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Precision manufacturing. Stronger together.Manufacturing Services & Support

From prototype to production, coordinated manufacturing solutions for your custom parts.

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Solutions

Thermal Technologies

Choose air- or liquid-cooling components around your thermal and mechanical requirements.

Stepped aluminum heat sink with copper contact insert — illustrative concept
Explore Thermal Technologies

Heat Sinks

Liquid Cooling

AI & Data Center Cooling

Manufacturing support for your cold plates, manifolds and cooling assemblies.

Processor cold plates and distribution manifold — illustrative concept
Explore AI Cooling

AI Compute Cooling

Distribution & Assembly

AI Cooling Interfaces
  1. Cold PlateHeat-source interface
  2. ManifoldCoolant distribution
  3. CDU InterfaceConnection requirements
  4. Rack / LoopAssembly integration
Review component fit across your cooling system.

Industry Cooling Solutions

Find components for your power electronics, energy, laser and telecom application.

Machined power module cooling plate — illustrative concept
Explore Industry Cooling

Power Electronics

EV & Energy

Laser & Telecom

Industries

High-Tech & Electronics

Components for your electronic systems.

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Applications & Project Inquiries

Precision & Advanced Systems

Start with your functional and quality requirements.

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Applications & Project Inquiries

Industrial & Energy

Build around your operating environment.

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Applications & Project Inquiries

Materials

From prototype to production, review material performance, manufacturability and cost for your part.

Engineering Plastics

Match your polymer to function, process and environment.

→
ABS — illustrative material conceptABSReview enclosure and molding needs›Polycarbonate (PC) — illustrative material conceptPolycarbonate (PC)Discuss clarity and impact needs›Nylon (PA) — illustrative material conceptNylon (PA)Review moisture and wear conditions›POM / Acetal — illustrative material conceptPOM / AcetalReview fit and sliding features›PEEK — illustrative material conceptPEEKDiscuss operating conditions›PTFE — illustrative material conceptPTFEReview friction and chemical exposure›ULTEM / PEI — illustrative material conceptULTEM / PEIDiscuss thermal and electrical needs›

Elastomers & Specialty Materials

Confirm grade availability and application requirements.

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Elastomers
Silicone / LSR — illustrative material conceptSilicone / LSRDiscuss flexible component needs›TPU / TPE — illustrative material conceptTPU / TPEReview flexibility and processing›EPDM — illustrative material conceptEPDMReview weathering and chemical exposure.›NBR — illustrative material conceptNBRReview oil and fuel exposure.›FKM — illustrative material conceptFKMReview temperature and chemical exposure.›
Specialty Materials
G10 / FR4 — illustrative material conceptG10 / FR4Review insulation and laminate needs›Composites — illustrative material conceptCompositesReview stiffness, weight and laminate.›Customer-Specified MaterialsConfirm your grade and requirements.›Other Specialty MaterialsDiscuss your application and grade.›
Resources

Design & Engineering

Practical guidance for your part geometry and material decisions.

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Cost & Planning

Prepare your process, budget and sourcing questions.

Explore Planning Topics

Learn & Proof

Build your knowledge before production.

Explore Learning Paths
About Us

About LK MFG

Learn who we are and how we operate.

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Get in Touch

Find our U.S. support team or start a conversation.

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sales@lkmfg.com (945) 409-1013

1750 Briercroft Ct, Suite 204
Carrollton, TX 75006, USA

YOUR VISIBLE SURFACES. YOUR CONNECTORS. YOUR FINAL FIT.

Custom Electronics Housings for Your Finish, Fit & Product Assembly

Define your custom aluminum electronics housing around visible surfaces, mounting features and the assembled fit. Review your material, manufacturing route and finished condition before approving a sample.

Dark-blue aluminum electronics housing with a fitted silver lid and connector openings;illustrative component concept,not a customer part or documentary company test

4 Decisions That Shape Your Enclosure Sample

01 · Appearance

Mark cosmetic faces and agree the reference sample.

02 · Assembly

Identify the lid, locating lip, screws and connectors.

03 · Finish

State masking and whether dimensions apply after finish.

04 · Production

Separate prototype review from repeat-production approval.

Separate electronics housing lid, matching base and small fasteners;illustrative component concept,not actual company/customer product or finished-fit measurement/test evidence

Match the Part to Your Product Interface

Separate outer aluminum housing, black front panel and internal mounting support;illustrative component concept,not actual company/customer product or finished-fit measurement/test evidence

Outer housings

Review wall geometry, edge details, mounting bosses and accessible assembly features.

Front panels & covers

Define button bores, connector cutouts, display openings and controlled visible edges.

