Turn your ideas into reality with 3D modeling

3D Modeling and Visualization

When ideas take shape, innovation begins. 3D modeling is the bridge between the concept and the finished product. Using modern CAD technologies, we create digital models of any complexity — from small mechanical parts to surgical templates that perfectly match real-world conditions.

3D modeling services - apus labs
Our approach covers the full cycle: from concept, drawings, or scanned objects to a full-fledged 3D model in .STEP format, which is ideal for 3D printing. We adapt all models to the capabilities of additive manufacturing, taking into account tolerances, technological limitations, and geometric nuances.
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  • +38 (063) 966-5339
  • +38 (093) 386-6285
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Ukraine, 02000, Kyiv,
Gareth Jones St., 11/2

Working hours: from 9:00 to 18:00

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For what purposes is 3D modeling used?

Modern 3D modeling has a wide range of applications in engineering, medicine, mechanical engineering, electronics, dentistry, and even design. It is used to create technical drawings, functional prototypes, surgical templates, and even full-fledged products suitable for 3D printing. It is an indispensable tool for businesses that want to quickly test, adapt, and launch new solutions.

3D modeling and visualization - technical elements

Technical elements

In engineering and industry, 3D modeling is used to create accurate models of parts and mechanisms. This allows engineers to analyze designs, identify potential problems, and optimize designs before production.

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3d modeling and visualization - equipment

Equipment

When developing new equipment, it is important to consider many factors: ergonomics, functionality, aesthetics. 3D modeling helps to create a virtual model of the device, evaluate its appearance and functionality, and make the necessary adjustments before production begins.
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3d modeling and visualization - production

Production

In the manufacturing process, 3D modeling facilitates the creation of prototypes, which allows products to be tested before mass production. This reduces the risks and costs associated with possible design errors.
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3D modeling and visualization - surgery and medicine

Surgery and Medicine

In medicine, 3D modeling is used to create accurate models of patients' organs and tissues. This helps surgeons plan operations, manufacture custom implants, and improve treatment outcomes.
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  • +38 (093) 386-6285
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Portfolio of projects in 3D object modeling

We are proud of our successful 3D modeling projects. Our portfolio includes a variety of works: from industrial parts to medical models. Each project is a unique solution, developed taking into account the needs of the client and the specifics of the industry.
3D modeling and product visualization services
3D modeling and product visualization services
3D modeling and product visualization services
3D modeling and product visualization services
3D modeling and product visualization services
3D modeling and product visualization services
3D modeling and product visualization services
3D modeling and product visualization services
3D modeling and product visualization services
3D modeling and product visualization services
3D modeling and product visualization services
  • +38 (063) 966-5339
  • +38 (093) 386-6285
Order 3D printing
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What are the benefits of 3D modeling?

The main strength of 3D modeling is its accuracy and flexibility. You get a visual, interactive model even before physical production, which saves time, budget and reduces the number of iterations. 3D models are easily adaptable, quickly adjusted and ideal for prototyping, production, or even subsequent 3D scanning. They support the highest level of visual control and allow effective communication between engineers, designers and clients.

01.

Accuracy and detail

3D modeling allows you to create highly accurate models with detailed processing of all elements, which ensures that the final product matches the design.

02.

Saving time and resources

Using 3D modeling reduces the time to develop and test products, reducing the need for physical prototypes and lowering costs.

03.

Visualization and presentation

Thanks to 3D modeling, you can create realistic visualizations that help you effectively present products to investors, partners, or customers.

04.

Flexibility in making changes

Virtual models are easy to adjust and adapt to new requirements, allowing you to quickly respond to changes and improve products.

05.

Preparation for production

3D modeling contributes to accurate planning of the production process, ensuring that the model meets technological requirements and standards.

06.

Integration with other technologies

Models created through 3D modeling can be used for 3D printing, allowing you to quickly obtain physical prototypes or finished products.

FAQ

Frequently asked questions about 3D object modeling

Before starting a project, clients have many questions — from the file format to the ability to edit the finished 3D model. We are always open to dialogue and help to understand all the nuances: what exactly needs to be provided to start the work, how the drawings are created, what restrictions exist for complex parts. Your participation is minimal, the result is maximum.

