Remote
Work location
3D Product Renders – VR-Style Wearable Headset (Exterior + Interior Cutaway/Exploded View) Ended
About the job
Hi! I am looking for a 3D/CAD designer to create realistic concept renders of a wearable medical eye-imaging headset.
This device looks similar to VR goggles externally, but internally it is not a display device. Instead, it contains:
A camera
A 90D ophthalmic-style lens
LED illumination
An angled mirror system
A compute board (Raspberry Pi sized)
Adjustable optical modules
This render must clearly show the optical light path in a side profile view.
What I Need Delivered
Exterior “Hero” Render
3/4 front angle
Clean medical-tech look (NOT gaming)
Matte black/dark gray
Face cushion + adjustable straps
Small USB-C port and power button
Slight thickness to show internal optics (not ultra slim)
Technical Side Profile Render (Very Important)
This must show a clear side cutaway diagram of one eye module.
The optical path should be shown like this:
Eye → 90D lens → angled mirror (45°) → camera sensor
LED illumination ring should surround the front lens.
Required Internal Components (Side View)
From back to front:
Compute board mounted toward rear of device
Camera module facing sideways
45-degree mirror redirecting light path
90D bio lens near eye opening
LED ring around lens
Adjustable rail mechanism allowing lens distance to move forward/back
Sliding rail system allowing IPD adjustment (left-right movement)
Light path should be visually indicated with a faint beam line.
Optional (Preferred... read more
This device looks similar to VR goggles externally, but internally it is not a display device. Instead, it contains:
A camera
A 90D ophthalmic-style lens
LED illumination
An angled mirror system
A compute board (Raspberry Pi sized)
Adjustable optical modules
This render must clearly show the optical light path in a side profile view.
What I Need Delivered
Exterior “Hero” Render
3/4 front angle
Clean medical-tech look (NOT gaming)
Matte black/dark gray
Face cushion + adjustable straps
Small USB-C port and power button
Slight thickness to show internal optics (not ultra slim)
Technical Side Profile Render (Very Important)
This must show a clear side cutaway diagram of one eye module.
The optical path should be shown like this:
Eye → 90D lens → angled mirror (45°) → camera sensor
LED illumination ring should surround the front lens.
Required Internal Components (Side View)
From back to front:
Compute board mounted toward rear of device
Camera module facing sideways
45-degree mirror redirecting light path
90D bio lens near eye opening
LED ring around lens
Adjustable rail mechanism allowing lens distance to move forward/back
Sliding rail system allowing IPD adjustment (left-right movement)
Light path should be visually indicated with a faint beam line.
Optional (Preferred... read more
Hi! I am looking for a 3D/CAD designer to create realistic concept renders of a wearable medical eye-imaging headset.
This device looks similar to VR goggles externally, but internally it is not a display device. Instead, it contains:
A camera
A 90D ophthalmic-style lens
LED illumination
An angled mirror system
A compute board (Raspberry Pi sized)
Adjustable optical modules
This render must clearly show the optical light path in a side profile view.
What I Need Delivered
Exterior “Hero” Render
3/4 front angle
Clean medical-tech look (NOT gaming)
Matte black/dark gray
Face cushion + adjustable straps
Small USB-C port and power button
Slight thickness to show internal optics (not ultra slim)
Technical Side Profile Render (Very Important)
This must show a clear side cutaway diagram of one eye module.
The optical path should be shown like this:
Eye → 90D lens → angled mirror (45°) → camera sensor
LED illumination ring should surround the front lens.
Required Internal Components (Side View)
From back to front:
Compute board mounted toward rear of device
Camera module facing sideways
45-degree mirror redirecting light path
90D bio lens near eye opening
LED ring around lens
Adjustable rail mechanism allowing lens distance to move forward/back
Sliding rail system allowing IPD adjustment (left-right movement)
Light path should be visually indicated with a faint beam line.
Optional (Preferred)
Exploded view showing:
Outer shell
Face cushion
Dual optical modules
PCB
Battery pack (side pod or rear strap)
Critical Design Requirements
This is an imaging device, not a display headset.
There should be NO internal screens.
The device must look manufacturable.
Optical components must look aligned and physically realistic.
The mirror must clearly redirect the light path. read less
This device looks similar to VR goggles externally, but internally it is not a display device. Instead, it contains:
A camera
A 90D ophthalmic-style lens
LED illumination
An angled mirror system
A compute board (Raspberry Pi sized)
Adjustable optical modules
This render must clearly show the optical light path in a side profile view.
What I Need Delivered
Exterior “Hero” Render
3/4 front angle
Clean medical-tech look (NOT gaming)
Matte black/dark gray
Face cushion + adjustable straps
Small USB-C port and power button
Slight thickness to show internal optics (not ultra slim)
Technical Side Profile Render (Very Important)
This must show a clear side cutaway diagram of one eye module.
The optical path should be shown like this:
Eye → 90D lens → angled mirror (45°) → camera sensor
LED illumination ring should surround the front lens.
