Drawing-Based Manufacturing
Parts made around your specifications, so critical interfaces fit your design.
CUSTOM COOLING. PRECISION MANUFACTURING.
Liquid Cold Plate
Manufacturer for
Your Next Design.
Custom thermal management solutions, built around your drawings. From CNC-machined components to liquid cooling assemblies, simplify the path from prototype to production.
Drawing-based manufacturingEngineering reviewQuality inspection
Turn your cooling requirements into production-ready components.
Request a Quote
ABOUT JENBO MANUFACTURING
Your Design.
Our Manufacturing
Expertise.
As a custom liquid cold plate manufacturer, Jenbo brings precision metal parts and thermal components into one manufacturing workflow. CNC machining, joining, finishing, and assembly support help reduce the coordination your team needs to move a design forward.
From one engineered component to a complete cooling assembly, your drawings define the requirements.
Integrated Processes
Coordinate machining, joining, and finishing to simplify component sourcing.
Quality-Focused Production
Plan inspection around agreed requirements to support repeatable builds.
Find the right manufacturing route for your next component.
Explore Manufacturing ServicesOUR MANUFACTURING SERVICES
From Precision Parts
to Complete Assemblies.
One coordinated manufacturing route connects your component geometry, joining needs, and finishing requirements—helping reduce handoffs throughout your project.
CNC Milling
Machine pockets, channels, and mounting features to turn complex designs into functional metal components.
CNC Turning
Produce shafts, sleeves, and threaded interfaces with rotational geometry tailored to your assembly.
Metal Stamping
Form suitable sheet metal parts through repeatable tooling processes for efficient production.
Vacuum Brazing
Join compatible structures in a controlled furnace environment to support enclosed thermal assemblies.
Friction Stir Welding
Join suitable aluminum covers and channels using a solid-state process selected for your design.
Finishing & Assembly
Coordinate surface treatments and component assembly to simplify downstream production.
Bring machining, joining, and finishing into a single project conversation.
Discuss Your Manufacturing NeedsPRECISION CNC MACHINING
Complex Geometry.
A Practical Path
to Production.
Cold plate CNC machining creates the channels, sealing surfaces, and mounting interfaces your cooling design depends on. We review your drawings and plan machining around critical features, helping your components fit into the wider system.
2D drawings · 3D CAD models · Defined materials · Critical dimensions
Complex Part Geometries
Plan pockets, slots, channels, and multi-feature surfaces around machining access.
Drawing-Defined Accuracy
Align machining and inspection with your critical dimensions and tolerances.
Material Flexibility
Review aluminum, copper, steel, brass, and selected plastics for your application.
Prototype to Production
Use sample feedback to prepare your part for repeat manufacturing.
Let us review the features that matter most to your design.
Send Your CNC DrawingsCUSTOM THERMAL MANAGEMENT SOLUTIONS
Cooling Hardware.
Built for Your System.
Industrial liquid cooling solutions start with components that match your heat source, available space, and interfaces. Combine custom machining with suitable joining processes to build application-specific cooling hardware.
Custom Liquid Cold Plates
Machined cooling structures bring coolant closer to the heat source, with mounting surfaces and connections defined around your design.
Precision Machined Heat Sinks
Application-specific fin geometry, mounting features, and material options help you integrate heat dissipation into your equipment.
Liquid Cooling Manifolds
Custom flow passages and port layouts distribute coolant around your system while simplifying connection and mounting requirements.
Thermal Cooling Assemblies
Coordinate heat-transfer parts, connections, and supporting metal components into an assembly that fits your production requirements.
Move your cooling concept toward a manufacturable component.
Discuss Your Cooling ProjectADVANCED METAL JOINING
The Right Joint.
A Better Manufacturing Route.
Choose a joining method around material compatibility, channel geometry, and operating conditions. Early process review helps align your cooling assembly with a practical production and inspection plan.
Vacuum Brazing
Join compatible components in a controlled furnace environment. This approach can support enclosed passages and multi-layer structures where mechanical fastening is impractical.
Friction Stir Welding
Join suitable aluminum plates without melting the base material. A reviewed tool path and joint design can support cooling channel covers and custom thermal structures.
Process Selection
Match the joining route to your materials, geometry, and application.
Custom Tooling
Plan fixtures around part stability, joint access, and production needs.
Inspection Planning
Agree inspection and validation requirements before manufacturing.
Choose a joining process around your design requirements.
Review Your Joining RequirementsMATERIALS & SURFACE FINISHING
The Right Material.
The Finish Your Part Needs.
Match thermal performance, strength, corrosion resistance, and appearance to your operating conditions. Reviewing material and finish together helps avoid unnecessary manufacturing complexity.
Materials We Work With
- Aluminum AlloysLightweight and machinable for housings, cold plates, and mechanical components.
