Industrial Design Portfolio

Electronic and IOT covers

Overview

Our electronic and IoT cover projects demonstrate expertise in creating housings that balance aesthetics, functionality, and manufacturability. Designing electronic covers requires careful consideration of dimensions, as working in three dimensions ensures that the final product fits all internal components and meets spatial requirements. Certain design choices allow for improved functionality or user experience, such as intuitive layouts or ergonomic features. We specialize in:

Design for injection molding (a process where molten material is injected into a mold to form parts)
Overmold grips (adding a soft or textured layer over a rigid part for improved ergonomics)
Achieving industry standards such as IP67 rating (protection against dust and immersion in water)

Military Modem

Project Highlights

Manufacturing Processes:
- Injection molding
- High-quality rendering for client communication
Features:
- Styled for military use
- Engineered for performance and durability

IoT Device

Project Highlights

Manufacturing Processes:
- Injection molding
- Overmold rubber grips
Features:
- IP67 rating (dust-tight and protected against immersion up to 1 meter)
- Ergonomic design for user comfort
Design Process:
- Concept sketches
- Iterative prototyping
- Final manufacturing

Electricity Meter

Project Highlights

Manufacturing Processes:
- Injection molding
- Material selection for durability
Features:
- Touch keypad for user interaction
- Robust, user-friendly design

Having explored our electronic and IoT projects, we now turn to our expertise in medical device design.

Medical Devices

Overview

Our medical device projects focus on combining advanced aesthetics with strict regulatory and functional requirements. We excel in:

Design for manufacture using multiple processes (e.g., sheet metal, injection molding, 3D printing)
Mechanism development for complex operations
Compliance with medical industry standards

Medical Sanitizer

Project Highlights

Manufacturing Processes:
- Sheet metal laser cutting and bending
- 3D printing
- Injection molding
Features:
- Complex door mechanism (translation and rotation)
- Internal structure optimized for manufacturability

Retina Scanner

Project Highlights

Manufacturing Processes:
- Flat-pack stand design for shipping and assembly
- Concept sketching and visual development
Features:
- Aesthetic styling
- Easy assembly for clients

Medical Cubical

Project Highlights

Manufacturing Processes:
- Fiberglass molding
- Sheet metal and plastic fabrication
- 3D printing
- Injection molding
- Urethane foam molding
Features:
- Optimized for production efficiency
- High standards of quality and functionality

Having explored our medical device projects, we now turn to our work in consumer products.

Consumer Products

Overview

Our consumer product designs emphasize user experience, market appeal, and efficient manufacturing. We specialize in:

Sheet metal pressings
Injection molding
Mechanism engineering for enhanced functionality

Porridge Maker

Project Highlights

Manufacturing Processes:
- Sheet metal pressings
- Injection molding
Features:
- Innovative ingredient feeding and mixing mechanism
- Visually appealing and user-friendly design

Barbeque Utensils

Project Highlights

Manufacturing Processes:
- Sheet metal pressings
- Injection molding
Features:
- Cohesive style for brand recognition
- Durable and functional utensils

Wire Stripper

Project Highlights

Manufacturing Processes:
- Sheet metal pressings
- Injection molding
- Overmold handles (for improved grip and comfort)
Features:
- Designed for professionals and DIY users
- Photoshop renderings for client communication
Client: www.ifixit.com

With our consumer product expertise established, let’s move on to vehicle accessories designed for rugged performance.

Vehicle Accessories

Overview

Our vehicle accessory projects are engineered for durability, safety, and ease of use. We have experience designing accessories for cars as part of our transportation and vehicle accessory projects. We focus on:

Sheet metal fabrication (laser cutting, bending, welding, powder coating)
Mechanical engineering design (applying engineering principles to ensure strength and performance)
Consideration of shipping, assembly, and vibration analysis (a process to assess how products withstand movement and shocks)

4×4 Load Bin Organizer

Project Highlights

Manufacturing Processes:
- Sheet metal fabrication
- Laser cutting, bending, welding, powder coating
Features:
- Designed for shipping efficiency and easy assembly
- Vibration analysis for performance

4×4 Side Steps

Project Highlights

Manufacturing Processes:
- Sheet metal fabrication
- Laser cutting, bending, welding, powder coating
Features:
- Lightweight yet strong
- Serves as a protection bar

4×4 Rollbar Roofrack Combo

Project Highlights

Manufacturing Processes:
- Metal fabrication
- Laser cutting, bending, welding, powder coating
Features:
- Shipping efficiency
- Load capacity and rollover stability

Having covered vehicle accessories, we now present our industrial equipment solutions.