What is needed to create a 3D model of a product?
To create a 3D model, you need to provide technical drawings, sketches, or a detailed description of the product. The more information you provide, the more accurate the model will be.
Why is 3D modeling important for business?
3D modeling allows businesses to quickly develop and test new products, reducing costs and time to market, which increases the company's competitiveness.
Can I order a unique 3D model for my project?
Yes, we create individual 3D models, taking into account all your requirements and wishes, regardless of the complexity of the project.
How long does it usually take to create a 3D model?
The time required to create a 3D model depends on the complexity of the object, the level of detail required, and the amount of input data. Simple models can be developed in a few hours, while complex projects can take days or even weeks. It is important to note that high-quality 3D modeling requires careful consideration of details and coordination with the client at every stage.
Can I make changes to the finished 3D model?
Yes, making changes to a finished 3D model is possible and common practice. Thanks to the digital format, models can be easily adjusted to new requirements or wishes. However, it is worth remembering that the volume and complexity of changes can affect the overall time and cost of the project.
How can I use the created 3D model?

The created 3D model has wide applications:

  • Prototyping: Use the model to create physical prototypes using 3D printing.​
  • Production: Use the model as a basis for mass production of parts or products.
  • Visualization: Create realistic images or animations for presentations, marketing, or educational materials.​
  • Analysis and Simulations: Perform engineering calculations, strength analysis, thermal or aerodynamic simulations.

How to order 3D modeling from Apus Labs

Ordering 3D modeling at Apus Labs is simple and convenient. You can contact us by phone or email to discuss the details of your project. Next, you need to provide the source data - drawings, sketches, photos or even a physical sample of the part.

We will analyze the information, assess the complexity and provide you with a commercial offer indicating the cost and deadlines. After agreeing on the details, we will start developing a 3D model and keep you informed of the progress. You will receive the finished model in the desired format, for example, .STEP or another, according to your wishes.

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  • +38 (063) 966-5339
  • +38 (093) 386-6285
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Cost of 3D modeling: what affects the price?

The price for 3D modeling is formed taking into account several key factors:

  • Object complexity: The more complex the geometry and the higher the level of detail, the more time and resources it takes to create the model.
  • Scope of work: Modeling a single part is different from developing a complex product or system.
  • Urgency: Expedited order fulfillment may require additional resources and impact cost.
  • Additional services: Adapting the model for 3D printing, conducting simulations, or creating technical documentation are also taken into account when forming the price.

Reverse engineering: creating a 3D model based on a physical object

Reverse engineering allows you to recreate a digital 3D model of an existing physical object. This process includes:​

  • 3D scanning: Obtaining digital data about the geometry of an object.
  • Data processing: Creation of an accurate 3D model based on the received scans.
  • Adaptation: Modification of a model to improve performance or prepare for production.

This approach is particularly useful for reproducing parts for which technical documentation is lacking, or for retrofitting existing products.

Adapting the model for 3D printing

The process of adapting a 3D model for printing is one of the most important stages in preparation for manufacturing. Even a high-quality modeled part may be unsuitable for printing without proper adjustment to the specifics of the technology. At Apus Labs, we don’t just create models — we take care of their compatibility with SLS printing, in particular, we take into account the necessary gaps, supports, printing directions, as well as changes in geometry that may affect mechanical properties. We consult with clients, provide recommendations and make all changes that allow the model to be printed without defects, in accordance with its functional purpose. This is critically important, especially for projects where high accuracy and mechanical stability of parts are required.

Quality, support and guidance in creating models

We understand how important a reliable partner is in the technical process of creating models. That is why Apus Labs offers full support for 3D modeling - from the first consultation to the final transfer of the result. Our specialists have engineering experience and understand the requirements for accuracy, functionality and adaptation to printing. We ensure constant communication with the client, promptly respond to requests and make necessary adjustments. All models undergo internal quality checks to ensure that they fully meet the task. If necessary, we can also prepare several solution options or help with optimizing the design for serial production or prototyping.
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