INDUSTRIES WE SERVE / AUTOMATION EQUIPMENT
Custom grippers, locating fixtures, sensor brackets and precision housings. Review your automation components, materials and manufacturing route with one CK team.
Metal 3D printing + in-house CNC machining · Prototypes & small batches
COMPONENT APPLICATIONS
Select an application area to explore the parts and manufacturing requirements to discuss.
END EFFECTORS / WORKPIECE CONTACT
Review gripper fingers, tool adapters and vacuum manifolds around the workpiece, payload and operating clearances defined by your equipment design.
THE MANUFACTURING ROUTE
Plan printed geometry, machined interfaces and finishing around the component’s role in your equipment.
01 / METAL 3D PRINTING
Review compact end-effector bodies, integrated manifolds and custom tooling. Plan internal features, support removal and access to surfaces that need machining.
02 / CNC MACHINING
Define fixture datums, locating bores, pin seats, mounting faces and threads. Choose standalone CNC machining or a printed body with critical features machined afterwards.
DRAWING REVIEW / INSPECTION / FINISHING
Identify the features that control workpiece location, tool alignment and fit. Agree which dimensions apply after finishing and how the finished components will be inspected.
Drawing, tolerance & inspection guide →
Send the drawing revision, material, quantity and the component’s role in your station.
Mark fixture datums, pin seats, mounting faces, threads and assembly clearances.
Confirm critical dimensions, protected interfaces, finish and document requirements.
CUSTOMER 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.
AUTOMATION EQUIPMENT / FAQ
Useful questions before you send your automation components for review.
Talk with the CK team →This page focuses on custom component manufacturing, such as gripper fingers, tool adapters, fixtures, carrier nests and sensor mounts. Equipment integration, control software and complete-system supply are a separate scope to discuss.
Share the geometry, material, quantity and intended use. Internal passages or integrated geometry may favour printing; accessible locating and mounting features may favour CNC. A printed body can also include CNC-machined critical interfaces.
Send a 3D model and controlled drawing. Identify workpiece contact areas, mounting interfaces, operating clearances, loads and any wear or surface requirements relevant to the component.
Send the part model, drawing revision, exact material and required quantity. CK reviews the manufacturing route, inspection requirements, price and lead time before confirming the project.
Identify the dimensions that control location or fit, and which dimensions apply after finishing. CK reviews feasible tolerances, surface condition and inspection scope against the specific drawing.
Discuss your grippers, fixtures, locating parts and sensor mounts with any member of the CK team. We’ll help review the material, manufacturing route, critical interfaces and inspection requirements for your equipment components.