Industrial Equipment

Overview

Our industrial equipment projects are designed for demanding environments, focusing on strength, reliability, and manufacturability. We utilize:

Metal fabrication
Finite element analysis (FEA: a computer-based method for predicting how a product reacts to real-world forces)
Rotational molding (a process for creating hollow, seamless plastic parts)

Battery Charging Station

Project Highlights

Manufacturing Processes:
- Metal fabrication
- Finite element analysis for strength
Features:
- Robust design for mining environments
- Safe lifting from top lugs

50 Ton Overhead Crane

Project Highlights

Manufacturing Processes:
- Metal fabrication
- Finite element analysis for load capacity
Features:
- Engineered to lift 40-foot containers
- Meets industrial safety standards

Water Tank Trailer

Project Highlights

Manufacturing Processes:
- Rotational molding
Features:
- Seamless, robust structure
- Designed for challenging conditions

Next, we showcase our expertise in point-of-sale display systems for retail environments.

Point of Sale Display Systems

Overview

Our point-of-sale display systems are designed to maximize product visibility and enhance retail experiences. Incorporating generous white space in our designs ensures a clean visual hierarchy, making products stand out and improving overall clarity. We specialize in:

Metal, wood, and plastic fabrication
Custom extrusions and LED lighting
Flat-pack design for shipping efficiency

Cosmetic Display Stand

Project Highlights

Manufacturing Processes:
- Metal, wood, and plastic fabrication
- Custom aluminum extrusions
- LED lighting
Features:
- Enhanced product visibility
- Optimized retail space

Liquor Display Stand

Project Highlights

Manufacturing Processes:
- Sheet metal, glass, and plastic fabrication
- Printed graphics
- LED lighting
Features:
- Maximized visual impact
- Brand visibility

Energy Bar Display Stand

Project Highlights

Manufacturing Processes:
- Cardboard sheets
- Injection molding
- Plastic heat bend fabrication
Features:
- Flat-pack for shipping
- Clean, modern look

With our retail display expertise established, we now move to security access equipment solutions.

Security Access equipment

Overview

Our security access equipment projects focus on safety, reliability, and user experience. We employ:

Sheet metal fabrication
Vacuum forming (a process where a plastic sheet is heated and shaped over a mold)
Finite element analysis for structural integrity
Welding jigs (tools to ensure consistent welding during manufacturing)

Security Boom and Spike Barrier Combo

Project Highlights

Manufacturing Processes:
- Sheet metal fabrication
- Vacuum forming
Features:
- Patented self-locking mechanism
- Enhanced safety and security

Security Access Revolving Door

Project Highlights

Manufacturing Processes:
- Sheet metal fabrication
- Finite element analysis
- Welding jigs
Features:
- Optimized user flow and accessibility
- Durable and secure

Security Access Turnstile

Project Highlights

Manufacturing Processes:
- Sheet metal fabrication
- Finite element analysis
- Welding jigs
Features:
- User-friendly and secure
- Consistent manufacturing

Having explored security solutions, we now turn to agricultural equipment and animal care projects.