Required Internal Components (Side View)
From back to front:
Compute board mounted toward rear of device
Camera module facing sideways
45-degree mirror redirecting light path
90D bio lens near eye opening
LED ring around lens
Adjustable rail mechanism allowing lens distance to move forward/back
Sliding rail system allowing IPD adjustment (left-right movement)
Light path should be visually indicated with a faint beam line.
Optional (Preferred)
Exploded view showing:
Outer shell
Face cushion
Dual optical modules
PCB
Battery pack (side pod or rear strap)
Critical Design Requirements
This is an imaging device, not a display headset.
There should be NO internal screens.
The device must look manufacturable.
Optical components must look aligned and physically realistic.
The mirror must clearly redirect the light path. read less
Hi! I am looking for a 3D/CAD designer to create realistic concept renders of a wearable medical eye-imaging headset.
This device looks similar to VR goggles externally, but internally it is not a display device. Instead, it contains:
A camera
A 90D ophthalmic-style lens
LED illumination
An angled mirror system
A compute board (Raspberry Pi sized)
Adjustable optical modules... read more
This device looks similar to VR goggles externally, but internally it is not a display device. Instead, it contains:
A camera
A 90D ophthalmic-style lens
LED illumination
An angled mirror system
A compute board (Raspberry Pi sized)
Adjustable optical modules... read more
Hi! I am looking for a 3D/CAD designer to create realistic concept renders of a wearable medical eye-imaging headset.
This device looks similar to VR goggles externally, but internally it is not a display device. Instead, it contains:
A camera
A 90D ophthalmic-style lens
LED illumination
An angled mirror system
A compute board (Raspberry Pi sized)
Adjustable optical modules
This render must clearly show the optical light path in a side profile view.
What I Need Delivered
Exterior “Hero” Render
3/4 front angle
Clean medical-tech look (NOT gaming)
Matte black/dark gray
Face cushion + adjustable straps
Small USB-C port and power button
Slight thickness to show internal optics (not ultra slim)
Technical Side Profile Render (Very Important)
This must show a clear side cutaway diagram of one eye module.
The optical path should be shown like this:
Eye → 90D lens → angled mirror (45°) → camera sensor
LED illumination ring should surround the front lens.
Required Internal Components (Side View)
From back to front:
Compute board mounted toward rear of device
Camera module facing sideways
45-degree mirror redirecting light path
90D bio lens near eye opening
LED ring around lens
Adjustable rail mechanism allowing lens distance to move forward/back
Sliding rail system allowing IPD adjustment (left-right movement)
Light path should be visually indicated with a faint beam line.
Optional (Preferred)
Exploded view showing:
Outer shell
Face cushion
Dual optical modules
PCB
Battery pack (side pod or rear strap)
Critical Design Requirements
This is an imaging device, not a display headset.
There should be NO internal screens.
The device must look manufacturable.
Optical components must look aligned and physically realistic.
The mirror must clearly redirect the light path. read less
This device looks similar to VR goggles externally, but internally it is not a display device. Instead, it contains:
A camera
A 90D ophthalmic-style lens
LED illumination
An angled mirror system
A compute board (Raspberry Pi sized)
Adjustable optical modules
This render must clearly show the optical light path in a side profile view.
What I Need Delivered
Exterior “Hero” Render
3/4 front angle
Clean medical-tech look (NOT gaming)
Matte black/dark gray
Face cushion + adjustable straps
Small USB-C port and power button
Slight thickness to show internal optics (not ultra slim)
Technical Side Profile Render (Very Important)
This must show a clear side cutaway diagram of one eye module.
The optical path should be shown like this:
Eye → 90D lens → angled mirror (45°) → camera sensor
LED illumination ring should surround the front lens.
Required Internal Components (Side View)
From back to front:
Compute board mounted toward rear of device
Camera module facing sideways
45-degree mirror redirecting light path
90D bio lens near eye opening
LED ring around lens
Adjustable rail mechanism allowing lens distance to move forward/back
Sliding rail system allowing IPD adjustment (left-right movement)
Light path should be visually indicated with a faint beam line.
Optional (Preferred)
Exploded view showing:
Outer shell
Face cushion
Dual optical modules
PCB
Battery pack (side pod or rear strap)
Critical Design Requirements
This is an imaging device, not a display headset.
There should be NO internal screens.
The device must look manufacturable.
Optical components must look aligned and physically realistic.
The mirror must clearly redirect the light path. read less
Things to know
Intermediate
Skill Level
Open budget
Fixed-rate
Part-time
Job type
Under 1-month
Job duration
Areas of expertise
360 Renders
3D Design
3D Modeling
3D Product Design
3D Product Rendering
3D Rendering
3D Visualization & Rendering
3D visualisation
+5 more
Job categories
3D Modeling
3D Rendering Services
Wearables
3D Product Rendering and Design
3D Visualization Services
+2 more
About the client
Payment not ready
India (02:47 am)
Posted
Active
Job activity
16 Applicants
0 interviews in progress
8 unanswered invites
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