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Design Mechanical Design Services

Mechanical Design Services

Pioneering the Future through
Cutting-Edge and precise
Mechanical Engineering Solutions


Embark on a journey into the future with Tesla Mechanical Designs, where we redefine possibilities through our Mechanical Design Services. Our diverse array of design solutions is a testament to our commitment to innovation and precision. Our seasoned team of engineers possesses the prowess to address your challenges, delivering outcomes that precisely meet your specifications and are seamlessly integrated into your operational environment.

At the core of our approach is the belief that each challenge is an opportunity to innovate. Our engineers navigate through a spectrum of industry standards, including ISO, ANSI, DIN, BS, and more. This not only streamlines the design process but also plays a pivotal role in the strategic selection of components, ensuring a convergence of functionality and feasibility.


Let's talk about your project!



Industries We Serve


Automotive


Aerospace


Oil & Gas


Industrial Machinery

Material Handling

Consumer Electronics

Electromechanical Electronics

Construction and Infrastructure

Outpace your Competition by Working with Us!


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Our Priority – YOU!
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Secure Ecosystem
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Cost
Reduction
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Quicker Turnaround
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100%
Satisfaction



Beyond Designs – What more can we offer?

  1. Prototyping

    After finalizing the design process and rigorous testing, utilize our in-house prototyping service at Tesla. This enables real-world testing of your mechanical system or component under its intended conditions, ensuring the design's applicability. This service serves as a practical platform for evaluating performance before full-scale manufacturing , providing a robust validation phase for your project.

  2. Manufacturing

    Post successful testing and prototypes, we seamlessly transition to full-scale manufacturing, leveraging our curated network of vendors. These chosen partners ensure precision and adherence to your specifications, facilitating a smooth journey from prototyping to mass production for products tailored exactly to your demands.


Our Process



  • 1. UNDERSTANDING REQUIREMENTS
  • 2. PRELIMINARY DESIGN
  • 3. DETAILED DESIGN
  • 4. TESTING AND SIMULATION
  • 5. FINAL DELIVERY

Understanding Requirements

We initiate by carefully comprehending the needs, demands, and limitations of the client. The intended functionality, performance standards, budget, and deadline are all included in this. This is followed by generation of a variety of conceptual designs via brainstorming. We compare these ideas with the project's functionality, starting an interactive and involving process.

Preliminary Design

Our engineers create thorough draft designs based on the chosen concepts. To evaluate the effectiveness and performance of the suggested design, this entails the construction of 2D sketches, 3D models. We incorporate all the design specification and standards the project has to meet in this phase. Apart from this we also try to infuse your standard libraries of materials and tooling in order to fulfill feasibility. We also discuss different approaches of manufacturing and its economics on your project in this phase

Detailed Design

As we enter a detail design phase, we create exact 3D model and detailed drawings with exact specs, dimensions, and production considerations after the basic design has been approved. We also collaborate with experts from other technical fields, such as electrical engineering, if required. Depending on the component's strength, durability, weight, and cost, we choose the right materials and take into account material compatibility and manufacturing procedures thoroughly

Testing and Simulation

Conduct thorough testing on the prototype to confirm that it performs in accordance with the original specifications with tools such as FEA (Finite Element Analysis) and CFD (Computational Fluid Dynamics) This could entail a number of tests, including stress tests, fatigue tests, and functional tests. Based on testing results and feedback, we refine the design iteratively to address any issues or improvements identified during the testing phase

Final Delivery

The final delivery package consists of all the detailed drawings, 3D models in the file format that you are compatible with. All the necessary information about the project is given in this package such as manufacturing drawings, general assembly drawings etc. Apart from drawings all the reports of testing and simulation is also included which may be important for documentation purpose.



1 Understanding Requirements

We initiate by carefully comprehending the needs, demands, and limitations of the client. The intended functionality, performance standards, budget, and deadline are all included in this. This is followed by generation of a variety of conceptual designs via brainstorming. We compare these ideas with the project's functionality, starting an interactive and involving process.

2 Preliminary Design

Our engineers create thorough draft designs based on the chosen concepts. To evaluate the effectiveness and performance of the suggested design, this entails the construction of 2D sketches, 3D models. We incorporate all the design specification and standards the project has to meet in this phase. Apart from this we also try to infuse your standard libraries of materials and tooling in order to fulfill feasibility. We also discuss different approaches of manufacturing and its economics on your project in this phase.

3Detailed Design

As we enter a detail design phase, we create exact 3D model and detailed drawings with exact specs, dimensions, and production considerations after the basic design has been approved. We also collaborate with experts from other technical fields, such as electrical engineering, if required. Depending on the component's strength, durability, weight, and cost, we choose the right materials and take into account material compatibility and manufacturing procedures thoroughly.

4 Testing and Simulation

Conduct thorough testing on the prototype to confirm that it performs in accordance with the original specifications with tools such as FEA (Finite Element Analysis) and CFD (Computational Fluid Dynamics) This could entail a number of tests, including stress tests, fatigue tests, and functional tests. Based on testing results and feedback, we refine the design iteratively to address any issues or improvements identified during the testing phase.

5 Final Delivery

The final delivery package consists of all the detailed drawings, 3D models in the file format that you are compatible with. All the necessary information about the project is given in this package such as manufacturing drawings, general assembly drawings etc. Apart from drawings all the reports of testing and simulation is also included which may be important for documentation purpose