MAX KULICH

3D rendering is the process of creating a photorealistic or non-photorealistic image or animation of a 3D model by using computer software. It involves transforming 3D geometric data into 2D images, adding color, texture, and other visual elements to produce a final product. 3D rendering is used in a variety of fields, including architecture, interior design, product design, and engineering. CGI stands for Computer-Generated Imagery, which refers to the use of computer technology to create visual content, such as renderings or animations. CGI is used in a wide range of industries, including film, advertising, architecture, and engineering. It involves the creation of 3D models, scenes, and products, which can then be rendered into photorealistic or stylized images or animations.

Before we begin the project, you'll have the chance to communicate all necessary information about the work you require and provide a brief if available. You can include images, sketches or 3D Data if available. I will be available to address any further questions you may have via email or phone at any time. My goal is to ensure a smooth and seamless collaboration experience. Upon your approval, I will deliver the final 3D rendering output in your desired resolution, and securely preserve all project data for future use. This allows for an organized and efficient workflow that can be easily referenced for any future needs.

3D rendering can provide immense value from the outset of the visualization process, especially in situations where traditional photography is not possible or a consistent representation of a product line is vital. For products that have multiple variations, such as different colors, materials, and optional components, utilizing 3D renderings can be a cost-effective solution. Furthermore, the creation of a 3D model opens up exciting interactive possibilities through 3D technologies, such as interactive 3D models that can be easily accessed and viewed online. This allows for a more engaging and immersive experience for the audience, which can ultimately lead to increased engagement and interest in the product or service being depicted.

The cost of Visualization and 3D Rendering will depend on the specific requirements and scope of work. To obtain a precise quotation, please get in touch and I will respond within 12 hours. If you are seeking a general understanding of pricing, I can share some examples with pricing for your reference. This will give you an idea of the standard pricing for various projects, but it is important to note that each project is unique and the cost will vary based on its specific requirements.

The duration of a 3D visualization project is contingent upon the intricacy of the visualization and the need for individual 3D modeling. For instance, a product visualization based on available 3D models (CAD data) will take less time to implement compared to an architectural visualization or industrial machinery with numerous details. I strive to deliver the first draft for review and approval within approximately 1-3 business days. I have extensive experience in timely project completion and, if necessary, I can establish a detailed project timeline with milestones at the beginning of the project. For ongoing production pipelines even quicker turnaround times are possible.

I welcome all types of input files, such as hand-drawn sketches, detailed drawings or mood boards. To ensure the best possible outcome, I encourage you to provide me with all relevant information and materials related to your project. Whatever you can share helps! For optimal results, I prefer to work with the following file formats: For existing 3D models: STP, STL, 3DS, FBX, MAX or OBJ files. For plans and drawings: CAD files, PDF files, or other vector formats. By providing me with the preferred file formats, I can ensure that the 3D visualization process runs smoothly and efficiently.

Technical 3D Illustration is a type of 3D representation that is used to explain technical concepts or show the functionalities of products in a clear and detailed manner. As a freelancer, I can help you create technical 3D illustrations by using specialized software and techniques to accurately depict complex parts, systems, and mechanisms, while also ensuring that the illustrations are visually appealing and easy to understand. This includes working with closely with you to understand your specific needs and goals, carefully creating 3D models, adding annotations and callouts, and incorporating visual elements such as lighting, texturing, and materials to enhance the final product.

Product visualization is the process of creating a visual representation of a product in order to showcase its features and design. This helps customers to get a better understanding of the product before making a purchase. To help you create a product visualization for your project, I would need more information about the product you would like to showcase, including its dimensions, materials, and key features. I would also need to know the desired style and format of the visualization, whether it is a 3D model, a CAD drawing, or an animated video. Once I have this information, I can create a custom solution to meet your needs and help you bring your product to life.

Technical 3D animation is a specialized field within the broader realm of 3D animation that focuses on creating animations for technical and engineering purposes. It involves using 3D computer graphics to visually communicate complex technical concepts, processes, products, or systems. Technical 3D animation is commonly used in various industries, including: Engineering and Manufacturing, Architecture and Construction, Medical and Healthcare, Aerospace and Defense, Automotive Industry, Oil and Gas Industry.

Architectural visualization is the process of creating a visual representation of an architectural design, usually in the form of 3D renderings or animations. The purpose of architectural visualization is to help architects, engineers, and construction professionals communicate their designs to clients, stakeholders, and the public, and to help visualize the finished product before it is built. To help you create architectural visualization for your project, I would need more information about the architectural design you would like to showcase, including floor plans, elevations, and sections. I would also need to know the desired style and format of the visualization, whether it is a realistic 3D rendering, an animated walkthrough. Once I have this information, I can create a custom solution to meet your needs and help you bring your architectural design to life.

An interactive 3D model is a computer-generated representation of a design that allows users to interact with it in real-time. Interactive 3D models can be used for a variety of purposes, including product visualization, architectural design, and virtual reality experiences. To help you create an interactive 3D model for your project, I would need more information about the design you would like to showcase and the desired level of interactivity. Interactive 3D models can be implemented in several ways: Embedding: You can embed Interactive 3D models into your website or blog using an iframe. API Integration: You can use an API to integrate 3D models into your own application or website. Virtual/Augmented Reality: You can use Interactive 3D models with a VR/AR feature to view and interact with them in virtual or augmented reality.

3D cut sections and exploded 3D renderings are types of visual representations used in architecture, product design and technical illustration. A 3D cut section is a type of cross-sectional view of a product, building or machine that shows the interior layout, components and structure. It is often used to help understand the internal organization of a design and to communicate the relationship between different components. An exploded 3D rendering, on the other hand, is a type of visualization that shows the individual components of a design in a separated or exploded view. This type of visualization is often used to demonstrate the assembly of a product, the disassembly of a building, or the functioning of a machine. To help you create 3D cut sections or exploded 3D renderings for your project, I would need more information about the design you would like to showcase. I would also need to know the desired style and format of the visualization, whether it is a photorealistic rendering, an animated sequence, or a technical illustration. Once I have this information, I can create a custom solution to meet your needs and help you bring your design to life in a clear and understandable way.