Agricultural Equipment and Animal Care

Overview

Our agricultural and animal care projects are designed for durability, efficiency, and ease of use. Our clients and projects span across the country, demonstrating our national reach in industrial design portfolio development. We focus on:

Metal fabrication (laser cutting, bending, MIG welding)
Plastic and mesh construction
Customizable and modular designs

Soil Compactor

Project Highlights

Manufacturing Processes:
- Metal fabrication
- Laser cutting, bending, MIG welding
- Finite element analysis for weight and strength
Features:
- Durable and efficient for agricultural use

Maize Planter

Project Highlights

Manufacturing Processes:
- Mechanism Design
- Metal fabrication
- Laser cutting, bending, MIG welding
- Finite element analysis for weight and strength
Features:
- Durable and efficient for agricultural use

Chicken Coop

Project Highlights

Manufacturing Processes:
- Plastic sheet forming
- Metal frame and mesh construction
Features:
- Interchangeable elements for customization
- Easy assembly and maintenance

With our agricultural expertise established, we now present our work in firearm-related equipment.

Fire-Arms and related Equipment

Overview

Our firearm-related projects focus on precision, safety, and performance. We utilize:

CNC machining (computer-controlled manufacturing for high precision)
Injection molding
3D printing for prototyping

Remington 700 Stock

Project Highlights

Manufacturing Processes:
- 3-axis CNC milling from aluminum billet
Features:
- Ergonomic and stable design
- Enhanced accuracy

Ammunition Reloader

Project Highlights

Manufacturing Processes:
- 3-axis CNC milling from aluminum
Features:
- Optimized reloader mechanisms
- Smooth operation and reliability

AK47 Plastic Magazine

Project Highlights

Manufacturing Processes:
- [Injection molding
- 3D printing for prototyping and testing](https://www.3ddfm.com/3d-printing-vs-injection-molding/)
Features:
- Efficient, cost-effective production
- Rigorous testing for reliability

Having covered firearm accessories, we now turn to automotive components.

Automotive Components

Overview

Our automotive component projects demonstrate advanced 3D modeling, reverse engineering, and manufacturing expertise. We focus on:

Tool design and CNC toolpath writing
Injection molding
Quality assurance for fit and performance

Wiper Arm

Project Highlights

Manufacturing Processes:
- Advanced 3D modeling
- Tool design and CNC toolpath writing
Features:
- Reverse engineered for Toyota
- Meets stringent performance standards

Radiator Top Cover

Project Highlights

Manufacturing Processes:
- Advanced 3D modeling
- Design for Injection molding
Features:
- Reverse engineered for BMW 3-series
- Precise fit and functionality

Alternator End Cap

Project Highlights

Manufacturing Processes:
- Advanced 3D Modelling
- Design for High Pressure Die Casting
- Tool Design for High Pressure Die Casting
- 3-Axis CNC programming to machine the tooling
Features:
- Reverse Engineered for Ford Ranger Pick-ups
- Precise fitment to Client’s stringent tolerances

With our automotive expertise established, we now present our work in cosmetic and liquid packaging.

Cosmetic and Liquid Packaging

Overview

Our cosmetic and liquid packaging projects focus on brand identity, user experience, and efficient manufacturing. We specialize in:

Blow molding (a process for forming hollow plastic parts)
Label area specification for branding
Volume calculations for optimal capacity

Bottles and Tottles

Project Highlights

Manufacturing Processes:
- Blow molding
Features:
- Strong visual identity for Gallia
- Optimized for branding and capacity

Bubble Bath

Project Highlights

Manufacturing Processes:
- Blow molding
Features:
- User-friendly ergonomic design
- Effective branding and high product capacity

Holts Anti-Freeze

Project Highlights

Manufacturing Processes:
- Blow molding
Features:
- Multiple sizes for market needs
- Optimized label layout and product capacity

Conclusion

This industrial design portfolio demonstrates our ability to deliver a wide range of projects across diverse industries, with a strong focus on design for manufacture, mechanical engineering design, and innovative problem-solving. We believe it is essential to show how projects happen, not just the final results, by highlighting the design process and development journey. Our goal is to ensure the audience fully understand each project and its impact by breaking down complex ideas and guiding you through the purpose and challenges addressed. Whether you are a potential client seeking a reliable design partner, an employer evaluating technical and creative skills, or a design student learning how to present your work, this portfolio provides clear examples of process, outcomes, and the impact of thoughtful design. Explore each section to see how we turn ideas into market-ready products, and let our experience inspire your next project.