Remote
Work location
CAD needed for desk phone charger Ended
About the job
Attached is the visual reference render. This is the target concept, not a final geometry — we need a manufacturable STEP assembly based on the following requirements:
FUNCTION
Under-desk mounting — unit is completely hidden when closed
Drawer opens forward toward user (no side or downward motion)
Hard-stop when fully open (not removable during normal use)
Integrated magnetic wireless charger inside the tray floor
Universal phone cavity — fits phones up to 92 × 180 × 18 mm with cases
User supplies their own USB-C cable — internal routing space required
Rear cable entry hole must be large enough to accept oversized USB-C plug heads
MOUNTING
Hidden bracket system screwed to the underside of the desk
The main unit slides/locks onto the brackets (no visible fasteners when installed)
DESIGN INTENT
Appears flush/recessed under the desk (minimal visual presence)
Clean, minimal Apple-style surfaces (no exposed hardware)
Recessed pull lip under the desk for manual opening
MANUFACTURING
Design for injection molding, but V1 will be 3D-printed for testing
Target wall thickness ~2.6–3.0 mm with proper ribs/draft
No machining or metal rails required in the housing — use plastic features where possible
Keep assembly simple for mass production
DELIVERABLES
STEP + native CAD of all parts and assembly
Basic 2D drawing set with drafts, ribs, bosses, and key dimensions
Exploded view + BOM
Clearance verification for larges... read more
FUNCTION
Under-desk mounting — unit is completely hidden when closed
Drawer opens forward toward user (no side or downward motion)
Hard-stop when fully open (not removable during normal use)
Integrated magnetic wireless charger inside the tray floor
Universal phone cavity — fits phones up to 92 × 180 × 18 mm with cases
User supplies their own USB-C cable — internal routing space required
Rear cable entry hole must be large enough to accept oversized USB-C plug heads
MOUNTING
Hidden bracket system screwed to the underside of the desk
The main unit slides/locks onto the brackets (no visible fasteners when installed)
DESIGN INTENT
Appears flush/recessed under the desk (minimal visual presence)
Clean, minimal Apple-style surfaces (no exposed hardware)
Recessed pull lip under the desk for manual opening
MANUFACTURING
Design for injection molding, but V1 will be 3D-printed for testing
Target wall thickness ~2.6–3.0 mm with proper ribs/draft
No machining or metal rails required in the housing — use plastic features where possible
Keep assembly simple for mass production
DELIVERABLES
STEP + native CAD of all parts and assembly
Basic 2D drawing set with drafts, ribs, bosses, and key dimensions
Exploded view + BOM
Clearance verification for larges... read more
Attached is the visual reference render. This is the target concept, not a final geometry — we need a manufacturable STEP assembly based on the following requirements:
FUNCTION
Under-desk mounting — unit is completely hidden when closed
Drawer opens forward toward user (no side or downward motion)
Hard-stop when fully open (not removable during normal use)
Integrated magnetic wireless charger inside the tray floor
Universal phone cavity — fits phones up to 92 × 180 × 18 mm with cases
User supplies their own USB-C cable — internal routing space required
Rear cable entry hole must be large enough to accept oversized USB-C plug heads
MOUNTING
Hidden bracket system screwed to the underside of the desk
The main unit slides/locks onto the brackets (no visible fasteners when installed)
DESIGN INTENT
Appears flush/recessed under the desk (minimal visual presence)
Clean, minimal Apple-style surfaces (no exposed hardware)
Recessed pull lip under the desk for manual opening
MANUFACTURING
Design for injection molding, but V1 will be 3D-printed for testing
Target wall thickness ~2.6–3.0 mm with proper ribs/draft
No machining or metal rails required in the housing — use plastic features where possible
Keep assembly simple for mass production
DELIVERABLES
STEP + native CAD of all parts and assembly
Basic 2D drawing set with drafts, ribs, bosses, and key dimensions
Exploded view + BOM
Clearance verification for largest supported phone
Let me know if you need clarification on anything before starting. read less
FUNCTION
Under-desk mounting — unit is completely hidden when closed
Drawer opens forward toward user (no side or downward motion)
Hard-stop when fully open (not removable during normal use)
Integrated magnetic wireless charger inside the tray floor
Universal phone cavity — fits phones up to 92 × 180 × 18 mm with cases
User supplies their own USB-C cable — internal routing space required
Rear cable entry hole must be large enough to accept oversized USB-C plug heads
MOUNTING
Hidden bracket system screwed to the underside of the desk
