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COMPUTER AIDED DESIGN

3D blueprint for renders, design files, and manufacturing files.

CAD Design → Render 

EVTOL 3D Render

3D designs can be beneficial in digitizing existing designs, creating documentation for code and certifications, producing manufacturing specifications, and many more!

At AK3D, we become your enabler when you have an idea. 

 

Design services offer a wide range of benefits for businesses and individuals looking to bring their ideas to life. By utilizing 3d design software, designs can be easily transformed into detailed renderings that accurately depict the final product. This not only helps in visualizing the end result but also aids in the manufacturing process by providing precise specifications and measurements.

IS CAD USEFUL?

CAD is a transformative tool in modern engineering, architecture, and product design, offering unparalleled precision and efficiency. By enabling the creation of highly detailed and accurate digital models, CAD reduces the likelihood of errors that can occur with manual drafting. This precision is crucial for ensuring that all components fit together perfectly in complex assemblies, which is particularly important in fields such as aerospace, automotive, and electronics. Furthermore, CAD software streamlines the design process by allowing for quick modifications and iterations, significantly speeding up the development cycle. This efficiency not only saves time but also reduces costs associated with design changes and rework.

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In addition to improving precision and efficiency, CAD design enhances visualization and communication among project stakeholders. With advanced 3D modeling capabilities, designers can create realistic representations of their projects, making it easier to convey ideas to clients, colleagues, and manufacturers. This visual clarity helps in identifying potential design issues early, facilitating better decision-making and reducing the risk of costly mistakes during production. CAD also integrates seamlessly with Computer-Aided Manufacturing (CAM) systems, ensuring a smooth transition from design to manufacturing. This integration helps optimize material use, reduce waste, and improve overall product quality, making CAD an indispensable tool in achieving high standards of innovation and excellence in various industries.

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1. Product Design and Prototyping

  • Consumer Products: Create models for everyday consumer goods, including electronics, household items, and toys.

  • Industrial Design: Develop prototypes for industrial machinery and tools, ensuring functionality and manufacturability.

  • Medical Devices: Design and prototype medical instruments, implants, and diagnostic equipment.

 

2. Architectural Visualization

  • Residential Buildings: Design models for houses, apartments, and residential complexes, including interior and exterior details.

  • Commercial Buildings: Create detailed models for offices, retail spaces, and industrial buildings.

  • Landscape Design: Model outdoor spaces, including gardens, parks, and urban planning projects.

 

3. Engineering and Mechanical Components

  • Automotive Parts: Design components for vehicles, from engines to body parts.

  • Aerospace Components: Create precise models for aircraft parts and systems.

  • Robotics: Develop models for robotic systems, including structural components and mechanisms.

 

4. Entertainment and Media

  • Character Modeling: Create detailed characters for video games, animations, and movies.

  • Set and Prop Design: Develop models for film sets, game environments, and virtual reality experiences.

  • Special Effects: Design elements for visual effects in movies and video productions.

 

5. Custom Jewelry and Fashion Design

  • Jewelry Design: Model rings, necklaces, bracelets, and other custom jewelry pieces.

  • Fashion Accessories: Create detailed models for fashion items such as bags, shoes, and eyewear.

 

6. Educational and Instructional Models

  • Scientific Models: Design accurate models for educational purposes, including anatomical models, molecular structures, and scientific apparatus.

  • Instructional Aids: Create models for training simulations and educational demonstrations.

 

7. Art and Sculptures

  • Custom Art Pieces: Develop bespoke sculptures and artistic installations.

  • Restorations: Create models for the restoration of historical artifacts and monuments.

 

8. Virtual and Augmented Reality

  • VR/AR Environments: Design immersive environments for virtual reality and augmented reality applications.

  • Interactive Models: Create interactive 3D models for educational and entertainment purposes.

 

9. Reverse Engineering

  • Existing Products: Create 3D models from existing physical objects for analysis, replication, or improvement.

  • Historical Artifacts: Develop models for historical preservation and digital archiving.

 

10. Marketing and Sales

  • Product Visualization: Create high-quality renders for marketing materials, catalogs, and online stores.

  • Interactive Demos: Develop interactive 3D models for virtual showrooms and sales presentations.

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Visualization Life Cycle

How an idea becomes a reality.

01

IDENTIFY A PROBLEM

Recognizing a problem often sparks creativity and innovation, leading to more effective and impactful solutions. If what you are trying to solve requires a part/product to be manufactured, and you have identified what problem you are trying to solve, you are ready to move onto step 2.

Question Mark icon
Furniture Drawing with Dimensions

02

DRAFT AN IDEA

The drafting phase in any 3d project, especially in fields like architecture, engineering, or design, consists of preliminary sketches or outlines that are created before moving on to detailed designs or final products. This can be as simple as a hand drawn sketch to a cardboard cut out. At this phase, the goal is to try to get an understanding of the form, fit, and function of the part being designed. 

03

DEVELOP A FILE

Using a draft or mockup of the part, the design can now be digitized and manipulated using 3D modeling. This enables detailed and precise designs through generating a 3D file that can include shape, material, textures, colors, and many other properties to fully capture your ideas. Depending on the desired manufacturing process, projects can consist of 2D files (often referred to as drawings) or 3D files.

3D Printed Connector

04

MANUFACTURE SOLUTIONS

3D printing can address the need for custom or low-volume parts. 3D printing allows for the rapid production of parts with little to no tooling required, making it an excellent solution for low-volume and one-off parts.

3D Printed Self Checkout Covers

ADDITIVE MANUFACTURING BENEFITS USING DESIGN FOR ADDITIVE

Complexity Compatiable

Using CAD and DFM, we can produce complex and intricate geometries to optimize part performance.

Weight Reduction

By pairing the latest polymers in 3D printing with the right design, we reduce the weight of the final product.

Cost Saving

DFAM can reduce the amount of material required for a part, minimizing waste and streamlining the production process. 

Unique

With DFAM, parts can be tailored to the application or user which allows for true customization manufacturing.

Fast Production

With our skill and expertise, we optimize designs and print settings for a faster turnaround time.

 INQUIRY

Thank you for considering us for your business! Kindly provide your details for tour project so we can prepare a quote for you.

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