Custom machined aluminum laser cooling plate with mounting holes and coolant connections

PRECISION THERMAL MANUFACTURING

Custom Laser Cooling Plates & Thermal Components

JBT manufactures CNC machined liquid cold plates, heat sinks and metal cooling components for fiber lasers, laser diodes and industrial laser systems. Drawing-defined coolant paths and contact surfaces help your team integrate cooling around the equipment you build.

Turn your laser cooling design into a component ready for manufacturing.

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THERMAL CHALLENGES

Thermal & Manufacturing Challenges
in High-Power Laser Equipment

Effective heat removal starts with accurately manufactured contact faces, flow passages and sealing interfaces, helping your cooling design support stable laser operation.

High Heat Concentration

Laser sources and diode assemblies concentrate heat in small areas. Drawing-defined contact surfaces help preserve the intended heat transfer path into the cooling component.

Temperature Stability

Temperature-sensitive laser components depend on consistent cooling. Controlled interfaces and mounting geometry help your team assemble the thermal structure as designed.

Coolant Flow & Pressure Drop

Channel geometry affects coolant distribution and hydraulic losses. Reviewing wall thickness and machining access helps retain the approved flow path.

Sealing & Dimensional Precision

Accurate ports, seal faces and mounting features support reliable integration. Agreed inspection criteria give your team a clear basis for component acceptance.

Address critical cooling interfaces before your next prototype enters production.

Discuss Your Cooling Challenges

KEY COOLING COMPONENTS

Precision Machined Components
for Laser Cooling Systems

Custom passages, mounting positions and thermal contact faces match your laser assembly, helping you integrate liquid cooling within the available mechanical space.

Machined cold plate with serpentine cooling path and fluid ports

Laser Liquid Cold Plates

Internal coolant passages and specified contact faces carry heat into circulating coolant while preserving your approved mounting layout.

Laser Diode Heat Sinks

Copper and aluminum thermal bases follow the diode footprint, supporting accurate contact and mechanical integration.

Cooling Manifolds

Custom fluid ports and machined distribution passages coordinate coolant routing around the laser system.

Precision Mounting & Cooling Bases

Controlled dimensions and surface finishes align thermal components with your equipment assembly.

Bring your component drawings and critical interfaces into one review.

Discuss Your Cooling Components

PRODUCT OVERVIEW

Custom Laser Cooling Plates,
Heat Sinks & Thermal Components

Precision-manufactured metal components connect your thermal design with practical assembly requirements, supporting industrial laser thermal management.

A laser cooling plate transfers heat from a laser-related device into coolant circulating through internal channels. JBT manufactures custom parts from customer drawings, combining CNC machining with suitable joining and finishing processes so the cooling structure fits your equipment design.

Custom Laser Cold Plates

Custom Laser Cold Plates

Machined channels, sealing faces and mounting features preserve your specified coolant route and thermal interface, simplifying mechanical integration.

Laser Diode Heat Sinks

Laser Diode Heat Sinks

Copper thermal bases and accurately positioned fixing features support intimate contact with the diode assembly, helping maintain the intended heat transfer path.

Cooling Assemblies & Manifolds

Cooling Assemblies & Manifolds

Custom machined bases and fluid interfaces coordinate multiple components, helping your team assemble a compact cooling structure.

Start with the component your equipment needs, built around your drawing.

Discuss Your Custom Cooling Design

LASER COOLING APPLICATIONS

Custom Cooling Plates for Fiber Lasers,
Laser Diodes & Industrial Laser Systems

Application-specific flow paths and thermal interfaces fit the geometry of your laser assembly, helping your team coordinate heat removal with mechanical integration.

Fiber Laser Cooling Plates

APPLICATION 01

Fiber Laser Cooling Plates

A custom fiber laser cooling plate follows the source assembly footprint and coolant layout. Machined mounting features and controlled contact areas support accurate installation of temperature-sensitive components.

Manufacturing focus: Custom flow channels · Precision mounting · Aluminum and copper

Cooling Plates for Laser Diodes

APPLICATION 02

Cooling Plates for Laser Diodes

A cold plate for laser diode assemblies matches the thermal base, fixing pattern and contact surface requirements. Reviewing these features together helps maintain the intended thermal interface during assembly.

