Premium Wellness Device – 3D-Printable EnclosureBlind

Hi Danielscher,
I’d appreciate it if you could share your feedback on the submitted designs. Please let me know whether I’m on the right track or if any modifications are needed.
Thanks!

Yes

If I may ask the project still available

Design Inspiration (for reference only)
- Canfield IntelliStudio (https://www.canfieldsci.com/imaging-systems/intellistudio/): Example of an enclosed camera system. We do not want a copy or something that feels medical, but it illustrates how enclosures can hide hardware.

- AMP Fitness Pillar Design (https://ampfit.com/): Shows a sleek, premium pillar aesthetic more aligned with wellness and lifestyle.

These are references only. The final design should be original, functional, and adapted to our needs. We are also open to hybrid solutions that rethink lighting and enclosure integration, as long as image quality remains.

Q&A Responses
1. Overall dimensions of the enclosure
Rail is 2.0 m tall. If the entire rail is enclosed, design should allow for the full travel. If only the phone/camera is enclosed (like Canfield IntelliStudio), total enclosure height can be shorter. The footprint must not exceed 400 × 400 mm, with a strong preference for minimizing footprint wherever possible.

2. Wall thickness of 3D-printed housing
Designer to recommend based on strength and printability. Typical range: 3–5 mm.

3. Lighting type and placement
Flexible: may be vertical LED strips, ring-light equivalent, box lighting, or hybrid concepts (e.g., lighting anchored at the base or foundation with the camera moving independently). Lighting must deliver clinical-grade, even illumination at ~1 m subject distance, with no shadows or hotspots.

4. Access mechanism for front panel
Preferred: magnetic panel for seamless look. Hidden hinges or fasteners acceptable if simple and clean.

5. Rail and carriage specifications
Rail is a V-Slot 20×40 mm aluminum extrusion, 2.0 m tall, with a gantry plate (87×88×3 mm) carrying an iPhone 16 Pro in portrait orientation.
- If the full rail is enclosed, the enclosure must allow clear travel across the full height.
- If only the phone/gantry is enclosed, design can focus on that section while keeping mechanics hidden from the user.
- In both cases, allow adequate clearance/buffer around the gantry plate to ensure smooth, wobble-free travel.

6. Optical glass or camera window
Use optical-grade smoked, two-way mirror, or neutral-density acrylic. The phone (portrait orientation) must be completely hidden, but image quality cannot be degraded. Designers may propose:
- A fixed vertical strip spanning the camera’s travel, or
- A smaller optical window or lens cover that moves with the gantry plate.
In all cases, the camera and lens must remain invisible to the user, with the window integrated seamlessly into the design.

7. Power strategy
Two options:
1. Concealed outlet pass-through (cable exits bottom/back).
2. Internal battery bank housed in base (can also serve as ballast). Must support 6–8 hrs of operation.

8. Ventilation details
Passive cooling only. Use hidden recessed vents on the back plate or base. No fans.

Hello everyone,

Please only ask questions related to the contest, product specifications, requirements, and submitted design entries. This is not a Job posting; all off-topic queries and introduction messages will be removed. For additional questions, you can message the clients directly (via private messages).

Thanks,
Lucian

Hello
Could you please clarify the following details so that I can prepare a proper design and provide you with renders or CAD files:

1. Overall dimensions of the enclosure (width, depth, and height of the shell).


2. Wall thickness of the 3D-printed housing you prefer.


3. Lighting type and placement (e.g., linear LED strips, ring light, or other).


4. Access mechanism for the front panel (magnets, hidden fasteners, hinges, etc.).


5. Rail and carriage specifications, including how much clearance is required around the rail.


6. Type of optical glass or opening size needed for the concealed phone camera.


7. Power strategy (internal battery bank, concealed outlet pass-through, etc.).


8. Ventilation details (preferred style of hidden vents or openings).