Customizable Radiator Cover CAD Design
Budget: $250 – $750 USD
Project Description:
We need a mechanical engineer or industrial designer to develop a detailed CAD design for a universal radiator cover with an adjustable metal frame and a fixed glass front panel.
The design should be:
✅ Adjustable in width: from 800 mm to 1200 mm, using a modular frame system.
✅ Fixed depth: 100 mm, to accommodate standard radiator sizes.
✅ Height: 550 mm, allowing for proper air circulation.
✅ Glass front panel: fixed at 1200 mm width (customers can adjust the metal frame while keeping the full-size glass cover).
✅ Ventilation-friendly: designed to allow proper heat circulation.
✅ Two mounting options:
Freestanding (without wall drilling) – adjustable feet and optional magnetic attachments.
Wall-mounted – using a bracket system.
✅ Material: Aluminum or stainless steel frame, tempered glass front panel.
✅ DIY assembly: The final design should be easy to assemble for customers.
What We Need:
Complete technical drawings with precise dimensions and part details.
3D model (STEP, DXF, PDF) for CNC and laser cutting.
Assembly guide – instructions for customers.
Recommendations on optimal manufacturing techniques and material thickness.
We need a mechanical engineer or industrial designer to develop a detailed CAD design for a universal radiator cover with an adjustable metal frame and a fixed glass front panel.
The design should be:
✅ Adjustable in width: from 800 mm to 1200 mm, using a modular frame system.
✅ Fixed depth: 100 mm, to accommodate standard radiator sizes.
✅ Height: 550 mm, allowing for proper air circulation.
✅ Glass front panel: fixed at 1200 mm width (customers can adjust the metal frame while keeping the full-size glass cover).
✅ Ventilation-friendly: designed to allow proper heat circulation.
✅ Two mounting options:
Freestanding (without wall drilling) – adjustable feet and optional magnetic attachments.
Wall-mounted – using a bracket system.
✅ Material: Aluminum or stainless steel frame, tempered glass front panel.
✅ DIY assembly: The final design should be easy to assemble for customers.
What We Need:
Complete technical drawings with precise dimensions and part details.
3D model (STEP, DXF, PDF) for CNC and laser cutting.
Assembly guide – instructions for customers.
Recommendations on optimal manufacturing techniques and material thickness.