Manufacturing focus: Contact surface control · Copper thermal bases · Drawing-based machining

Industrial Laser System Cooling

APPLICATION 03

Industrial Laser System Cooling

Custom plates and fluid distribution components connect laser sources with the equipment cooling circuit. Coordinated ports and mechanical interfaces help your team package liquid cooling within the system envelope.

Manufacturing focus: Custom cold plates · Cooling manifolds · Mechanical integration

Application reference images from the supplied brief illustrate cooling components and equipment; specific integration follows the customer design.

Match your laser equipment liquid cooling components to the assembly they serve.

Discuss Your Laser Application

PRECISION CNC MACHINING

Precision CNC Machining
for Laser Cooling Components

Drawing-defined features preserve assembly fit and thermal contact, helping your design move from a machined prototype to repeatable component production.

CNC tool machining a copper cooling component

Precision manufacturing for complex cooling structures.

JBT reviews copper, aluminum and other specified metal parts for CNC milling and drilling. Custom pockets, coolant passages and mounting interfaces follow your approved geometry so the component fits the surrounding laser assembly.

Machining access, critical surfaces and inspection requirements are evaluated before the production route is confirmed.

Precision Dimensions

Mounting holes, threads and locating features follow specified dimensions, supporting accurate fit within your laser assembly.

Controlled Contact Surfaces

Contact faces are machined to agreed flatness and finish requirements, helping preserve your thermal interface design.

Custom Channel Geometry

Pockets, cavities and accessible coolant passages retain the approved layout, helping coordinate heat removal with the available space.

Repeatable Production

A defined process plan and dimensional checks support consistent parts, reducing variation between prototype and repeat orders.

Review your critical machining features before committing to production.

Review Your CNC Machining Requirements

ADVANCED MANUFACTURING PROCESSES

Manufacturing Processes
for Custom Laser Cold Plates

The manufacturing route is matched to material, channel construction and joint geometry, helping your team define a practical way to produce the approved cooling structure.

CNC Channel Machining

CNC Channel Machining

Milling and drilling produce accessible passages, mounting features and sealing faces, preserving the geometry required for component fit.

Vacuum Brazing

Vacuum Brazing

Suitable multi-piece metal structures can be reviewed for brazing, enabling enclosed coolant passages where the design and materials support the joining route.

Friction Stir Welding (FSW)

Friction Stir Welding (FSW)

Selected aluminum plate structures can be reviewed for solid-state joining, providing a production route for compatible enclosed channels and joint layouts.

Surface Finishing & Assembly

Surface Finishing & Assembly

Specified finishes, cleaning and assembly preparation align the component with its mating surfaces, coolant circuit and handling requirements.

Process reference images from the supplied brief. Joining feasibility and production arrangements are confirmed for each design.

Compare suitable manufacturing routes before finalizing your cooling structure.

Discuss Manufacturing Options

MATERIALS & SURFACE FINISHES

Material Selection for Laser Cooling Plates
& Precision Components

Thermal transfer, weight and coolant compatibility guide material selection, helping you balance the component’s operating requirements with manufacturing feasibility.

Copper Cooling Components

Copper Cooling Components

High thermal conductivity supports heat spreading through laser cold plates and thermal bases. Specifying the grade and contact surfaces helps align the part with your thermal design.

Aluminum Cooling Components

Aluminum Cooling Components

Low weight and machining flexibility suit many cooling plates, manifolds and housings, helping integrate custom flow structures within the available space.

Stainless Steel Components

Stainless Steel Components

Selected grades support fittings, connectors and structural hardware where corrosion behavior and strength matter, helping match the fluid interface to its operating environment.

Surface Finishing & Coolant Compatibility

Precision machining finishes, suitable aluminum anodizing and specified protective treatments are reviewed against your material and coolant requirements. Considering coolant chemistry, galvanic compatibility, joint design and seal interfaces together helps avoid conflicting specifications before production.

Confirm material grade, coolant chemistry and finish requirements together.

Discuss Materials & Surface Finishes

ENGINEERING & DFM SUPPORT

Critical Engineering Parameters
for Custom Laser Cold Plates

A clear technical specification connects heat load and coolant conditions with manufacturable geometry, helping identify constraints before prototyping begins.

Generic engineering drawing showing cold plate channel and mounting dimensions

Generic reference drawing supplied in the brief; no customer-confidential geometry is shown.

