CNC machining since 2008 · 3D printing since 2017

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MARINE & SUBSEA / CUSTOM COMPONENTS

On deck.
Below the surface.

Custom machined and 3D-printed parts for marine equipment, shipboard systems and subsea engineering. Keep material, fit and surface requirements connected to the way your component will be used.

Equipment makers · Marine engineering teams · Maintenance projects

DECK EQUIPMENT · SHIPBOARD SYSTEMS · SUBSEA
MARINE & SUBSEABuilt around
your component.

Geometry · Material · Interfaces

Manufacturing focus   Housings, brackets, shafts, fluid components and assembly interfaces.

Explore metal printing + CNC →

MARINE COMPONENT APPLICATIONS

Where your components
meet the sea.

From equipment on deck to mechanical details below the surface — start with the component, its interfaces and its operating environment.

DECK EQUIPMENT / MECHANICAL INTERFACES

Parts around the working deck.

Bring mounting faces, shaft fits and connecting features into one drawing review.

THE MANUFACTURING ROUTE

Complex geometry.
Critical marine interfaces.

Review the route around your component’s geometry, material and acceptance requirements. Plan finishing and inspection before production.

Printed metal impeller geometry and machined interface

01 / METAL 3D PRINTING

Build around the flow.
Keep the interfaces controlled.

Review complex fluid-path components, integrated housings and custom geometry. Plan support removal, access and machining allowance for the faces and features that must fit.

  • Impeller, fluid-path and integrated housing geometry
  • Printed bodies with critical features machined afterwards
  • Material, finishing and acceptance defined with the drawing
Explore metal printing →
Marine propulsion component undergoing machining

02 / CNC MACHINING

Machine the details
that hold the assembly together.

Specify bores, shaft fits, threads, mounting faces and sealing interfaces. Review standalone CNC components or secondary machining after printing.

  • Housings, sleeves, spacers, brackets and connecting parts
  • Datums and mating dimensions tied to the assembly
  • Protect critical surfaces during finishing and packing
Explore CNC machining →

MATERIAL / INTERFACES / INSPECTION

The environment matters.
Put it on the drawing.

Identify saltwater exposure, contact materials and the features that control assembly. Specify the material grade, surface condition, coating allowances and acceptance checks that your design requires.

Drawing, tolerance & inspection guide →
Dimensional inspection of precision components
01 / OPERATING ENVIRONMENT

Define the conditions

List exposure, loading and any pressure or temperature requirements relevant to your component.

02 / CRITICAL INTERFACES

Keep the fit controlled

Mark sealing faces, fits, threads, datums and surfaces that need protection during finishing.

03 / ACCEPTANCE

Agree the evidence

Confirm inspection, material records and any customer-specific tests or approvals before production.

CUSTOMER REVIEWS

Feedback from our customers.

In our customers’ own words — from part quality to delivery.

Real messages shared directly with CK. Original wording retained; customer names, companies and order details withheld.
Portraits show CK staff, not reviewers. “CK contact” follows the conversation; “CK team” is a team representative, not an order-handler attribution. No star ratings or external verification implied.

Customer feedback

MARINE & SUBSEA / FAQ

A clearer specification.
A better next step.

Useful questions before sending marine and subsea component drawings.

Talk with the CK team →
What should be included in a marine-component enquiry?

Send a 3D model, dimensioned drawing and parts list with material, quantity and finish. Identify the installation environment, critical fits, sealing surfaces and any required documentation or tests.

How should we specify a material for saltwater exposure?

Specify the exact material grade required by your design, rather than only saying “marine grade.” Share the exposure conditions, mating materials and surface-treatment requirements so these can be reviewed together.

Can we combine metal printing and CNC machining?

Yes. A printed body and secondary machining can be reviewed as one route where suitable. Mark the bores, threads, sealing faces and datums that need machining, and allow for those operations in the design.

Can CK review one-off replacement parts and small batches?

Yes. Share an approved drawing and identify the critical mating features. If you only have a sample, contact the team to discuss the measurements and drawing information needed before quotation.

What is needed for a pressure-bearing or safety-critical component?

Include the design conditions, material specification, applicable requirements and acceptance-test scope in the enquiry. Manufacturing, documentation, testing and any required approvals must be agreed before production.

Can we specify inspection and surface protection?

Yes. Identify what must be measured and which surfaces must remain uncoated or protected. Confirm report, traceability, marking and packing requirements with the quotation.

  • Christina, CK team
    Christina
  • Cindy, CK team
    Cindy
  • Kevin, CK team
    Kevin
  • Zoe, CK team
    Zoe
  • Jessica, CK team
    Jessica
  • Alina, CK team
    Alina
  • Kenneth, CK team
    Kenneth

Your marine project.
A team you can talk to.

Talk with any member of our team about your marine components, drawings, materials, tolerances and finishing requirements. We can help keep the quotation and manufacturing details clear from the first enquiry.

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