- CopperHigh thermal and electrical conductivity for suitable cooling and connection designs.
- Stainless SteelCorrosion resistance for components exposed to demanding environments.
- Carbon & Alloy SteelStrength-focused options for loaded mechanical parts and assemblies.
- BrassA practical choice for suitable fittings, connectors, and turned components.
- Engineering PlasticsSelected non-metallic options for insulation, weight, or functional requirements.
Surface Finishing Options
- AnodizingA protective surface treatment for compatible aluminum parts.
- Hard AnodizingEnhanced surface wear resistance for suitable aluminum components.
- Nickel PlatingProtective or functional coatings for selected metals and applications.
- Powder CoatingProtective color finishes for suitable exterior metal surfaces.
- Bead BlastingA consistent surface texture for applicable machined components.
- Laser MarkingPart identification to support assembly, traceability, and service.
Share your operating environment to review suitable materials and finishes.
Ask About Material OptionsINDUSTRIES & APPLICATIONS
Precision Components.
Real Engineering Applications.
Custom cooling solutions for electronics and industrial equipment start with the application. Match your component requirements to machining, thermal hardware, and assembly support built around your system.
AI Servers & Data Centers
Support data center liquid cooling with cold plates, manifolds, and metal interfaces tailored to dense electronic systems.
EV Batteries & Power Electronics
Review EV battery cooling plate designs and custom interfaces for battery systems, inverters, and power modules.
Semiconductor Equipment
Manufacture precision mounting structures and thermal components around equipment-specific interface requirements.
Laser & Optical Equipment
Integrate laser cooling plate structures and precision mounting components into optical and industrial laser systems.
Medical Equipment
Review structural, mechanical, and cooling components against the requirements of your medical equipment design.
Industrial Automation
Source custom brackets, housings, tooling, and mechanical parts that fit your automated production system.
Tell us about your application, interfaces, and component requirements.
Discuss Your Application
DIMENSIONAL INSPECTION / REFERENCE IMAGE
QUALITY CONTROL & INSPECTION
Quality Defined
by Your Drawing.
Align material verification, dimensional checks, and final inspection with your approved specifications. A clear inspection plan helps identify deviations and keeps acceptance criteria consistent from prototype through repeat production.
Project-Specific Validation
Cold plate leak testing, pressure testing, and thermal testing requirements can be reviewed during quotation. Test methods and acceptance criteria must be agreed for your project.
Cold plate leak testing, pressure testing, and thermal testing requirements can be reviewed during quotation. Test methods and acceptance criteria must be agreed for your project.
Incoming Material Inspection
Review material identity and specified records before the manufacturing route begins.
Dimensional Inspection
Verify critical features against drawing-defined dimensions and tolerances.
In-Process Quality Checks
Plan checks at key manufacturing stages to identify variation during production.
Final Inspection & Records
Confirm agreed requirements and prepare the documentation specified for your order.
Define the inspection records and acceptance criteria your project needs.
Discuss Your Quality RequirementsENGINEERING & DFM SUPPORT
Designed to Work.
Reviewed to Be Made.
Early manufacturing feedback helps connect design intent with practical machining and joining methods. Share your CAD models, drawings, and functional requirements to review tool access, materials, and critical features before production.
For cold plate design services, define your interfaces, coolant, heat load, and operating conditions alongside the manufacturing requirements.
Drawing Review
Clarify 2D drawings, 3D geometry, tolerances, and the features critical to function.
Machining Feasibility
Review tooling access, internal radii, channel geometry, and workholding needs.
Cost Optimization
Discuss process choices and avoid machining complexity that does not improve function.
Prototype Development
Use prototype and pilot build feedback to prepare for production readiness.
Share your STEP files and drawings for a manufacturing feasibility discussion.
Submit Your Design for ReviewFACTORY & PRODUCTION RESOURCES
The Resources
Behind Your Parts.
Machining, forming, and inspection resources support the route from engineering samples to repeat orders. Reviewing the production plan around your part geometry and quantity helps keep process requirements clear.
Request project-specific information on equipment, inspection methods, and the proposed manufacturing route.
CNC Machining Centers
Machining resources for custom pockets, channels, mounting surfaces, and complex components.
CNC Turning
Rotational components such as shafts, sleeves, and fittings made around your drawing requirements.
Metal Stamping
Forming resources for suitable sheet metal geometries and repeat production requirements.
Dimensional Inspection
Measurement methods selected around critical dimensions and agreed inspection requirements.
Review the manufacturing resources your project requires.
Explore Our CapabilitiesMANUFACTURING APPLICATION EXAMPLES
Your Manufacturing Challenge.
A Considered Approach.
Explore example manufacturing routes for thermal components, metal housings, and repeat production. Each approach is reviewed against the actual drawing, materials, and acceptance requirements.
Thermal Component Manufacturing
Challenge
Coordinate interfaces and multiple metal components within a cooling assembly.