Dimensional Tolerances

Critical dimensions and mounting positions define assembly fit, giving machining and inspection a shared reference.

Contact Surface Flatness

Specified flatness and finish define the thermal interface, helping your design retain its intended contact area.

Cooling Channel Geometry

Passage dimensions, wall thickness and tool access determine which features can be manufactured as drawn.

Flow & Pressure Conditions

Your flow rate, pressure budget and operating pressure guide review of the cooling structure and verification scope.

Sealing & Joint Design

Seal faces, joining surfaces and ports are reviewed together, helping coordinate the complete fluid boundary.

Thermal & Material Requirements

Heat load, material grade and coolant chemistry define the application context for manufacturing review.

Design for Manufacturability Review

JBT reviews tool access, critical features, material requirements, joining options and inspection considerations against your drawings. Early DFM discussion helps resolve production constraints while design changes are still practical.

Share the drawing and operating conditions that define your cooling component.

Submit Your Engineering Drawings

QUALITY VERIFICATION

Quality Verification
for Laser Cooling Components

Project-specific inspection requirements give both teams a clear basis for acceptance, helping verify the dimensions and interfaces that matter to your laser assembly.

Dimensional Inspection

Critical dimensions, mounting holes and contact features are checked against approved drawings, supporting consistent component fit.

Leak Tightness Verification

Methods and leakage limits are agreed for sealed structures, providing a defined way to assess the assembled fluid boundary.

Pressure & Flow Requirements

Customer-defined pressure and flow criteria are reviewed with the project scope, aligning verification with the intended operating conditions.

Quality Documentation

Agreed inspection records make component acceptance traceable, helping your team review samples and production deliveries consistently.

Dimensional measurement of a machined cooling component

Inspection reference image from the supplied brief. Testing methods, equipment arrangements and acceptance criteria are confirmed per project.

Define critical dimensions, leakage limits and reporting requirements before production.

Discuss Inspection & Testing Requirements

OUR MANUFACTURING CAPABILITIES

Precision CNC Manufacturing
for Laser Cooling Components

Drawing-based machining and direct engineering communication connect your component requirements with a defined production route, helping keep technical decisions aligned.

JBT provides custom CNC machining and metal component manufacturing for industrial customers. Cooling plates, heat sink bases, manifolds and mechanical parts are reviewed against customer drawings, material specifications and production needs.

CNC Machining Workshop

CNC Machining Workshop

Milling operations support complex cooling geometries and custom metal features, helping translate approved drawings into machined components.

Turning & Metal Processing

Turning & Metal Processing

Turned fittings, connectors and precision mechanical features help coordinate the fluid and mounting interfaces around your laser assembly.

Quality Inspection

Quality Inspection

Defined dimensional checks support consistent review of component geometry, helping your team evaluate fit before equipment integration.

Manufacturing reference images supplied in the brief. These images illustrate processes and are not verified photographs of JBT facilities.

Why Choose JBT for Your Laser Cooling Components?

Direct Project Communication

Discuss drawings and critical features with a manufacturing-focused team, keeping the technical scope clear from inquiry to production.

Precision Machining Support

Review copper, aluminum and other specified metals with the component geometry, helping select a workable machining route.

Quality-Focused Production

Agree inspection criteria and documentation before production, establishing a consistent basis for component acceptance.

Custom OEM Support

Coordinate drawing review, prototyping and repeat orders around your requirements, supporting the transition from design to supply.

Bring component drawings, materials and order quantities into one manufacturing discussion.

Discuss Your Manufacturing Project

CUSTOM MANUFACTURING EXAMPLES

Precision Machined Cooling Components
for Laser Equipment

Typical component requirements show how machining features support thermal contact, fluid routing and assembly fit. These are component examples rather than claimed customer project results.

Custom Fiber Laser Cooling Plate

MANUFACTURING EXAMPLE 01

Custom Fiber Laser Cooling Plate

A high power laser cooling plate combines coolant passages with mounting and contact features. Coordinating these features supports integration around the fiber laser assembly.

Manufacturing focus: Channel machining · Joining feasibility · Sealing geometry

Laser Diode Cooling Base

MANUFACTURING EXAMPLE 02

Laser Diode Cooling Base

A precision thermal base includes specified contact faces and fixing positions. Controlled flatness and fine machined features help align the diode assembly with its cooling interface.