The main unit slides/locks onto the brackets (no visible fasteners when installed)
DESIGN INTENT
Appears flush/recessed under the desk (minimal visual presence)
Clean, minimal Apple-style surfaces (no exposed hardware)
Recessed pull lip under the desk for manual opening
MANUFACTURING
Design for injection molding, but V1 will be 3D-printed for testing
Target wall thickness ~2.6–3.0 mm with proper ribs/draft
No machining or metal rails required in the housing — use plastic features where possible
Keep assembly simple for mass production
DELIVERABLES
STEP + native CAD of all parts and assembly
Basic 2D drawing set with drafts, ribs, bosses, and key dimensions
Exploded view + BOM
Clearance verification for largest supported phone
Let me know if you need clarification on anything before starting. read less
Attached is the visual reference render. This is the target concept, not a final geometry — we need a manufacturable STEP assembly based on the following requirements:
FUNCTION
Under-desk mounting — unit is completely hidden when closed
Drawer opens forward toward user (no side or downward motion)
Hard-stop when fully open (not removable during normal use)
Integrated magnetic wirele... read more
FUNCTION
Under-desk mounting — unit is completely hidden when closed
Drawer opens forward toward user (no side or downward motion)
Hard-stop when fully open (not removable during normal use)
Integrated magnetic wirele... read more
Attached is the visual reference render. This is the target concept, not a final geometry — we need a manufacturable STEP assembly based on the following requirements:
FUNCTION
Under-desk mounting — unit is completely hidden when closed
Drawer opens forward toward user (no side or downward motion)
Hard-stop when fully open (not removable during normal use)
Integrated magnetic wireless charger inside the tray floor
Universal phone cavity — fits phones up to 92 × 180 × 18 mm with cases
User supplies their own USB-C cable — internal routing space required
Rear cable entry hole must be large enough to accept oversized USB-C plug heads
MOUNTING
Hidden bracket system screwed to the underside of the desk
The main unit slides/locks onto the brackets (no visible fasteners when installed)
DESIGN INTENT
Appears flush/recessed under the desk (minimal visual presence)
Clean, minimal Apple-style surfaces (no exposed hardware)
Recessed pull lip under the desk for manual opening
MANUFACTURING
Design for injection molding, but V1 will be 3D-printed for testing
Target wall thickness ~2.6–3.0 mm with proper ribs/draft
No machining or metal rails required in the housing — use plastic features where possible
Keep assembly simple for mass production
DELIVERABLES
STEP + native CAD of all parts and assembly
Basic 2D drawing set with drafts, ribs, bosses, and key dimensions
Exploded view + BOM
Clearance verification for largest supported phone
Let me know if you need clarification on anything before starting. read less
FUNCTION
Under-desk mounting — unit is completely hidden when closed
Drawer opens forward toward user (no side or downward motion)
Hard-stop when fully open (not removable during normal use)
Integrated magnetic wireless charger inside the tray floor
Universal phone cavity — fits phones up to 92 × 180 × 18 mm with cases
User supplies their own USB-C cable — internal routing space required
Rear cable entry hole must be large enough to accept oversized USB-C plug heads
MOUNTING
Hidden bracket system screwed to the underside of the desk
The main unit slides/locks onto the brackets (no visible fasteners when installed)
DESIGN INTENT
Appears flush/recessed under the desk (minimal visual presence)
Clean, minimal Apple-style surfaces (no exposed hardware)
Recessed pull lip under the desk for manual opening
MANUFACTURING
Design for injection molding, but V1 will be 3D-printed for testing
Target wall thickness ~2.6–3.0 mm with proper ribs/draft
No machining or metal rails required in the housing — use plastic features where possible
Keep assembly simple for mass production
DELIVERABLES
STEP + native CAD of all parts and assembly
Basic 2D drawing set with drafts, ribs, bosses, and key dimensions
Exploded view + BOM
Clearance verification for largest supported phone
Let me know if you need clarification on anything before starting. read less
Things to know
Intermediate
Skill Level
$200
Fixed-rate (USD)
Part-time
Job type
1-3 months
Job duration
Areas of expertise
2D & 3D CAD Design
Design for Injection Molding
Design for Manufacturing
Product Development
+1 more
Job categories
3D Product Modeling
3D Product Rendering and Design
Product Engineering Services
Mechanical CAD Design
+1 more
About the client
Payment ready
United States (04:34 pm)
Posted
Active
Job activity
55 Applicants
1 interviews in progress
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