Electronics enclosures
Protective shells, mounts, and faceplates that turn exposed boards into safer, cleaner, more usable project components.
Makers & developersCustom printing
Designed around your requirement.
We don't just print files — we design, adapt, test, and refine a part for a specific module or use case. From a custom enclosure to a mounting bracket or project-specific part, we build functional pieces for makers, developers, and electronics builders.
What can we make?
From a single functional part to a small production run, we design and print hardware around your device and your goals.
Capstone & thesis projects
Custom housings, holders, and enclosures for student and research builds — designed to look presentable and survive demonstration day.
Students & researchers
Small-batch prototypes
Functional test pieces and short runs of a finished part or product, from a single prototype through to your custom order.
Builders & small businessesAlready have a model?
From digital model to physical print. Send over your file or a product link and we'll review it for a quote.
Common model sources
Platform names and logos are shown for reference only. Elliztronics is not affiliated with these platforms. When you share a model, we review its design and suitability before quoting; licensing and attribution remain the responsibility of the model's author.
Quality printing for functional parts.
Dual-nozzle printing
Lets us build dedicated, soluble support structures for complex, overhanging geometries.
Dedicated support materials
Separate, dissolvable support structures mean clean undercuts, internal channels, and crisp finished surfaces.
Heated build chamber
Up to 65°C for the dimensional stability and layer adhesion that engineering filaments demand.
Engineering filament support
Select engineering-grade filaments for stiffness, heat, and wear when the design calls for them.
Functional prototyping
Test prints that confirm fit, assembly, and access to controls before final production.
Small-batch runs
From a single one-off to short production runs — tuned for a locally produced workflow.
Materials for the job.
The right filament depends on what the part must do — its load, its environment, and how it's used day to day.
Functional default
PETG
Our functional default. Strength, impact resistance, and better heat resistance than standard PLA — well suited to electronics housings and workshop parts.
Engineering material
ABS
Tougher and more heat-resistant than PLA. Good for parts that need to withstand a bit more heat or impact while staying machinable.
Selected applications
ASA
ABS-derived with better resistance to sunlight and weather. A sensible pick for parts that live outdoors or in bright, warm spaces.
Reinforced material
Nylon
Great toughness, wear resistance, and a little flex. Fits moving parts, clips, and components that take repeated loads.
Available for selected applications
Carbon-fiber-infused
Stiff and dimensionally stable, with a matte finish. For structurally demanding parts where rigidity matters.
Available for selected applications
Glass-fiber-infused
Great stiffness and thermal stability in a lighter, more neutral finish. A strong candidate for bracketry and fixtures.
Dedicated support materials.
When a part is too complex to print cleanly in one piece, we build it with soluble or breakaway supports. That lets us achieve overhangs, internal channels, and undercuts that would otherwise be impossible — and leaves a clean surface after removal.
Workflow
From requirement to finished part.
01
Requirement gathering
Identify the device or object. We collect dimensions, photos, reference files, or a product link — plus ports, buttons, ventilation, mounting, and assembly needs.
02
Design & adaptation
We create or modify a 3D model around your requirements, accounting for clearances, tolerances, cable access, screw placement, and print orientation.
03
Prototype printing
A test version, usually in PETG for functional parts. We check fitment, assembly, access to controls and connectors, and mounting performance.
04
Iteration & refinement
We modify based on real-world fitment — refining button alignment, tolerances, wall thickness, ventilation, and mounting geometry.
05
Final production
We produce the approved design in your material and color, inspect the print, and check basic fit and assembly before dispatch.
What to send us
Help us get it right.
- Device or module name and exact model number
- Dimensions or a technical drawing
- Clear photographs from multiple angles
- Required color and finish, and intended use (desktop, portable, wall- or panel-mounted, outdoor, or embedded)
- Required access to buttons, displays, ports, antennas, and connectors
- Whether screws, inserts, buttons, or hinges are needed, plus quantity and target date
What to expect
Expect a fit, not a guess.
- Fitment depends on the accuracy of the supplied dimensions and reference device.
- Board revisions, clones, or manufacturer variations may not fit identically.
- Prototype designs may need one or more test iterations.
- 3D-printed parts show layer lines and minor surface texture.
- Color can vary slightly due to lighting, display settings, and filament batches.
Project scope
Pricing depends on the build.
Final cost reflects design complexity, material usage, print time, any hardware, finishing, and the number of revisions. We'll confirm the details with you before production.
Start a project
Have a project in mind?
Share your device and requirements — we'll design and print a fit for it.