Our goal is to support individuals and companies in various industries in advancing their projects through our technical understanding and practical knowledge. Using 3D design software, we create CAD models to give you a preview of the finished product. We help companies successfully implement their projects by supporting them with new ideas and constructive suggestions. You can trust us to optimize your projects and help you gain a competitive edge.

Table of contents

What is the procedure?

What services are available for 3D drawings?

How much does a CAD drawing cost?

What formats can be created?

What format does the manufacturer require?

3D file optimized for 3D printing

What is rendering?

Digitizing a 2D drawing into a 3D file

What areas require CAD software?

Weak point analysis, component optimization

What is the process for creating a 3D drawing?

Contact us:

You can first contact us via the contact form or by email to discuss your request.

Advice:

During the consultation, the requirements and needs are discussed. All details are coordinated, including the desired materials, dimensions, and functions of the object.

Sketching and planning:

Based on the information discussed, a sketch of the desired 3D drawing will be created. This can be reviewed together and adjusted if necessary.

Creation of the 3D model:

After the final sketching, the implementation of the 3D drawing begins.

Intermediate exam:

Once the 3D model is complete, an interim review is conducted. This allows the model to be examined and, if necessary, suggestions for changes to be made to ensure that it meets the requirements.

Delivery of the 3D model:

Once the 3D model is complete, it will be delivered in the desired format via email.

3D printing:

Once the 3D drawing is complete, a prototype can be created using 3D printing to provide a tactile impression of what the object looks like in reality.

What services are available for 3D drawings?

Sketch:

A sketch can be used to create a 3D model. Shapes can be used in a sketch to define the basic dimensions and contours. This simplifies the creation of the CAD file.

Component:

You have the option of sending the component to us by mail. We will record the dimensions and sizes of the component and create a CAD drawing to generate a construction drawing.

2D drawings:

If you have 2D drawings, we offer the option of having them digitized and converted into CAD models.

No drawing:

You have the option of sharing your ideas with us or providing us with reference images that represent the desired object. We will then create a CAD drawing.

Defective component:

Even damaged or broken components can be reconstructed. Send us the component and we will create a 3D model of its original condition from the defective parts.

How much does a CAD drawing cost?

The hourly rate for CAD drawings is €80–€120, depending on the scope of work. We recognize that it is sometimes advantageous to establish a fixed budget for specific projects and their duration.

What formats can be created?

DWG (AutoCAD Drawing):

DWG is an industry-standard file format for 2D and 3D drawings, used by AutoCAD and other CAD software applications.

STEP (Standard for the Exchange of Product Data):

STEP is a universal file format for exchanging 3D models between CAD systems. It enables efficient collaboration and interoperability.

STL (StereoLithography):

STL is a common file format for 3D printing. It describes the geometry of the model using triangles and is supported by most 3D printers.

IGES (Initial Graphics Exchange Specification):

IGES is a common format for exchanging 2D and 3D models between different CAD systems. It enables neutral and interoperable data transfer.

OBJ (Wavefront OBJ):

OBJ is a widely used file format for 3D models, used for collaboration and data exchange between different applications. It contains information about geometry, materials, and texture coordinates.

DXF (Drawing eXchange Format):

DXF is a file format developed by AutoCAD for exchanging 2D and 3D drawings. It is supported by many CAD programs and enables efficient data transfer.

What format does the manufacturer require?

Turntable:

To machine workpieces, lathe operators need 3D models in STEP format to capture the exact dimensions and geometry of the workpieces.

Milling cutter:

Milling cutters also require the STEP format to define the correct milling paths and cutting depths necessary for machining workpieces.

Laser cutting:

Precise laser cutting of materials such as metal or plastic requires a DXF file containing the exact shape and dimensions.

Sheet metal bending:

When bending sheet metal, a design drawing and an STP file are required to determine the exact positioning and bending angles, resulting in precise and dimensionally accurate bends.

3D printing:

Creating objects with a 3D printer requires an STL file that contains the exact geometry and dimensions of the object to be printed.

Injection molding:

The injection molding process requires a STEP to define the shape of the workpiece, which enables the production of plastic parts with high precision and reproducibility.

Rendering:

STL files are used for product rendering to create realistic visualizations and allow companies to showcase their products in different environments and lighting conditions before they are physically manufactured.

VR/AR:

STL files are also used for Virtual Reality (VR) and Augmented Reality (AR) technology to allow customers to interact with the product.

Waterjet cutting:

DXF files are used to define the exact cutting lines and shapes to produce complex parts or patterns.

