Enclosure manufacturing
We help companies create new devices by supplying high-quality plastic enclosures. We ensure a fast process and no initial costs with modern incremental technologies.
- Cost-effective alternative to injection moulding
- Comprehensive support from 3D production engineers
3D printing - Manufacturing of plastic enclosures
To what extent do you need support?
3D printing - enclosure manufacturing
What is the ordering and manufacturing process for an enclosure?
01
Meeting
We discuss the concept and requirements of the project and the estimated order volumes.
02
Quotation and project schedule
We prepare a quotation and a detailed collaboration and delivery schedule.
03
Design and prototyping
We prepare prototypes and refine them based on your guidelines in successive upgrades. This stage lasts from a week to a month.
04
Just-in-time production
The final version of the project goes to print. Orders arrive at your chosen dates and in the quantities you need.
05
Continuous project improvement
With 3D printing technology, you can continuously improve your design based on user feedback at no extra cost.
Advantages of working with Cubic Inch
Why Choose 3D Printing?
Zero initial costs – you only pay for the parts you order
Significantly reduced implementation time (up to 3 days from project approval)
No need to store parts (orders from 1 pc.)
Possibility of continuous project modifications
See what your parts can look like
Finishes for the Multi Jet Fusion
Sanding without graphite
Parts after printing are only sanded with glass beads. The parts are in their natural color in which they were printed.
Light gray, matte
Sanding with graphite
Parts after printing are sanded with glass beads doped with graphite. This results in a uniform graphite color.
Black, matte
Dye Black
The parts are sanded and then dip dyed black.
Additional finishing cost +10%
Black, matte
Polyshot
Additional finishing cost +30%
The parts are sanded without graphite, then dip-dyed black and sandblasted once more with a special medium that imparts a shine.
- Scratch-resistant surface
Black, semi-matte
Vaporfuse (chemical processing)
Additional finishing cost +50%
The parts are sanded without graphite, then dip dyed black. The final gloss is obtained by placing the parts in a chamber with solvent fumes, which overmelt the surfaces.
- Scratch-resistant surface
- Closed surface
- Better mechanical properties
Black, glossy
Assembly of inserts
Additional cost determined individually
If threaded connections are needed, we can install metal inserts. Contact our engineers for exact design instructions.
When Is 3D Printing Cost-Effective?
HP Multi Jet Fusion devices offer comparable part quality to injection molding, so the deciding factor remains the cost, which depends on the geometry, size, and ordered volume of the components. Geometric complexity of the project significantly favors 3D printing in this regard, while larger part sizes lean towards injection molding.
- No Initial Costs: 3D printing eliminates the need for costly molds.
- Rapid Turnaround: It offers fast production turnaround times.
- Greater Geometric Flexibility: 3D printing excels at handling complex designs.
- Design Flexibility Between Batches: You can make project changes between production runs.
Our projects
The enclosures for these devices were created using our 3D printers
Zobacz efekty naszej pracy! Wyprodukowaliśmy setki obudów do elektroniki dla naszych klientów.
3D Design / Contract Manufacturing / Device Manufacturing / Enclosures
Contract Manufacturing / Device Manufacturing / Enclosures / Medical devices
3D Design / Contract Manufacturing / Device Manufacturing / Enclosures
Device Manufacturing / Enclosures / Medical devices / Rapid Prototyping / Short-Run Production
3D Design / Enclosures / Factories / Short-Run Production
3D Design / Contract Manufacturing / Enclosures
Make an appointment for a free online consultation
- After submitting the form, we will contact you to schedule an appointment.
- Application of 3D printing in your project
- Talking to an engineer
- Possibility to order sample prints
Resources
We share expertise on 3D printing using synthetic materials.
Contract Manufacturing / Device Manufacturing / Startups
3D Design / Contract Manufacturing / Factories / Implementation Advisory / Production Parts
3D Design / Enclosures / Factories / Short-Run Production
Device Manufacturing / Enclosures
Custom Products / Enclosures / Short-Run Production
3D Design / Contract Manufacturing / Device Manufacturing / Enclosures
Contract Manufacturing / Device Manufacturing / Enclosures / Medical devices
3D Design / Contract Manufacturing / Device Manufacturing / Enclosures
Device Manufacturing / Enclosures / Medical devices / Rapid Prototyping / Short-Run Production
FAQ
Our experts address the most common inquiries about additive manufacturing for electronic casing production.
Our servives
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Newsletter - Discover the potential of 3D printing
