Custom engineering · CAD design · Additive manufacturing

From problem to a part that fits.

Swart3D Engineering designs and manufactures custom technical components — from replacement parts and functional prototypes to mounts, assemblies and improved CAD designs.

Discuss your project View project types

CAD engineeringDesign, redesign and reverse engineering

256 × 256 × 256 mmMaximum single-part build volume

Flexible scopePrototypes, custom parts and small series

Not just printing a part.

Engineering a solution that works.

Services

From first measurement
to working product.

Every project starts with the application. Geometry, fit, material and production method are considered together to create a practical technical solution.

CAD design & engineering

New components, design improvements and multi-part solutions developed around the required function and available space.

From idea, sketch or requirements to production-ready geometry

Reverse engineering

Existing, broken or unavailable parts measured and recreated as an adaptable CAD model.

From physical component to a manufacturable redesign

Additive manufacturing

Functional prototypes, custom parts and small production runs manufactured in a material suited to the application.

Fit checks, functional use and repeat production

Selected work / Vakaros mount

Vakaros device mount

Technical mount CAD engineered Print-ready geometry

Challenge: A standard mounting solution did not suit the device, available space or mounting position.
Engineering approach: The geometry was developed around the equipment, available space and required mounting points.
Result: An application-specific mount with CAD-engineered, print-ready geometry.

Three-quarter CAD render of a custom Vakaros device mount designed by Swart3D Engineering

3D view loads when this section approaches.

Project types

Common engineering requests.

These are examples of the kinds of projects Swart3D Engineering can support. Each application is reviewed individually before work begins.

01Custom replacement partRecreate a broken or unavailable component.

Problem: The original part is broken or no longer available.
Solution: Measure it and rebuild the geometry in CAD.
Material: Chosen for its use, fit and environment.
Result: A replacement made for the application.

02Functional prototypeTest fit and function before final production.

Problem: A design needs practical validation before committing to steel.
Solution: Produce a physical test version for evaluation.
Material: Selected to suit the purpose of the test.
Result: Useful feedback before final manufacturing.

03Technical bracket / mountCreate an application-specific holder or mounting solution.

Problem: A standard mount does not fit the equipment or location.
Solution: Design around the device, space and mounting points.
Material: Matched to stiffness and environmental needs.
Result: A clean, application-specific mounting solution.

04CAD redesignImprove a component that no longer meets the requirements.

Problem: The existing design does not fit or manufacture well.
Solution: Adapt the CAD model around the new requirements.
Material: Considered together with the production method.
Result: Improved geometry ready for manufacturing.

05Multi-part larger componentBuild beyond the single-part print volume.

Problem: The required part is larger than 256 × 256 × 256 mm.
Solution: Divide it into logical parts with assembly features.
Material: Selected for the application and joining method.
Result: One larger solution assembled from multiple parts.

Application review: Projects are assessed individually. Safety-critical or heavily loaded applications may require additional verification or may not be accepted.

Capabilities

Design and production,
connected.

CAD decisions and manufacturing choices are reviewed together, helping the final component remain practical to produce and use.

Engineering

Custom CAD design
Reverse engineering from existing parts
Design improvements
Design for additive manufacturing
Assemblies and multi-part solutions

Manufacturing

Functional prototypes
Replacement components
Custom technical parts
Small-series production
Maximum single-part size: 256 × 256 × 256 mm
Larger assemblies using multiple components

Materials

The right material
for the job.

Material selection is matched to the intended use and functional requirements.

Build volume 256 × 256 × 256 mm Maximum single-part size. Larger assemblies are possible using multiple parts.

PLA

Prototypes & fit checks

PETG

Versatile functional parts

ABS

Technical parts with improved heat resistance

TPU

Flexible components

PA6-CF

Rigid engineering applications

How it works

A clear route.
From idea to delivery.

A CAD file is helpful but not required. A drawing, photo, dimensions, sketch or existing component can often provide enough information to begin the discussion.

Send your idea

Send a drawing, photo, dimensions, CAD file or description of the required component.

Engineering & quotation

We review the application, geometry, manufacturing requirements and material options and provide a quotation.

Design & manufacturing

The component is designed, prepared for production and manufactured.

Inspection & delivery

The finished component is inspected and prepared for shipping or collection.

Engineering mindset

Built for function.

Every project is reviewed based on its intended use, geometry, material requirements and manufacturing method. The goal is not simply to print a part, but to create a solution that works for its intended application.

01 / Intended use02 / Geometry & fit03 / Material choice04 / Manufacturing method

Frequently asked questions

Good to know.

Can you design a part if I don't have a CAD file?+

Yes. Depending on the project, photos, measurements, sketches, drawings or an existing component can be enough to start the design process.

Can you manufacture larger parts?+

Yes. Larger designs can often be divided into multiple components and assembled afterwards.

Do you only manufacture one-off parts?+

No. Swart3D Engineering can support prototypes, individual custom parts and small production runs.

Which file formats can I send?+

Customers can send CAD files such as STEP and STL, but drawings, sketches, dimensions and photos can also be used when discussing a project.

Can you help choose the correct material?+

Yes. Material selection can be discussed based on the intended application, required strength, flexibility, temperature resistance and other functional requirements.

Do you ship parts?+

Yes. Shipping can be arranged depending on the destination and the requirements of the project.

Can every technical application be accepted?+

No. Projects are assessed individually. Safety-critical or heavily loaded applications may require additional verification or may not be accepted. Suitability and scope are discussed before work begins.

Request a quotation

Have a part,
problem or idea?

Send your project details, drawings, CAD files, dimensions or photos. Swart3D Engineering will review the application and discuss feasibility, material selection and manufacturing options.

Useful project information

Intended use and current problem
Approximate dimensions and quantity
Photos, sketches or CAD files when available
Material preference, if known
Environment: indoor, outdoor, heat, moisture or flexibility
Desired timing

Direct technical contact · Projects reviewed individually · Clear quotation before work begins

Start your enquiry

Tell us what the component needs to do.

A clear description of the problem and intended use helps determine the best next step. There is no contact form — your enquiry opens directly in your email application.

Start your project jorn@swartsailing.com