#solidworks drawing

[mitchelledwards]

Final Digital Model - Solidworks

After creating many designs through drawings,psychical models and digital models I have finalised my design and digitally modelled my final prosthetic heart using solid works.

I chose this design to be my final piece as previous models were far too complicated and I envision future medical technology to be very sleek and smooth therefore I found the simplistic design works best.

The design it’s self comes in 5 sections all can be separated from the sculpture therefore if any of the pieces break they can easily be repaired and replaced.

* Section 1 : The ventricle cone.

* Section 2 : cylindrical connector.

* Section 3 : left atrium valve.

* Section 4 : Right atrium valve.

* Section 5 : Power Core and Oxygen pump.

The heart will be made from carbon fibre which has many advantages :

* lightweight

* strong

* High Strength to weight ratio

* Corrosion resistance 

* Fatigue Resistance

* Fire Resistance/Not flammable

* Non poisonous 

The most notable advantage to using carbon fibre to make my prosthetic organs is the fact that it is Biologically inert which means that it does not react with biological tissue meaning that it is safe to use within the body.

The fact that it is also a lightweight material that can be moulded into virtually any shape means that it is more suitable than metal implants within the body, furthermore carbon fibre is already being used within the body for knee implants and prosthetic limbs with highly successful results. 

In the first two images I have tested two different colour schemes one white and one black using colours that resemble prosthetic’s of today whilst also paying homage to the neutral colours which are synonymous with medicine today.

I created this model through digital modelling using a series of countless layers which make up each section of my design, the model took around 12 hours to digitally draw.

Next I will use these drawings to 3-D print my prosthetic organ design which will then be shown in my Degree Show.

[mitcenter]

SolidWorks Drawing Basics: Essential Tips and Tricks

SolidWorks is a powerful tool used by engineers and designers to create detailed and accurate drawings for manufacturing. Whether you're a beginner or an experienced user, understanding the basics, along with some essential tips and tricks, can significantly enhance your proficiency and productivity. In this blog post, we'll delve into the fundamental concepts of SolidWorks drawing, along with some valuable tips and tricks to streamline your workflow.

Understanding SolidWorks Drawing: Basics

Before diving into tips and tricks, let's establish a solid understanding of the basics of SolidWorks drawing.

1. Creating Drawings:

To begin creating a drawing in SolidWorks, start by opening a part or assembly file. Then, go to the "File" menu, select "Make Drawing from Part/Assembly," and choose the desired template. SolidWorks will generate a new drawing document with views of the part or assembly.

2. Adding Views:

Views are essential elements of a drawing that represent different perspectives of the part or assembly. To add views, simply drag and drop them from the model onto the drawing sheet. You can adjust the orientation and scale of views to communicate the design effectively.

3. Dimensioning:

Dimensioning is crucial for conveying the size and specifications of the design. SolidWorks provides various dimensioning tools, including linear, radial, angular, and ordinary dimensions. Use these tools to accurately define the dimensions of features and components in your drawing.

4. Annotations and Symbols:

Annotations such as notes, labels, and symbols provide additional information about the design. SolidWorks offers a wide range of annotation tools to annotate drawings efficiently. You can also create custom symbols and annotations to meet specific requirements.

Essential Tips for SolidWorks Drawing

Now that we've covered the basics, let's explore some essential tips to optimize your SolidWorks drawing workflow.

1. Customize Templates:

Customizing drawing templates can save you time and ensure consistency across your drawings. Modify the default templates to include company logos, title blocks, and standard notes. You can also set default dimension styles and annotation preferences to align with your company standards.

2. Use Design Tables:

Design tables allow you to create multiple configurations of a part or assembly within a single drawing file. This feature is particularly useful for documenting variations of a design or creating parametric drawings. Utilize design tables to streamline the documentation process and manage design iterations effectively.

3. Utilize Drawing Views:

SolidWorks offers a variety of drawing views, including isometric, section, detail, and auxiliary views. Experiment with different view types to present the design from various perspectives and highlight specific features. Additionally, use exploded views to demonstrate assembly sequences and component relationships effectively.

Essential Tricks for SolidWorks Drawing

In addition to tips, knowing some handy tricks can further enhance your SolidWorks drawing experience.

1. Quick Snaps:

Enable quick snaps to align dimensions and annotations with model edges and vertices automatically. This feature saves time and ensures accurate placement of annotations relative to the geometry.

2. Smart Dimensioning:

When adding dimensions, use the "Smart Dimension" tool to automatically detect and recommend appropriate dimensions based on the selected geometry. This tool speeds up the dimensioning process and minimizes errors.

3. Assembly Cutaways:

Create assembly cutaways to reveal internal components and mechanisms without compromising clarity. This technique provides insight into the internal structure of assemblies and enhances the comprehensibility of drawings.

Conclusion

SolidWorks drawing is a fundamental aspect of the design and manufacturing process, and mastering its basics, along with incorporating essential tips and tricks, can significantly improve your efficiency and the quality of your drawings. By understanding drawing fundamentals, customizing templates, leveraging advanced features, and implementing time-saving tricks, you can create detailed and accurate drawings that effectively communicate your design intent. Continuously exploring and practicing these techniques will further refine your skills and elevate your proficiency in SolidWorks drawing.