SLM / DMLS metal printing for complex custom parts. Materials, support removal, finishing and critical machined features reviewed around your drawing.
CNC machining since 2008 · 3D printing since 2017
Explore materials and post-processing options for SLM / DMLS metal printing. Review the route around your geometry, application and final drawing.
Build complex metal parts with SLM / DMLS. Plan support removal, CNC machining and finishing around the final drawing—not as separate afterthoughts.
An austenitic stainless steel for printed metal components where corrosion resistance and useful mechanical strength are important. The alloy can support a broad range of engineering applications.
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A hardenable stainless steel for components requiring high strength with corrosion resistance. Heat treatment and final material condition are important parts of the specification.
View materialA lightweight aluminium alloy for complex printed components. It offers a useful combination of strength, thermal stability and corrosion resistance, with CNC machining available for specified interfaces.
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An aluminium alloy option listed by the supplier for metal printing. The description emphasises machinability, weldability and mechanical performance; the exact powder and process route need confirmation.
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A titanium alloy for lightweight metal components requiring high strength and corrosion resistance. It is a candidate for demanding engineering applications where weight and durability matter.
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A high-strength tooling steel for complex tools and mould-related components. Hardness and wear performance depend on the specified material condition and subsequent processing.
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A nickel-based alloy for components exposed to demanding temperatures and mechanical loads. The supplier highlights creep resistance and corrosion resistance for complex printed geometries.
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A tin-bronze alloy for printed parts where wear and corrosion resistance are important. The supplier highlights the possibility of complex details such as thin walls and internal channels.
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A copper-chromium-zirconium alloy combining strength with conductivity. It is a candidate for complex conductive components, including geometries with internal channels.
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Adds a uniform nickel layer for improved wear and corrosion resistance.
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Adds a durable coloured coating for a uniform finish and improved corrosion resistance.
View finishFinal availability depends on material, geometry and specification. Review the finish with your drawing.
Keep the printed body and its precision interfaces in the same conversation. Plan machining allowance, datums, workholding and the finishing sequence before the build.
Explore printing + CNC
Material, surface, inspection and delivery requirements belong to the finished part—not separate decisions at the end.
Choose the grade and condition for the process, application and drawing.
Compare materialsDefine the texture, appearance and post-processing the finished part needs.
Explore finishesAgree critical dimensions, inspection scope and required documentation.
View inspectionProtect the finished components and plan shipment around the order.
View deliveryCUSTOMER REVIEWS
In our customers’ own words — from part quality to delivery.
Your material have a really good quality
— 3D printing customer
The parts have already been assembled and I haven't received any complaints…
— Manufacturing customer
Everything was perfect
Good packaging
— 3D printing customer
Don't worry about that, we have already verified the quality of your work…
— 3D printing customer
Nos gusta la calidad de ustedes.
Son nuestro mejor proveedor en cuanto a calidad.— Customer · Original Spanish
The quality is fine, and in the case of these components, we didn't need very high precision, so it's all good.
— Manufacturing customer
Thank you very much once again for the quality of your work.
— Manufacturing customer
CALIDAD MUY BUENA LA DE USTEDES— Customer · Original Spanish
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.
Not sure which route to choose? Tell us what the part needs to do and which requirements matter most.
Talk with CKNo. Send the drawing, quantity and intended use. Our team can review manufacturability, material and finishing requirements with you before recommending a route.
Yes. Custom one-off parts, prototypes and low-volume production are part of CK’s service. Availability, cost and lead time are reviewed for the individual project.
Yes. Mark the critical interfaces, tolerances and surfaces on the drawing so machining allowance, tool access and workholding can be reviewed before printing.
Yes. You can upload a drawing pack, ZIP file and Excel parts list together. Identify each part and include its quantity, material and finishing requirements in the files.
Send the 3D model and a dimensioned drawing for critical features, together with quantities and relevant specifications. STEP is useful for machining review; printing files and the preferred format can be discussed with the team.
The quotation and project review define the agreed material, finish, inspection scope and lead time. Include any required reports, material documents or delivery constraints with your enquiry.
For professional advice on any product, manufacturing process, material or surface finish, contact any member of our team. We’re here online and ready to help whenever you need support.
