Enclosures and panels
Prototype enclosures, covers, front panels and mounting holes for electronic modules, boards and connectors.
← Engineering services
Prototypes and functional parts
3D Printing for Engineering Projects
Electronics enclosures, mounting components and individual functional parts. We make prototypes so you can check assembly and dimensions before moving forward.
Send a file or briefWhat we make
Parts for a specific need
3D printing is useful when you need to test an idea quickly or produce a small number of specialized parts. We assess geometry, load and operating conditions before proposing a material and production method.
Mounts and adapters
Holders, spacers, adapters and fixtures for testing assembly.
Functional parts
One-off parts and small batches for testing, mechanism adjustment or replacement of a non-standard component.
Real example
Our electronic module in a test enclosure
The image shows an electronic module we designed and mounted in a 3D printed test enclosure. Trial assembly lets us check the board position, mounting and connector access.
Another example
LED driver enclosure
The images show the 3D model with room for the board and connectors, the printed base and cover, and the assembled module. Cable outlets and the external adjuster are visible in the assembled part.
Completed parts
Examples from our work
From small mechanical components to enclosures and mounting profiles, we select the geometry and material for the part’s purpose.
More parts
Different forms for different tasks
The examples include a print with supports, a functional 3D printed 608 bearing and several versions of hooks with mounting holes.
In the workshop
The prototype is checked after printing
We print parts and examine them outside the printer. We check print quality, dimensions and assembly. If needed, we change the print settings and make another part to improve the result.
Multiple parts
A batch of parts
Four white cylindrical parts were printed on one build plate. When producing multiple items, we inspect each part after printing.
Materials
PLA, ABS or ASA to suit the application
Material selection depends on geometry, temperature, mechanical load and operating conditions. We decide before printing, based on more than color or appearance.
PLA
For rapid prototypes, trial assembly and parts without high thermal or impact loads.
ABS
For functional parts that require better heat and mechanical resistance.
ASA
For applications exposed to sunlight and outdoor conditions, after assessing the specific requirements.
A 3D printed part has limits related to layer direction and temperature. For critical loads, we first discuss whether this method is suitable.
Working to your brief
From file to checked part
Brief
Send an .STL or .STEP file and specify the desired color, quantity, purpose and operating conditions. We use this information to select a suitable filament.
Review
We check printability, orientation, critical dimensions and suitable material.
Production
We agree on price and timing, then produce the agreed prototype or small batch.
Inspection
We inspect the finished part and discuss changes if trial assembly calls for them.
Have a part you need made?
Send a file, photo or short description. Include the quantity, critical dimensions and intended use so we can provide a meaningful assessment.
Send an enquiry