Optimize your product’s performance with Gembah’s Mechanical Engineering network
Our extensive network of skilled mechanical engineers brings technical expertise and innovative problem-solving to your product development journey. From concept refinement to manufacturing support, we connect you with professionals who leverage advanced engineering principles and cutting-edge tools to ensure your product performs flawlessly, meets regulatory standards, and is optimized for production.
We support your project at all stages of development, from market research to manufacture-ready engineering drawings.
Mechanical Engineering Milestone 1
Engineering Requirements Analysis
A successful mechanical engineering process begins with a thorough understanding of your product’s technical requirements and performance goals. Our network of experts collaborates with you to define clear engineering objectives and constraints that will guide the development process.
Overview
- Product performance specifications definition
- Regulatory and compliance requirements identification
- Material and manufacturing constraints analysis
- Cost and production volume considerations
- Risk assessment and mitigation planning
A detailed outline of your product’s technical specifications, performance criteria, and constraints.
Identification of relevant standards and regulations that your product must meet.
An analysis of potential technical challenges and proposed mitigation strategies.
A detailed plan outlining key engineering milestones and deliverables.
Mechanical Engineering Milestone 2
Concept Development and Feasibility Studies
Before diving into detailed design, our network of mechanical engineers explores various technical solutions and assesses their feasibility. This phase focuses on developing innovative concepts that meet your product requirements while considering manufacturability and cost-effectiveness.
Overview
- Concept generation and evaluation
- Initial calculations and performance estimates
- Material selection considerations
- Manufacturing process feasibility assessment
- Preliminary cost analysis
A detailed analysis of various technical solutions, including their pros and cons.
Initial performance estimates and key parameters for the chosen concept.
An overview of potential materials suitable for your product, considering performance, cost, and availability.
Evaluation of potential production methods and their implications on design and cost.
Mechanical Engineering Milestone 3
Detailed Engineering Design
With a feasible concept selected, our network of mechanical engineers begins the detailed design phase. This stage involves creating comprehensive 3D models, specifying components, and refining the product’s mechanical systems to meet performance requirements.
Overview
- Detailed 3D CAD modeling
- Component specification and selection
- Tolerance analysis and definition
- Mechanical systems design (e.g., mechanisms, pneumatics, hydraulics)
- Design reviews and iterations
Detailed digital representations of your product’s mechanical components and assemblies.
A complete list of components, including specifications and sourcing information.
A report detailing how component tolerances affect overall product performance and assembly.
Detailed designs and specifications for all mechanical systems within your product.
Mechanical Engineering Milestone 4
Simulation and Analysis
To validate and optimize your product’s design, our network of mechanical engineers employs advanced simulation and analysis tools. This phase helps identify potential issues, improve performance, and reduce the need for costly physical prototypes.
Overview
- Finite Element Analysis (FEA) for stress and deformation
- Computational Fluid Dynamics (CFD) for flow analysis
- Thermal analysis and heat transfer simulations
- Dynamic and kinematic simulations
- Optimization studies for performance and efficiency
Detailed analyses of your product’s structural integrity under various load conditions.
Visualizations and data on fluid flow, pressure distribution, and heat transfer within your product.
Insights into your product’s thermal performance and potential cooling requirements.
Animations and data demonstrating your product’s dynamic behavior.
Suggestions for improving performance, reducing weight, or enhancing efficiency based on simulation results.
USEFULL: Engineering Sustainable Solutions for the Food Service Industry
A Mechanical Engineering Journey Guided by Gembah
Optimizing Reusable Containers for Performance and Sustainability
USEFULL partnered with Gembah to connect with mechanical engineering experts who could optimize their innovative reusable stainless steel containers for durability, thermal performance, and eco-friendliness.
Gembah’s network of mechanical engineers worked closely with the USEFULL team to refine and optimize their container designs. Through advanced simulations and analysis, the team improved the thermal properties of the containers, ensuring they could keep contents at desired temperatures for extended periods. The engineers also focused on enhancing durability while minimizing material use, striking a balance between longevity and sustainability. Additionally, they incorporated Design for Disassembly (DfD) principles, making the containers easier to recycle at the end of their lifecycle.
Alison Rogers
USEFULL Founder & CEO
The Gembah-Guided Mechanical Engineering Process
Discover how Gembah’s network of mechanical engineering experts helped USEFULL optimize their reusable container designs for performance, durability, and sustainability.
Engineering Requirements Analysis
Gembah facilitated the development of comprehensive engineering requirements, focusing on thermal performance, durability, and sustainability goals.
Concept Development and Feasibility Studies
Our network of engineers explored various design concepts, assessing their feasibility in terms of performance and manufacturability.
Detailed Engineering Design
Mechanical engineering experts created detailed 3D models and specifications for the optimized container designs.
Simulation and Analysis
Advanced thermal, structural, and fluid dynamics simulations were conducted to validate and refine the container designs.
Prototyping and Testing
Gembah arranged for the creation and testing of functional prototypes to verify real-world performance and durability.
Design for Manufacturing (DFM) and Assembly (DFA)
The designs were optimized for efficient production and assembly, while also incorporating principles of Design for Disassembly (DfD).
Engineer Your Product for Peak Performance
From concept optimization to manufacturing support, Gembah connects you with mechanical engineering experts who can ensure your product excels in performance, reliability, and efficiency.
Cali Weights: Engineering Fashion-Forward Fitness Solutions
Mechanical Innovation in Wearable Weights
Balancing Form and Function in Wearable Technology
Cali Weights collaborated with Gembah to connect with mechanical engineers who could optimize their stylish, functional wearable weights. The challenge was to create a product that was comfortable, effective for workouts, and seamlessly integrated into everyday fashion.Innovative Material Engineering
Gembah’s network of mechanical engineers developed a unique combination of materials, including a high-density moldable iron core and soft-touch silicone exterior, to achieve the perfect balance of weight and comfort.
Ergonomic Design Optimization
Through detailed simulations and user testing, the team optimized the weight distribution and flexibility of the product, ensuring it moved naturally with the user’s body during various activities.
Products Built with Gembah
Explore some of our clients’ products across multiple product categories
Crochet Hook
Furls Crochet
Milk Frother
MUDWTR
Mighty Spatula
Smithey
Camping Bowl
Rigwa
Baby Bibs
Babylist
Swaddle
The Ollie World
Baby Sling
Tuck & Buckle
Activity Bags
Keke Bags
Pup Stack
Pup Stack
Treat Purse
Cocoa & Onyx
Bite Pillow
Operation Good Boy
Dog Toy
Chew Mate
Weighted Jewelry
Cali Weights
Bluetooth Speaker
BlueTees
Heated Furniture
Outmore Living
Resistance Bands
Corefirst
We’re thrilled with the final version of the Pup Stack. After working through several iterations and design changes we built our first prototype. ..Then we built another. And another. Aaaaand another to get every last detail just right.”
Ready to Elevate Your Product’s Performance?
Let Gembah connect you with expert mechanical engineers
Access a network of engineers skilled in using cutting-edge simulation tools to optimize your product’s performance and reliability.
Tap into our network’s expertise to develop creative solutions for complex mechanical engineering challenges.
Ensure your product is optimized for efficient and cost-effective production with our network’s DFM and DFA expertise.
Receive detailed technical specifications, analysis reports, and manufacturing guidelines to support seamless production.