Manufacturing focus: Thermal interface machining · Dimensional control · Specified finishing

Laser Cooling Manifold & Connection Block

MANUFACTURING EXAMPLE 03

Laser Cooling Manifold & Connection Block

A custom distribution block brings fluid ports, internal passages and assembly interfaces together. Accurate port positions and seal faces support straightforward coolant circuit integration.

Manufacturing focus: Port positioning · Flow path geometry · Component cleanliness

Share a similar component to review manufacturing feasibility and quotation requirements.

Discuss a Similar Component

CUSTOM MANUFACTURING PROCESS

From Engineering Drawings
to Custom Laser Cooling Components

A structured review and approval process connects your component requirements with production decisions, helping your project progress with clear technical checkpoints.

01

Submit Your Drawings

Send 2D/3D files, material specifications, quantities and application requirements, giving the review a complete technical starting point.

02

Engineering & DFM Review

Review machining access, tolerances and joining options, helping identify constraints before prototype manufacture.

03

Quotation & Confirmation

Agree scope, requirements and lead time so the technical and commercial expectations remain aligned.

04

Prototype Manufacturing

Produce samples when required for dimensional and application evaluation, helping assess the component before repeat orders.

05

Quality Inspection

Check agreed features against approved drawings, providing a consistent basis for sample and production acceptance.

06

Production & Delivery

Coordinate manufacturing, protective packaging and shipment around confirmed orders, supporting your equipment build schedule.

Ready to start your laser cooling component project? Share your drawings for review.

Submit Your RFQ

FREQUENTLY ASKED QUESTIONS

FAQs About Custom
Laser Cooling Plate Manufacturing

Review materials, machining, joining and inspection questions so your RFQ contains the details needed for a useful technical discussion.

Can JBT manufacture a custom laser cooling plate from our drawings?

Yes. JBT reviews 2D/3D drawings, material specifications and technical requirements before quotation. This defines a manufacturing scope matched to your component geometry and application.

What materials are commonly used for laser cold plates?

Copper and aluminum are common choices. Heat load, weight, coolant compatibility and the proposed joining route guide selection, helping balance thermal and manufacturing requirements.

Can you manufacture a fiber laser cooling plate or a cold plate for laser diode assemblies?

These component requirements can be reviewed for custom manufacturing. Contact geometry, mounting positions, materials and coolant passages determine the proposed process, helping align the part with its laser assembly.

Can CNC machining produce complex internal cooling channels?

Many channels, cavities and ports can be machined. Tool access, wall thickness and channel size determine feasibility, while an appropriate cover and joining structure can create enclosed passages.

Do you support vacuum brazing and friction stir welding?

Both processes may be considered for suitable structures. Material compatibility, joint geometry and production arrangements are confirmed during technical review so the manufacturing route fits the design.

How are laser cooling plates inspected?

Critical dimensions follow approved drawing requirements. Leak testing, pressure testing, flow verification and documentation are agreed per project, providing a clear basis for acceptance.

Can you support prototype and production orders?

Prototype and repeat-production inquiries are supported. Feasible quantities, lead times and production arrangements are confirmed after reviewing the component, helping your team plan the next build stage.

What information is needed for a laser equipment liquid cooling quotation?

Provide 2D/3D drawings, material grade, quantities, finish, tolerances and sealing requirements. Coolant, pressure, flow and thermal conditions help define a custom cooling plate for laser systems more completely.

Have a design-specific question about your laser cooling component?

Ask Our Manufacturing Team

START YOUR CUSTOM PROJECT

Need Custom Laser Cooling Plates
or Precision Thermal Components?

Custom CNC machining connects thermal contact faces, coolant routes and mounting geometry in one component. Share your drawings, material specifications and estimated quantities to discuss a laser cooling plate matched to your equipment.

Custom Manufacturing

Drawing-based aluminum and copper components preserve the critical geometry required by your application.

Engineering Review

Early discussion of tolerances, materials and process constraints helps establish a practical manufacturing route.

Quality-Focused Production

Agreed inspection requirements provide a clear basis for evaluating samples and repeat production.

Request a Custom Laser Cooling Plate Quote

Prepare your project details and engineering drawings for manufacturing review.

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Your project information is used for quotation and manufacturing review.

Share your drawings, target quantities and critical specifications to begin.

Contact Our Manufacturing Team