Manual production:

In workshops, 2D drawings are used, which are then produced manually by workers instead of by machine. In such cases, 2D drawings with dimensions are required.

Optimized 3D file for 3D printing

Optimizing an STL file for 3D printing is a crucial step in realizing any project in this field. This includes checking and adjusting the model's geometric features, printability, wall thicknesses, adding support structures for overhangs, and error checking to ensure the printed object is robust and functional.

What is rendering?

Before you begin actual construction or production, you can render the model to preview its realistic appearance. Rendering adds lighting, textures, colors, and shadows to make the model look as realistic as possible.

The advantage of rendering is that you can make changes or adjustments to the digital model before investing time and resources in physical production. You have the opportunity to test different materials, try out different lighting scenarios, and view the model from various angles.

Digitizing your drawing archives and construction plans

Our service includes converting your existing 2D drawings into CAD files that can be edited and used with software. Whether your drawings are on paper or in another format, our team uses CAD software to convert them into digital files.

Digitizing your drawings offers numerous advantages. It allows for easier editing and adaptation on the computer and facilitates collaboration and information exchange with other professionals or manufacturers. Furthermore, by digitizing your existing drawing archives and construction plans, we create a secure and easily accessible digital database where your important drawings are stored.

By converting your drawings into a digital format, you can use these precise models to revise designs, optimize manufacturing processes, or create realistic visualizations. Whether you work in architecture, mechanical engineering, or product development, our digital CAD files provide a solid foundation for your projects.

For which areas is a CAD program needed?

Mechanical engineering:

In mechanical engineering, technical drawings are used to illustrate the design of machines, systems, and components. They provide precise visual instructions for the manufacture, assembly, and maintenance of machinery.

Architecture:

In architecture, technical drawings are used to create building designs, floor plans, sections, and elevations. They are essential for communication between architects, construction companies, and other parties involved.

Automotive industry:

Technical drawings are used in the automotive industry to depict vehicle designs, bodies, and technical components in detail. They serve as the basis for vehicle production and support engineers in the development of new technologies.

Electrical engineering:

Technical drawings are also used in electrical engineering to create circuit diagrams, wiring diagrams, and layouts of electrical systems. They enable electrical engineers to plan precise electrical connections and visualize the functions of circuits.

Product design:

In product design, technical drawings are used to document and communicate design concepts. They show detailed information about dimensions, materials, tolerances, and assembly instructions to ensure that the product is manufactured according to specifications.

Aerospace:

In the aerospace industry, technical drawings play a crucial role in the development of aircraft, satellites, and other spacecraft. They enable engineers to accurately document complex designs, calculations, and technical requirements.

Engineering:

Technical drawings are generally used in various fields of engineering, such as civil engineering, energy production, and process engineering. They serve to plan, visualize, and implement technical solutions.

Weak point analysis, component optimization

We offer vulnerability analysis and component optimization services to ensure your assemblies function optimally and deliver long-lasting performance. Our experienced team of experts specializes in identifying potential weaknesses in your components and proposing suitable solutions for improvement. By identifying and addressing these weaknesses, we can ensure your component performs optimally, is less prone to damage, and has a longer lifespan. Furthermore, we can also assist you with assembly optimization to maximize performance and efficiency. This includes reviewing the design, materials, and other factors to ensure the component meets the desired requirements and functions optimally.

Have a 3D model created: Trust our individual service

Do you need a 3D model, but lack the technical resources or the necessary expertise? Then rely on us. We are your competent partner when you want to have a 3D model created. Trust in the professional know-how of our team and rely on a 3D model that can be further processed in a variety of ways and serves as an important working basis. Not only companies, but also freelancers and individuals can have 3D models created with us. We are committed to providing you with a precise and professional solution.

We build your 3D model using modern technology.

If you choose to have us create a 3D model for you, you can rely on the use of state-of-the-art technology. We utilize the latest 3D design software, which offers a wide range of possibilities and facilitates highly detailed drawings. The CAD models we create allow you to preview your objects and can help you refine your plans to be even more detailed and comprehensive. We provide you with comprehensive support throughout the process. We always have constructive suggestions and even entirely new ideas ready for our clients. Together, we can optimize your project and help you gain a decisive advantage over your competitors.

Have a 3D model created: secure your personal offer from 3DDRUCKLIFE now.

If you'd like us to create your 3D model, there are two options. You can either choose an hourly rate or our fixed price. This allows you to easily budget. Which option is best for you depends on various factors. We'd be happy to advise you!