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Design Enclosure Design Services

Enclosure Design Services

Enclosures redefined:
Design solutions and Define spaces
With our Enclosure Design Services


For top-tier Enclosure Design Services, look no further than Tesla. We excel in delivering solutions for enclosures that seamlessly blend your envisioned form with intended functionality. Our skilled team of designers and engineers work in tandem to convert your concept into tangible, high-performance enclosures. Committed to precision, durability, and aesthetic brilliance, we take pride in offering solutions that exceed expectations. Explore our comprehensive range of enclosure design services and let us turn your ideas into reality.


Have a product idea? Let’s chat.


Industries We Serve


Electrical and Electronics Equipment

From control panels and panel boards to power distribution systems and beyond, our enclosure design services are tailored to diverse domains. Whether you're in need of a specialized solution for intricate control systems or robust enclosures for power distribution units, our expertise spans across a wide spectrum.

Industrial Equipment

Sheet metal enclosures play a pivotal role across a diverse array of industrial equipment and machinery types, providing a crucial shield for internal components against the challenges posed by debris, dust, and the elements. With Tesla, your unique enclosure needs find a comprehensive and tailored solution, reflecting our commitment to excellence across varied domains.

Automotive Industry

In the realm of automotive design, sheet metal enclosures emerge as indispensable components, serving a myriad of crucial functions within various automotive systems. These enclosures play a pivotal role in shielding internal automotive parts from the adverse effects of debris, dust, and environmental elements. Our dedicated team of designers and engineers brings versatility and proficiency to every project

Medical Devices

Enclosures serve as essential protective shields for a standard array of electro-mechanical medical instruments, offering a critical defense against potentially adverse conditions present in open environments. In the landscape of medical equipment, where precision and functionality are paramount, these enclosures play a pivotal role in ensuring the reliability and longevity of electro-mechanical instruments

Telecommunications Infrastructure

Constructing the intricate web of telecommunications infrastructure, encompassing vital components like cell towers and communication cabinets, demands the incorporation of sheet metal enclosures. These enclosures play a pivotal role in providing a secure and protective housing for the essential hardware that underpins the seamless functionality of telecommunication networks.

Aerospace Industry

In the aerospace realm, the frequent utilization of sheet metal enclosures for avionics, control systems, and various electrical components is a testament to the crucial role they play in the design and functionality of aircraft and spacecraft. Sheet metal emerges as the material of choice for these enclosures due to its unique combination of lightweight properties and exceptional durability

3D Model of Enclosure Design

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




Whats's Next?

  1. Prototyping

    By opting for our Enclosure Design Services, you unlock the potential to harness our Prototyping Services. We provide a diverse array of sheet metal prototyping options, with capabilities that span the transformation of your design into a practical enclosure, taking into account your specific tooling requirements. This streamlined process not only simplifies but enhances the transition from conceptual design to tangible prototypes, promising a seamless and efficient experience tailored to your needs.

  2. Manufacturing

    Upon the successful completion and testing of your prototype, Tesla is equipped to manage your entire manufacturing process. Leveraging our extensive network of well-aligned vendors, we streamline the production process, ensuring a seamless and efficient operation while upholding the highest standards of quality


Our Process



  • 1. DEFINE REQUIREMENTS
  • 2. DESIGNING
  • 3. TESTING
  • 4. FEEDBACK AND IMPROVEMENTS

Define Requirements

Initially, we identify the intended use of the enclosure. We then assess the environmental requirements, considering factors such as temperature, humidity, resistance to dust, and water. Based on the components to be accommodated, we ascertain the required size and shape. Gathering technical information about the intended components is the next step. Additionally, we consider any legal or compliance standards that may be pertinent to the design.

Designing

We generate preliminary designs for the enclosure, incorporating the received information. Considerations include manufacturability, aesthetics, and ease of assembly. We conduct a thorough analysis of the advantages and drawbacks associated with different enclosure materials. Utilizing computer-aided design (CAD) tools, we create precise 3D models of the enclosure, ensuring that dimensions and tolerances align meticulously with the specified requirements.

Testing

Upon the conclusion of the design phase, our engineers promptly initiate real-world scenario testing of your model using software such as FEA (Finite Element Analysis) and CFD (Computational Fluid Dynamics). This rigorous testing aims to validate the concept under real-world conditions. If the results prove unsatisfactory or reveal any issues, immediate corrective action is taken. Necessary adjustments are made to ensure that the final design aligns seamlessly with your requirements.

Feedback and Improvements

Upon the successful completion of testing, we thoroughly analyze your valuable feedback and integrate it into the final design. Our objective is not only to meet but surpass your expectations. We refine the design through iterative iterations and optimization to enhance its overall quality. The final product is then delivered to you in the file format of your preference, ensuring convenient accessibility at your convenience.



1 Define Requirements

Initially, we identify the intended use of the enclosure. We then assess the environmental requirements, considering factors such as temperature, humidity, resistance to dust, and water. Based on the components to be accommodated, we ascertain the required size and shape. Gathering technical information about the intended components is the next step. Additionally, we consider any legal or compliance standards that may be pertinent to the design

2 Designing

We generate preliminary designs for the enclosure, incorporating the received information. Considerations include manufacturability, aesthetics, and ease of assembly. We conduct a thorough analysis of the advantages and drawbacks associated with different enclosure materials. Utilizing computer-aided design (CAD) tools, we create precise 3D models of the enclosure, ensuring that dimensions and tolerances align meticulously with the specified requirements.

3Testing

Upon the conclusion of the design phase, our engineers promptly initiate real-world scenario testing of your model using software such as FEA (Finite Element Analysis) and CFD (Computational Fluid Dynamics). This rigorous testing aims to validate the concept under real-world conditions. If the results prove unsatisfactory or reveal any issues, immediate corrective action is taken. Necessary adjustments are made to ensure that the final design aligns seamlessly with your requirements.

4Feedback and Improvements

Upon the successful completion of testing, we thoroughly analyze your valuable feedback and integrate it into the final design. Our objective is not only to meet but surpass your expectations. We refine the design through iterative iterations and optimization to enhance its overall quality. The final product is then delivered to you in the file format of your preference, ensuring convenient accessibility at your convenience.