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6CNC / COMPONENT SHOWCASE

Liquid Cooling Connector Components

Watch a close-up presentation of machined connector bodies, threaded interfaces and component details.

23-second component showcase · Close-up views of machined parts

A closer look at the components

The video shows the parts from several angles. These stills highlight the external features visible in the footage.

Liquid Cooling Connector Components — component detail

00:01 / INTERFACE DETAIL

Threaded interfaces

Close-up views show the external threads, shoulders and central opening. These interfaces are key discussion points when defining mating geometry.

Liquid Cooling Connector Components — component detail

00:07 / CONNECTOR DETAIL

Machined connector bodies

The hand-held view reveals the body profile and the relationship between its threaded and cylindrical features.

Liquid Cooling Connector Components — component detail

00:19 / BODY DETAIL

Holes, slots and faces

The elongated metal component is shown from multiple sides, making its hole pattern, recessed areas and machined faces easier to see.

6CNC / PRECISION MANUFACTURING

Built around your component requirements

Liquid cooling connections bring together interface geometry, surface condition and assembly requirements. A useful manufacturing review starts with the drawing and the conditions the component must meet.

6CNC is a supplier of high-end liquid cooling connectors to NVIDIA.

01 / Threads and mating geometry

Define thread standards, engagement, critical diameters and the interfaces that control assembly.

02 / Sealing surfaces and edge condition

Identify sealing areas, surface finish requirements and burr-sensitive edges on the drawing.

03 / Inspection and acceptance

Agree how critical features will be measured and specify any required leak or pressure testing for the part or assembly.

04 / Repeatability in production

Review material, workholding, machining sequence and inspection frequency alongside the required quantity.

Have a similar component to manufacture?

Send your drawings, material, quantity and critical requirements. We’ll review the machining approach and prepare a quotation.