Mechanical Design

Our expert designers bring years of experience in mechanical design and development, spanning key industry sectors such as IoT devices, industrial automation, consumer electronics, and utility appliances. Team has consistently delivered top-tier mechanical solutions, meeting the most demanding client requirements start from IP-rated, rugged, and safety critical designs with cost-effective, high-volume production solutions.

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With deep expertise in design and simulation, we ensure each enclosure is meticulously optimized for performance, durability, and cost-effectiveness at every stage of the product development lifecycle.

01

Conceptual Design


Concept design marks the beginning of bringing ideas to life. The creation of 3D models, attachments, BOMs, and mock-ups ensures the product’s unique market requirements.

02

Detailed Product Design


Conceptual sketches are further enhanced into detailed and functional models using advanced modeling software. It includes FEA, GD&T, tolerancing, and further up to design validation.

03

Design Simulation


We ensure that every design must withstand real-world performance, stress, and thermal conditions. We use linear & non-linear FEA and CFD tools to simulate a product's response to the design and real world.

04

Prototyping


We can assist you in prototype development using 3D printing techniques like FDM, SLA, and SLS. Reverse Engineering is also supported. Rubber, aluminum casting, and precision machining for function and product validation.

05

Tool Development


We provide design consultancy and development support for R&D fixtures, tool jigs, press tools, plastic injection tools, and metal mold tools. Our designs are optimized for cost, performance, and aesthetics.

06

Certification Testing


With expertise in design and simulation, we ensure your product development aligns with safety certifications and industry standards. We prepare thorough documentation to speed up the certification process.

Our Process

Our Process

Tool Design and Development

Tool Design and Development is indeed a true art of engineering, where technical expertise and creativity merge together to create solutions that either improve productivity or enhance user experience. We provide design consultancy and development support to create a right space for your product with right form factor, functionality, and aesthetics.

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Our expertise spans the entire product development life cycle, from initial concept and design to manufacturing. By working closely with our long-term manufacturing partners, we can produce array of tools and parts to meet your diverse industry needs. Our specialization are : -

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Plastic Injection Molding

Tool designing for plastic injection molding involves creating molds with single or multiple core-cavity configurations to produce high-quality plastic parts.

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Sheet Metal Die Parts

Sheet metal die making enables the cutting and shaping of sheet metal to produce a wide range of components with precise shapes and intricate features.

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Aluminum Die Casting

Develops high pressure reusable mold can be developed to get high precision, smooth-surfaced metal parts by injecting molten aluminium

Simulation Analysis

Aadvik TekLabs team’s focus is on providing end-to-end solutions, ensuring that the enclosures we design not only protect valuable electronics but also support long-term reliability and efficiency in a variety of industries.always aim to add an extra edge to our thought process, turning innovative ideas into competitive products. We create designs to address futuristic challenges by thinking beyond convention and embracing cutting-edge solutions.

Our deep expertise in CAE (Computer-Aided Engineering), FEA (Finite Element Analysis), CFD (Computational Fluid Dynamics), and numerical analysis gives you a distinct competitive edge in the engineering world.

By applying these advanced methods, we ensure that every design is optimized for maximum performance, efficiency, and innovation.

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Temperature Distribution for CFD Analysis

Mechanical Testing

01
Thermal Testing

Our engineers involves in testing system level performance and reliability under extreme temperature conditions, including exposure to high and low temperatures and thermal cycling. This ensures the system remains operational across a wide temperature range.

02
Vibration & Shock Testing

Simulates the mechanical vibrations and impact due to shock for the unit under test. The goal is to verify that component functionality under sustained or random vibration stress and continued functionality after experiencing physical shocks.

03
Humidity Testing

Evaluates a system’s durability when exposed to high humidity levels and condensation . This test identifies potential issues such as corrosion, material degradation, or failure of sensitive electronic components

04
Corrosion Test

Corrosion Test is a crucial system resistance test for corrosive environments operations particularly useful for assessing the longevity of coatings, materials, and finishes in marine or industrial settings. By exposing the unit into a controlled salt fog in a specialized chamber.

01
Thermal Testing

Our engineers involves in testing system level performance and reliability under extreme temperature conditions, including exposure to high and low temperatures and thermal cycling. This ensures the system remains operational across a wide temperature range.

02
Vibration & Shock Testing

Simulates the mechanical vibrations and impact due to shock for the unit under test. The goal is to verify that component functionality under sustained or random vibration stress and continued functionality after experiencing physical shocks.

03
Humidity Testing

Evaluates a system’s durability when exposed to high humidity levels and condensation . This test identifies potential issues such as corrosion, material degradation, or failure of sensitive electronic components

04
Corrosion Test

Corrosion Test is a crucial system resistance test for corrosive environments operations particularly useful for assessing the longevity of coatings, materials, and finishes in marine or industrial settings. By exposing the unit into a controlled salt fog in a specialized chamber.

How we work ?

Aadvik TekLabs engineering team objective is to develop a robust system capable of build and deliver mechanical designs which can maintain reliable performance under extreme conditions.

We deliver precise, optimized solutions that push the boundaries of innovation and performance ensuring the product functionality made to be used for outdoor or industrial environment despite exposure to dust, water, and other potential hazards. 

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