

Manufacturing Capability

This part demonstrates Syris's capability in producing two-tone finished enclosures — combining precision cavity milling, corner-tab machining, and masked surface treatment to deliver cosmetically distinct, functionally precise electronic housings.