Approach
Review geometry, materials, joining methods, and inspection needs before agreeing the manufacturing route.
Precision Aluminum Housings
Challenge
Combine internal features with accurate mounting and assembly interfaces.
Approach
Plan CNC milling sequences, suitable workholding, and dimensional checks around critical drawing features.
Repeat Precision Components
Challenge
Maintain agreed dimensions across repeat orders and downstream finishing.
Approach
Coordinate process planning, fixtures, production checks, and final inspection records for the specified part.
ILLUSTRATIVE MANUFACTURING ROUTES / NOT COMPLETED CUSTOMER CASE STUDIES
Bring us a similar challenge and the drawings behind it.
Discuss Your ProjectOUR CUSTOM MANUFACTURING PROCESS
From Your Drawings
to Finished Components.
A defined sequence connects technical review, sample approval, manufacturing, and delivery—so your team can make decisions at the right stage.
- 01
Send Your Drawings
Share CAD files, 2D drawings, materials, quantities, and critical requirements.
- 02
Review & Quote
Discuss feasibility and technical questions before reviewing a project quotation.
- 03
Approve Samples
Review prototypes or samples where required before approving production.
- 04
Manufacture Parts
Produce approved components using the agreed process and drawing revision.
- 05
Inspect & Document
Check agreed dimensions and prepare the specified quality records.
- 06
Pack & Deliver
Protect finished components and coordinate the agreed shipping requirements.
Clear Communication Throughout Your Project
Align drawing revisions, technical changes, and inspection expectations before they affect production.
Align drawing revisions, technical changes, and inspection expectations before they affect production.
Start with your drawings and the requirements that matter to your team.
Start Your Manufacturing ProjectFREQUENTLY ASKED QUESTIONS
Clear Answers.
Confident Sourcing.
Understand drawing requirements, materials, production planning, and quality documentation before your custom manufacturing project begins.
Have a project-specific question? Include it with your drawings so we can discuss the details.
What files do you need for a quotation?
Please share STEP or other suitable 3D CAD files and PDF drawings, with material, quantity, surface finish, tolerances, and inspection requirements. Clear technical information helps us review the manufacturing route and prepare a relevant quotation.
Do you support prototypes and small batches?
Prototype and pilot production requirements can be reviewed alongside repeat orders. Share your quantity and development stage so we can discuss a suitable manufacturing approach.
What materials can you machine?
Options include aluminum, copper, stainless steel, carbon and alloy steel, brass, and selected engineering plastics. The exact grade and its compatibility with machining, joining, and finishing should be confirmed during review.
What tolerances can you achieve?
Achievable tolerances depend on geometry, material, feature size, workholding, and the manufacturing process. Identify critical dimensions on your drawing so we can review feasibility and agree inspection methods.
Can you provide surface finishing?
Anodizing, hard anodizing, nickel plating, powder coating, bead blasting, and laser marking can be reviewed for suitable parts. Specify functional surfaces and any coating limits so finishing can be included in the process plan.
Can you manufacture custom liquid cold plates?
Jenbo supports custom liquid cold plate manufacturing based on customer drawings and project requirements. Share channel geometry, materials, interfaces, coolant compatibility, and any joining or testing specifications for review.
How long does production take?
Timing depends on complexity, material availability, quantities, joining processes, finishing, and inspection requirements. A project schedule is discussed during quotation after reviewing the complete technical scope.
Can you provide inspection reports and material certificates?
Specify the documents you require when requesting a quotation. We can review material certificates, dimensional reports, and project-specific test records, and confirm what will be included in the agreed scope.
How are confidential drawings handled?
Tell us about confidentiality requirements before sharing sensitive designs. NDA terms and approved channels for technical files should be agreed before transferring confidential information.
How do I choose a cold plate supplier for my project?
Share your drawing, operating requirements, target quantity, and inspection criteria. Review the proposed process, documentation, and project assumptions together so your team can evaluate the manufacturing fit.
Get answers specific to your component and manufacturing requirements.
Contact Our Engineering TeamSTART YOUR CUSTOM PROJECT
Your Next Part
Starts with
a Conversation.
Looking for a liquid cooling solutions manufacturer that can work from your engineering requirements? Share your drawings, quantities, and project priorities to discuss a suitable route to production.
Engineering Drawing Review
Clarify critical features and manufacturing requirements before production.
Custom Manufacturing Support
Plan prototypes, pilot builds, and repeat orders around your project.
Quality-Focused Production
Agree inspection methods and documentation for your components.
Confidential Project Handling
Discuss NDA requirements before transferring sensitive designs.
Not Ready to Share Drawings?
Start with your application, preferred material, and estimated quantity. We can discuss the technical information needed for a quotation.
Start with your application, preferred material, and estimated quantity. We can discuss the technical information needed for a quotation.