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Many stamping problems are not caused by the tool itself. They originate from forming behavior, material flow, springback, and process decisions made long before production starts.
This project covered the complete development cycle of a progressive die system, including forming analysis, strip layout optimization, tooling development, manufacturing support, and production launch.
The objective was not simply to create a working die, but to reduce production risk, improve process stability, and achieve consistent part quality at volume.
Projects like this are where mechanical design, tooling engineering, and manufacturing reality come together.
The network for creativity
Join 1.25M professional creatives like you
Connect with clients, get discovered, and run your business 100% commission-free
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SHEET METAL CHAIR/LAP DESK/ BOOK STAND CAD 3D PRODUCT DESIGN SOLIDWORKS
I designed a versatile, multi-functional sheet metal furniture piece that easily transitions between a chair, lap desk, and book stand. Using SolidWorks Sheet Metal tools, I engineered the flat-pattern layouts, precise bend allowances, and interlocking tab joints. The design minimizes material waste and is optimized for low-cost laser cutting and press brake bending. Deliverables included fully detailed production-ready DXF files and clean renders showing assembly configurations.
#Product Design #Industrial Design #Product Development #CAD Design #CAD Drafting #SolidWorks #Fusion 360 #3D Modeling #Mechanical Design #Product Engineering #Prototype Design #Rapid Prototyping #Design for Manufacturing #Technical Drawings #Product Rendering #Consumer Product Design #Product Innovation #Engineering Design #Manufacturing Design #Concept Development #Product Visualization #Injection Mold Design #Product Design Consultant #Mechanical Engineering #Hardware Product Development #Patent Drawings #Industrial Product Design #Product Design Engineer #3D CAD Modeling #Product Development Consultant
A great suitcase isn't designed for the showroom; it's designed for years of travel.
When designing consumer products, the goal isn't just to make them look premium.
The real challenge is balancing aesthetics, durability, ergonomics, and manufacturability.
For a hard-shell suitcase like this, every design decision has a purpose:
• Rounded corners help absorb impacts during handling and transport.
• Reinforced corner protectors improve durability in high-wear areas.
• Ribbed exterior panels increase structural stiffness without adding unnecessary weight.
• The telescopic handle and wheel placement are designed for smooth maneuverability and stability.
• Material selection plays a critical role in impact resistance, weight, and long-term performance.
A successful product isn't judged only by how it looks on day one.
It's judged by how well it performs after countless trips, baggage handling, and everyday use.
This is where industrial design and engineering come together—creating products that are visually appealing, functional, and ready for manufacturing.
If you were designing a premium travel suitcase, what would you prioritize first: durability, lightweight construction, security, or user comfort?
Why every cutout on an electrical enclosure matter
At first glance, an electrical enclosure looks like a simple metal box.
In reality, every hole, vent, mounting point, and panel opening has a purpose.
When designing an enclosure like this, I'm thinking far beyond the exterior appearance.
Here are a few of the engineering considerations that influence the design:
• Airflow and thermal management for internal electronics
• Structural rigidity without adding unnecessary weight
• Efficient cable routing and maintenance access
• Mounting locations for DIN rails, panels, and electrical components
• Manufacturing constraints such as bending, punching, and assembly
• Ease of installation and long-term serviceability
Good enclosure design isn't just about fitting components inside.
It's about creating a product that's practical to manufacture, simple to assemble, and reliable throughout its lifecycle.
Every opening you see in this model was placed with functionality and manufacturability in mind.
What's the first thing you look for when reviewing an enclosure design—cooling, accessibility, or manufacturability?
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