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Megawatt CDU Manifold Machining

CNC machining support for high-flow CDU manifold blocks where pressure integrity and distribution geometry affect deployment-critical uptime.

Core bottleneck: Megawatt-class liquid cooling rollouts require manifold capacity and precision faster than many standard supply channels can provide.

Megawatt Cdu Manifold Machining - Thermal Domain

Manufacturable Scope

Large-block manifold cavity and deep-feature machining
Flow-path tolerance governance for distribution consistency
Pilot-first execution for schedule-critical AI cooling projects

Representative Part Scope

CDU supply/return distribution blocks
High-flow branch manifold structures
Sealing-face interfaces for modular assembly
Inspection-ready tap and port geometry features

Proof Checkpoints

Pressure-hold or leak test method can be configured per customer validation standard
CMM checkpoints on branch spacing, port location, and sealing datums
Visual and dimensional verification records released with each lot

Materials & Process Focus

High-flow path machining stability on large blocks
Port-to-port positional consistency across batches
Interface flatness and sealing reliability under service pressure

Evaluation Matrix

Metric	Typical Range	Why It Matters
Pressure integrity verification	RFQ-defined pressure-hold or leak test sequence	Large manifold leakage can create deployment delays and costly rework.
Critical port-position control	CMM-verified branch and interface coordinates	Port drift causes installation friction and unpredictable flow distribution.

RFQ Checklist

Provide manifold CAD with branch and sealing CTQs
Specify coolant, pressure class, and test method
Clarify assembly interfaces and fastener pattern standards
Define pilot lot and deployment milestone date

Risk Controls

Flow-performance assumptions exceed part-level scope: Limit claims to machined geometry and validated inspection results; whole-loop CFD outcomes remain system integrator scope.
Late interface conflicts at install stage: Lock mating standards and gasket stack details before prototype release.

Buyer FAQ

Can you certify full CDU system flow performance?

We verify machined geometry and agreed integrity tests. Full system flow behavior depends on pump, piping, and controls outside machining scope.

What is the fastest path for a first manifold sample?

Submit CAD with pressure/test criteria and interface standards so DFM closure and pilot scheduling can start immediately.

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