Mechanical Design Service
We deliver cutting-edge solutions tailored to your needs, ensuring seamless integration and optimal performance for your mechanical projects.
Bringing Your Mechanical Design Ideas to Life with MOKO
Mechanical design is a process that involves conceptual analysis of the working principle, structure, force and energy transmission method, material, shape and size of the machine, and transforming it into a specific manufacturing method. MOKO offers comprehensive mechanical design service to help bring your ideas to life. Our team of experienced engineers and designers can handle projects in various fields, from consumer products to industrial machinery. We use the latest 3D modeling and simulation software to iterate designs rapidly while optimizing for manufacturability, durability, and cost.
Our Mechanical Design Service
Conceptual Design
Our expert team of mechanical engineers and designers will collaborate with you to transform your ideas into tangible concepts. From brainstorming to sketching, we ensure that every aspect of your mechanical design project is meticulously planned.
3D Modeling and Simulation
With cutting-edge software and simulation tools, we create detailed 3D models of your mechanical components or systems. These simulations allow us to analyze and optimize the design for maximum efficiency and performance.
Prototyping
At MOKO, we believe in real-world testing. We develop functional prototypes of your mechanical designs to validate their feasibility, identify potential issues, and make necessary adjustments before moving forward to production.
Remanufacturing & Reverse Engineering
This service from MOKO restores used products to like-new condition. By leveraging cutting-edge reverse engineering techniques, we analyze and recreate designs, extending product life cycles, reducing waste, and ensuring availability of vital spare parts for legacy systems.
Why Choose Us
Rich Experience
With nearly 20 years of mechanical design experience, we have been providing the services to our clients from different industries, we follow the standard of your industry and propose the best mechanical solution.
Innovative Approach
Leveraging advanced design, simulation, and analysis software, we optimize the design process. Moreover, our passion for creativity and innovation drives us to deliver cutting-edge mechanical designs.
Comprehensive Capabilities
MOKO provides end-to-end mechanical design services, from initial concepts to manufacturing-ready designs, integrating the entire process seamlessly to deliver high-quality solutions on schedule and budget.
Integrity and Confidentiality
At MOKO, we abide by business integrity and keep the information of our customers completely confidential. We protect our intellectual property rights and also protect yours.
Our Proven Mechanical Design Cases
Temperature Sensor
Bluetooth Earphone
Electronic Thermometer
Smart Plug
Mechanical Design Process at MOKO Technology
Understanding the Needs
First of all, we communicate with our customers to understand and confirm the purpose of designing the machine, on the other hand, we get to know the budget and requirements of the project. This step is key for us to conceive the initial design.
Initial Design
In this phase, we propose workable mechanisms based on the machine’s requirements and purpose. We then discuss and analyze each option to find the most suitable one. Additionally, we confirm the working principle and basic structural form through force analysis and sketching.
Modification
Checking each component and assembly of the initial design to see if there is anything that should be modified or improved, especially the details that can decide the work performance of the machine. This step helps us to guarantee the feasibility of the mechanical design before the fabrication.
Manufacturing
After checking all aspects of the design, then the part would be manufactured and assembled in our ISO9001 certified factory. We have state-of-the-art equipment and a strict quality control process to ensure a short turnaround time and premium quality.
FAQs about Mechanical Design
Mechanical design is a process of invention and design of mechanical systems and parts. It entails getting ideas and then defining the shape and use of different machines, component, and assemblies in order to address certain concerns or fulfill certain demands.
Three major categories of mechanical design are known as adaptive design, development design and new design. Adaptive design alters existing solutions for new needs, whereas developmental design greatly enhances existing solutions by making major changes, and new design finds completely new solutions to new problems.
2D design draws flat images or blueprints while 3D design draws three dimensional images or models that can actually be rotated in a way and seen from all angles. 3D design helps one to visualize or analyze the designs in detail.
FEA or Finite Element Analysis is a computerized approach that employed to simulate products response under loads and other physical effects such as vibration, temperature and fluids. It is a method applicable to design verification and optimization.
This means that mechanical design has to take into consideration the manufacturing process so that the parts to be produced can be fabricated easily and cost-effectively. This entails designing with a particular machining technique in mind, as well as the use of specific materials
The concept of sustainability in mechanical design includes selecting eco-friendly material for the product, right design to lengthen the product lifecycle, the least amount of waste and carbon footprint production.
Prototyping enables the designer to take the design into the physical environment to validate the design. It enables us to find problems, improve the layouts, and illustrate ideas before beginning the manufacturing process.
Indeed, we can also design product enclosures that serve an actual purpose, look good as well as be amenable to different manufacturing processes.
Common software we use includes CAD programs like AutoCAD, SolidWorks, Fusion 360, Inventor, and CATIA. For analysis, tools like ANSYS and COMSOL are often used.
Yes, we do offer design optimization services to help our clients enhance product performance, reduce material costs, and improve overall manufacturability.
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