Internal supports

Connect brackets and locating features to the actual circuit-board or subassembly drawing.

Silver electronics housing with round bores,connector cutouts,a locating lip and a separate lid;illustrative component concept,not a customer part or documentary company test

Review Your Mating Parts in the Finished State

A cover that fits before coating may need a different acceptance plan after finishing. Identify each contact face, thread, recess and locating feature.

  • Share mating CAD and connector dimensions.
  • Mark protected contacts and masked features.
  • Define inspection in the agreed final condition.
  • Confirm assembly sequence and fastener access.
Review machined enclosure features →

See How Surface Buildup Uses Your Fit Allowance

This geometric example isolates one question: how much clearance remains when two opposing faces each build outward? It is not an anodizing-growth model or a measured product result.

Illustrative remaining clearance

Assumed initial gap 100 µm; outward buildup b on each opposing face; zero baseline 0–100 µm.

Remaining gap =100−2b, all values in µm. The assumed buildup values are examples, not a recommended coating thickness or a supplier capability.

Two unassembled enclosure halves showing parallel mating lips;illustrative component concept,not actual company/customer product or finished-fit measurement/test evidence

What Your Finish Review Must Define

  • Actual coating system and specified thickness.
  • Outward buildup versus material conversion/removal.
  • Masking and treatment of both mating parts.
  • Final-condition dimensions and appearance sample.

Use the coating supplier’s process evidence and your released drawing for the actual allowance.

NIST SI prefixes · 1 µm=0.001 mm →

Compare Prototype & Production Routes for Your Housing

For consumer electronics prototyping services, decide what the sample needs to prove: geometry, appearance, assembly or a defined functional check.

Milled aluminum tray, cast-texture shell and off-white polymer housing;illustrative component concept,not actual company/customer product or finished-fit measurement/test evidence

Your geometry. Your cosmetic faces. Your assembly.

Define what your sample needs to demonstrate before choosing the prototype and production route.

Your routeUseful reviewBefore your approval
CNC machiningHousing geometry and critical mating featuresTool access, thin walls and final finishing
Die cast consumer electronics housingsRepeat geometry with a reviewed tooling planDraft, parting lines, ejection, secondary features and agreed material
Sheet-metal fabricationFormed covers, brackets and chassis detailsBend access, hardware, edges and visible seams
Plastic molding or printed prototypesAlternative material and assembly conceptsPart condition differs by process; review your product requirements

No universal tooling payback or minimum quantity is implied; review your geometry and expected demand.

Agree Your Cosmetic Acceptance Before Repeat Orders

For cosmetic finishing for electronics enclosures, replace subjective instructions such as “perfect finish” with an agreed visual standard.

Visible zones

Identify which faces the user sees and which are hidden.

Review conditions

Agree viewing distance, lighting and comparison method.

Reference sample

Confirm color, texture and acceptable variation.

Packing

Protect finished faces and keep mating components separated.

Three different electronics housing finish samples in silver,dark blue and black;illustrative component concept,not a customer part or documentary company test

5 Checkpoints from Drawing to Repeat Parts

Black panels and silver bases separated in protective foam;illustrative component concept,not actual company/customer product or finished-fit measurement/test evidence

01 · Inputs

Confirm drawing revision and actual application.

02 · Route

Review material, geometry and manufacturing sequence.

03 · Sample

Build the agreed sample and check defined interfaces.

04 · Approval

Record accepted features, finish and required evidence.

05 · Release

Coordinate repeat scope, packing and delivery requirements.

6 Inputs for Your Part Review

  1. CAD and controlled revision.
  2. Mating lid, connectors and assembly envelope.
  3. Material, condition and wall requirements.
  4. Finish, cosmetic zones and masking.
  5. Trial quantity and repeat demand.
  6. Sample, inspection and packing criteria.
Portable housing body, connector panel and mounting insert beside plain folder;illustrative component concept,not actual company/customer product or finished-fit measurement/test evidence

Answers Before You Specify

How to specify cosmetic requirements for electronics housings?

Mark visible zones on the drawing, share an approved color/texture sample and agree viewing conditions, defect criteria and packaging. Separate cosmetic approval from dimensional inspection.

Should enclosure dimensions apply before or after finishing?

Identify the acceptance condition on the released drawing. Review coating buildup, material conversion, masking and any post-finish machining with the supplier.

Can one prototype approve the production route?

A prototype can answer selected design questions. Confirm tooling, material, finish and production acceptance separately when the manufacturing route changes.

What files are needed for an enclosure quote?

Provide CAD, controlled drawing, material, finish and masking, cosmetic zones, mating-part information, trial/repeat quantities and required records.