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design office

3D CAD service for mechanical engineering

3D-CAD design office

Our CAD service includes 3D CAD design in particular. 3D laser scanning expands and complements our 3D CAD service. We have more than 35 years of experience in the field of 3D CAD design of combustion engines, dynamic steel construction, plant engineering, industrial goods and plastic parts. We model both complex assemblies and sophisticated free-form surfaces with C2 continuous transitions. By using the latest 3D CAD systems, product developments can be carried out much faster and more economically than with conventional 2D systems.

Advantages of modern CAD design:

– Creation of parametric, complex volume and surface models
– Package investigations, installation space optimization
– Structural optimization with associatively communicating 3D model and FEM tool
– Sheet metal part construction with automatic derivation of the sheet metal part development
– Variant construction based on parametric CAD data
– Assembly simulation, collision control
– Kinematic motion analysis
– Visualization, animated assemblies, photorealistic representation, exploded view
– Drawing derivation bidirectionally associative to the 3D data
– Output of all common neutral CAD formats (STEP, IGES, STL, SAT, VDA, DXF, DWG)

Trust in our expertise and tailor-made solutions to make your visions a reality.

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What is a CAD design?

A CAD design refers to the process of creating a 3D or 2D digital model of a product, assembly, or part using computer-aided design (CAD) software. CAD designs are used to virtually create, model, and visualize physical objects before they are actually manufactured or built.

Here are some important features and aspects of a CAD design:

1. Digitization

CAD designs are digital representations of real objects or structures. They use mathematical models to precisely describe shapes, dimensions and properties.

2. 2D and 3D

CAD software enables the creation of 2D drawings and 3D models. 2D drawings are two-dimensional representations of components or plans, while 3D models contain spatial information and offer a more realistic image. The 3D model is usually created first and the 2D drawing is then derived from it.

3. Precision

CAD designs are extremely precise and enable the exact definition of dimensions, tolerances and geometric properties. This is crucial for the design process and the manufacture of parts. Dimensional tolerances for the manufacturing process can also be stored in the 3D model. However, tolerances, material specifications, coating, surface specifications, etc. are usually found in the 2D manufacturing drawing.

4. Editing and Modification

CAD models can be easily edited and modified to reflect changes in the design or requirements. This makes the design process more flexible and efficient. Modern 3D CAD models are parametrically structured, which means that geometry changes to the 3D model can be implemented quickly and easily.

5. Visualisierung

CAD makes it possible to visualize models in 3D, giving designers, engineers and customers a better understanding of the design and enabling them to identify potential problems early on. The 3D models can be rendered photorealistically or animated via video.

6. Communication

CAD models serve as an effective means of communication between different teams and stakeholders in a project. They help to clearly communicate the design and construction intent. They can be easily shared digitally.

7. Simulation and Analysis

CAD models can be used for simulations and analyses to evaluate the performance of products or components. This can include stress analysis, flow behaviour, thermal properties, structural analysis, FEM analysis and more.

Summary

CAD designs are used in a variety of industries, including mechanical engineering, architecture, electronics design, automotive, and many others. They are a central part of the modern design process and help accelerate and improve product development.

How does the design process work?

The design process is a crucial step in the development of products, machines, special machines and structures throughout the project lifecycle. It requires a systematic approach to ensure that the requirements are met. Here is a basic overview of how the design process typically works within the project phases, with efficient project management playing a key role:

1. Needs analysis and requirement definition

The process begins with a detailed analysis of the requirements and needs of the client or project. This includes understanding the functional, technical and financial specifications.

2. Concept development

Based on the requirements, several design concepts are developed. These can be different approaches and ideas to solve the problem. The advantages and disadvantages of each concept are evaluated.

3. Detailed planning and construction

The selected concept is further developed and implemented in detailed design drawings and models. 3D CAD systems are used to model all components and assemblies.

4. Material selection and procurement

The selection of materials is crucial for the construction. Here, the best materials are selected taking into account strength, durability and cost. The procurement of materials is done accordingly.

5. Prototype construction

6. Testing and validation

The design project is extensively tested to ensure it meets the requirements. This may include laboratory testing, simulation or field testing.

7. Revision and optimization

In many cases, a prototype is created to test the design, function or ergonomics and to identify any problems early on.
The prototype can be physical or digital.

8. Documentation

The design project is extensively tested to ensure it meets the requirements. This may include laboratory testing, simulation or field testing.

9. Manufacturing and Production

Once the design process is complete, the project moves to the manufacturing phase, where the components are manufactured and final assembly is carried out.

10. Quality control and testing

During production, quality controls and tests are carried out to ensure that the products manufactured meet the requirements and standards.

What makes our CAD design special?

Do you want to have components 3D scanned? In today’s technology-driven world, 3D scanning of components opens up a wealth of possibilities and advantages. Whether you work in manufacturing, mechanical engineering, architecture or another industry, 3D scanning can enrich your company in many ways.

range of services

As part of the CONAP CAD service, we focus particularly on 3D CAD design and 3D laser scanning. Our expertise covers a wide range of applications including internal combustion engines, dynamic steel construction, plant engineering, industrial goods, injection molding, sheet metal construction, welded construction and plastic parts.

State-of-the-art 3D CAD systems

By using the latest 3D CAD systems, we accelerate and optimize product development, which brings economic advantages.

Maximizing efficiency

Our CAD design maximizes the efficiency of your projects and offers innovative solutions tailored to your specific requirements and designs.

Trust in our expertise

Rely on our expertise to successfully overcome your design challenges.

Tailor-made designs

We understand the importance of customized design and maintenance processes and are here to assist you every step of the way with your project.

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Design Office & Optical Metrology Engineering Services in Mechanical Engineering

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Contact

conap GmbH
Hauptstraße 61
52538 Selfkant
+49 173 3 8888 36
ap@conap.biz
Zeiss­ measurement technology