Core manufacturing processes for your prototypes, low-volume and repeat production.
Advanced manufacturing and engineering support for your complex, tight-tolerance parts.
Plan inspection, documentation and delivery around your production program.
Choose air- or liquid-cooling components around your thermal and mechanical requirements.
Manufacturing support for your cold plates, manifolds and cooling assemblies.
Find components for your power electronics, energy, laser and telecom application.
Components for your electronic systems.
Start with your functional and quality requirements.
Build around your operating environment.
Review grade, temper and finish for your metal parts.
AluminumStrength, weight and machining
Stainless SteelCorrosion and finish requirements
Carbon & Alloy SteelDiscuss grade and heat treatment
Tool SteelDiscuss tooling and wear needs
TitaniumReview grade and part geometry
Copper & BrassDiscuss conductivity and machiningMatch your polymer to function, process and environment.
ABSReview enclosure and molding needs
Polycarbonate (PC)Discuss clarity and impact needs
Nylon (PA)Review moisture and wear conditions
POM / AcetalReview fit and sliding features
PEEKDiscuss operating conditions
PTFEReview friction and chemical exposure
ULTEM / PEIDiscuss thermal and electrical needsConfirm grade availability and application requirements.
Silicone / LSRDiscuss flexible component needs
TPU / TPEReview flexibility and processing
UHMW-PEDiscuss sliding and wear needs
Acrylic / PMMAReview optical and cosmetic needs
PVCDiscuss chemical exposure and grade
G10 / FR4Review insulation and laminate needsPractical guidance for your part geometry and material decisions.
Prepare your process, budget and sourcing questions.
Build your knowledge before production.
Learn who we are and how we operate.
Find our U.S. support team or start a conversation.
From Prototype to Repeat Production
U.S. Support. Global Manufacturing.
Send your drawing, material, quantity and quality requirements. We review manufacturability and plan CNC machining, injection molding, die casting or sheet metal fabrication around your project.
Explore the process that fits your drawing, quantities and next production decision.
01 / 04Get machined parts that fit your assembly. Review critical bores, threads and mating surfaces before production, with material and finish options matched to your application.
For your quote: Confirm critical dimensions, material grade and quantities so your quote covers the work your part needs.
01 / 04Build enclosures, brackets and formed components with fewer assembly surprises. Review bends, hole locations and joining requirements together with your finish specification.
For your quote: Share a flat pattern or 3D model and flag cosmetic surfaces, hardware and welding requirements.
01 / 04Choose tooling around your part and production forecast. Review draft, wall thickness and cosmetic requirements before mold cutting to reduce avoidable tooling revisions.
For your quote: Confirm resin grade, annual volume and sample acceptance criteria before committing to tooling.
01 / 04Plan repeatable metal housings around your production volume. Review wall sections, draft and machined interfaces before committing to the die.
For your quote: Specify critical interfaces and any porosity or leak-testing requirements in your RFQ.
01 / 04Create consistent profiles for your frames, enclosures and thermal components. Coordinate the profile with cut lengths, drilled features and finishing.
For your quote: Share the cross-section, alloy, cut lengths and forecast quantities for a complete quotation.
01 / 04Match your finish to appearance, corrosion exposure and fit. Coordinate coating, masking and assembly requirements before your parts move between processes.
For your quote: Define color, coating thickness, cosmetic surfaces and supplied components before approval.
01 / 04Match your cooling component to the available space, heat load and mounting requirements. Review material, fin geometry and thermal interfaces before production.
For your quote: Share the drawing, heat load, airflow or coolant conditions, envelope and interface requirements.
Work with our Dallas-area team in Carrollton, Texas to coordinate drawings, production updates and delivery arrangements with manufacturing in China.
Coordinate drawings, quotations and project updates.
Discuss stock and release schedules for agreed inventory programs.
Connect your requirements and feedback with the manufacturing team.
Review samples, drawings and delivery plans by appointment.
Explore representative component examples and the requirements behind them.
Define acceptance requirements before production—not after parts arrive at your facility.
Documentation, sampling and additional inspection are agreed for your project.
Engineering, quality and delivery planning around the requirements that matter to your team.
Review difficult features, material choices and critical dimensions before production.
Plan machining, fabrication, molding, finishing and assembly around your drawing.
Discuss requirements, production updates and delivery with Dallas-area support.
Confirm shipping scope, packaging and repeat-order needs before you commit.
Agree how your parts will be verified before production starts.
Match repeat-order arrangements to your demand and delivery schedule.
A clear review and approval point at each stage of your program.
Clarify the details that affect your cost, quality and delivery.
Share available 3D CAD and a dimensioned drawing, material, quantities, finish, critical requirements and target delivery. Mention any missing information so it can be clarified.
Discuss geometry, application and forecast quantities with our team. Process recommendations and alternatives depend on your specific part.
Identify critical dimensions on your drawing. Confirm feasibility, inspection methods, sample size and documentation before ordering.
Ask for an NDA before sending confidential files so terms can be agreed first.
Confirm material, process, quantity, tooling where applicable, finishing, inspection, timing and shipping scope. Ask the team to clarify exclusions before approval.
Yes. Discuss CNC machining, sheet metal fabrication or molding options for your prototype and expected production quantities. Material, geometry, tooling and inspection requirements determine the suitable process and order scope.
Discuss your demand forecast, order frequency and delivery requirements with our Dallas-area team. Inventory holding and scheduled releases can be planned for agreed programs, with stock levels, shipping terms and responsibilities confirmed in your quotation.
“Excellent communication, reliable quality, and strong support from prototype through production.”
“The parts arrived within tolerance, and the surface finish matched our requirements very well.”
“LK TOOLS has become a reliable manufacturing partner for our custom metal components.”
“LK TOOLS consistently delivers precision-machined parts that meet our drawings and quality requirements.”
“Outstanding surface finish and fast turnaround on our die casting prototypes. Highly recommend.”
“The injection molded parts were flawless. Great communication throughout the process and on-time delivery.”
Practical design guidance for your next quotation and production review.
Review setups, deep pockets and tight tolerances before your design is released.
Prioritize functional tolerances, standardize features where practical and compare quantities before choosing your production route.
Compare these aluminum grades for strength, corrosion exposure, finish and availability.
Share operating loads, environment and finish requirements. Compare material grades against function and total manufactured cost.
Review walls, draft and cosmetic requirements before tooling.
Identify cosmetic faces, resin grade and critical dimensions. Review wall transitions, ribs, draft and parting lines with the tooling team.
Review geometry, tolerances and manufacturing requirements before requesting a quote.
Include CAD revision, dimensioned drawing, material, finish, quantities, inspection requirements and target delivery.
Explore the decisions that affect cost, manufacturability and assembly.
When complex geometry needs access from multiple directions.
Review tool access, setup count, datum strategy and the features that truly need tight tolerances.
Compare your geometry, material and expected quantities.
Share annual demand as well as the first batch. Consider tooling, secondary operations, finish and inspection in the comparison.
Resolve avoidable complexity before production.
Identify functional surfaces first. Review deep pockets, thin walls, standard hole sizes and tolerances with the manufacturing team.
Plan bends, hardware and assembly interfaces together.
Check bend clearance, hole-to-bend spacing, hardware access, welding needs and cosmetic surface requirements before release.
