01 / DISTRIBUTEManifold blocks
Ports, intersecting passages and mounting interfaces—defined together.
Port schedule · thread standards · internal accessWEKO / CNC-MACHINED LIQUID-COOLING HARDWARE
Liquid-cooling parts.
Made to connect.
Custom manifolds, cold-plate components
and connector bodies. Made to your design.
Prototypes & small batchesNDA available
REAL WEKO PRODUCTION / CNC MACHINING & INSPECTION
THE HARDWARE / THREE CONNECTED FAMILIES
Made for the way
your system connects.
Explore the geometry. Then bring us the drawing that defines your component.
Swipe to explore the components
01 / DISTRIBUTE
02 / TRANSFERCold-plate components
Bases, channels and covers machined around your thermal architecture.
Mating geometry · flatness · joining scope
03 / CONNECTConnector bodies
Turned and milled interfaces for the connections your system depends on.
Bores · seal grooves · critical diameters
REAL COMPONENTS / A CLOSER LOOK
Copper channels.
Machined interfaces.
Look at the channels, recesses, mounting holes and mating faces. Define these features together in your component drawing.
Review My Cooling ComponentComponent reference. Your drawing and quotation define geometry, joining and acceptance requirements.TAKE A CLOSER LOOK / INTERACTIVE 3D
Turn it.
Inspect it.
Make it yours.
Rotate the representative components and explore the interfaces. Your drawing controls the material, dimensions and finished scope.
Review your own componentComponent machining is the starting scope. Joining, seals, fittings, assembly and testing are agreed for your project.
WEKO / COMPONENT EXPLORER01—03
Ports, passages & mounting interfaces
Representative 3D geometry. Your released drawing defines the part.FOLLOW THE INTERFACES / EXPLORE THE DETAIL
Every connection.
Part of a bigger picture.
See how manifold ports, cold-plate geometry and mounting features connect in an illustrative layout.
WEKO / COMPONENT INTERFACE STUDY
The connection starts with the complete callout.
Specify port and thread standards, size, depth, position and sealing method. Include the mating interface and any required gauges.
Review your interfacesMATERIAL / COOLANT / FINISH
Specify the material.
Consider the whole loop.
Share the exact alloy, coolant and working conditions. Compatibility depends on the full wetted path, including finishes, seals and other connected materials.
Explore our material guidesGrade and surface condition.
Specify alloy, condition, coolant exposure and any finish. Identify functional surfaces and masking areas.
Exact grade. Defined requirements.
Include the grade, exposure, cleanliness and any passivation requirements. Agree the manufacturing and inspection scope.
Review against the part.
Send the material specification and application conditions for a route review. The quotation confirms availability and suitability for manufacture.
QUALITY / FROM COMPONENT TO ACCEPTANCE
Measure the features.
Define the test conditions.
Dimensional inspection and assembly-level testing answer different questions. Put both scopes in the RFQ when your project needs them.
Drawing-defined inspection
Critical dimensions, datums, thread gauges, surface requirements and the records your team needs.
Leak or pressure checks by agreement
Define medium, pressure, duration, temperature, leakage limit, sampling and reporting for the actual assembly state.
Cleanliness & protection
Specify internal cleanliness, burr control, corrosion protection and packaging for ports and finished faces.
Make the acceptance boundary explicit.
Confirm who supplies plugs, seals and mating parts, who performs any joining or assembly, and which state is tested and delivered.
Define your test scopeWATCH THE PROCESS / 32 SECONDS
From the drawing
to the finished interface.
See how a manifold project connects the drawing, manufacturing scope, machining and inspection.
Process illustration. Manufacturing and inspection scope are agreed for your component.
- 01
Define
Drawing, material, ports and quantity.
- 02
Plan
Machining route and quotation scope.
- 03
Machine
Ports, threads and mounting features.
- 04
Inspect
Critical interfaces and agreed records.
THE MANUFACTURER / THE SUPPORTING EVIDENCE
Look inside WEKO.
Review the documents.
See the people, machining and inspection environment behind the components. Open the published certificates to review their holder and scope.
General WEKO factory introduction: machining, inspection and the manufacturing team.
Published quality systems.
Our quality systemCertificate holder: Dongguan XuXiang Precision Hardware Co., Ltd., within the WEKO manufacturing group. Review each document for its certified entity, scope and validity.
LET’S REVIEW YOUR COOLING HARDWARE
The right details.
A useful quotation.
Send your component drawing and the requirements that matter. We will review the machining route, interfaces and agreed inspection scope.
Request a Cooling Component Quote Confidential design? Request an NDA first.LIQUID-COOLING COMPONENTS / QUESTIONS
Scope understood.
Next step clear.
What liquid-cooling components can WEKO machine?+
We review custom manifold blocks, cold-plate bases and covers, connector bodies and related mounting hardware made to your drawing. Identify ports, passages, threads, sealing faces and critical dimensions so the manufacturing scope can be confirmed.
Do you supply a complete cooling system?+
This service focuses on custom machined metal components. Define any joining, assembly, purchased fittings or testing you need as separate quotation items. System thermal design, electronics, pumps and overall cooling performance remain with the responsible system team unless a specific additional scope is agreed.
Can you make a prototype or a small batch?+
Yes. Share the material, geometry, quantity and functional requirements. We review the CNC route for your prototype or small batch and consider the next production order. Material availability, setup, finishing and inspection determine the quoted cost and schedule.
How should I specify ports and threads?+
State the full thread or port standard, size, depth, position and sealing method. Include the mating component specification and any gauge requirements. Similar nominal thread sizes do not establish interchangeability.
Which material should I use with my coolant?+
Provide the exact alloy, coolant formulation, temperature range and other wetted materials in the loop. The system owner should validate compatibility and corrosion requirements. WEKO reviews the manufacturing and finishing scope against the released material specification.
Do you join or seal cold-plate bases and covers?+
Tell us the intended joining or sealing method, mating geometry and final acceptance requirements. Base-and-cover machining does not automatically include a sealed assembly. Joining, hardware, seals and assembly checks must be explicitly agreed in the quotation.
Are leak and pressure tests included?+
Include the test medium, pressure, duration, temperature, allowable leakage, sampling and required record in the RFQ. Test feasibility and responsibility are reviewed for the actual component and assembly state. A test requirement is only included when confirmed in the quotation.
Can you guarantee heat removal or pressure drop?+
A machined part drawing alone does not establish system thermal or hydraulic performance. Share any required thermal, flow or pressure-drop validation so its method, conditions and responsibility can be defined. CNC manufacture is quoted against agreed component requirements.
What do you need to prepare a quotation?+
Send the model, dimensioned drawing and revision, material, quantity, port schedule, sealing and surface requirements, assembly scope and inspection needs. Include the target delivery date and any cleanliness or packaging specification. An NDA is available before sharing sensitive files.