#AutoCAD vs SolidWorks

[mitcenter]

Difference between Autocad and Solidwork: Which Tool Dominates in CAD?

In the realm of Computer-Aided Design (CAD), professionals and enthusiasts alike often find themselves comparing AutoCAD and SolidWorks, two of the most prominent tools available. Both have distinct features and cater to different aspects of design, but the debate on which tool dominates in CAD continues. This blog will delve into the differences between AutoCAD and SolidWorks [Solidworks vs AutoCAD], examining their functionalities, applications, and which tool might be the better choice depending on your needs.

AutoCAD: The Drafting Powerhouse

AutoCAD, developed by Autodesk, is one of the oldest and most widely used CAD software applications. Since its inception in 1982, AutoCAD has become synonymous with 2D and 3D drafting and design. Its extensive use in architecture, engineering, and construction industries highlights its importance in creating detailed drawings and plans.

Key Features:

2D Drafting and Documentation: AutoCAD excels in 2D drafting, providing precise and comprehensive tools for creating detailed floor plans, elevations, and sections.

3D Modeling: While primarily known for 2D, AutoCAD also offers robust 3D modeling capabilities, though it is often considered less intuitive than some specialized 3D CAD software.

Customizability: Users can customize the interface and use AutoLISP for scripting and automation, enhancing productivity.

Industry-Specific Toolsets: AutoCAD provides specialized toolsets for various industries, such as AutoCAD Architecture, AutoCAD Mechanical, and AutoCAD Electrical.

Applications: AutoCAD is widely used in industries that require detailed and accurate drafting. Architects, civil engineers, and urban planners heavily rely on AutoCAD for creating blueprints and detailed construction drawings. Its ability to produce precise 2D documentation makes it indispensable in these fields.

SolidWorks: The 3D Modeling Specialist

SolidWorks, developed by Dassault Systèmes, is renowned for its proficiency in 3D CAD design. Introduced in 1995, SolidWorks quickly gained popularity due to its user-friendly interface and powerful modeling capabilities. It is particularly favored in the mechanical and product design industries.

Key Features:

3D Parametric Modeling: SolidWorks is known for its parametric design approach, allowing users to create complex 3D models that can be easily modified by changing parameters.

Assembly Modeling: Users can design parts individually and then assemble them, checking for interferences and ensuring that all components fit together perfectly.

Simulation and Analysis: SolidWorks offers integrated simulation tools for stress analysis, fluid dynamics, and thermal analysis, enabling designers to validate their models under real-world conditions.

User-Friendly Interface: Its intuitive interface reduces the learning curve, making it accessible to both beginners and experienced users.

Applications: SolidWorks is predominantly used in mechanical engineering, product design, and manufacturing. Its robust 3D modeling and simulation capabilities make it ideal for designing complex machinery, consumer products, and automotive components. Engineers and designers appreciate its ability to visualize and test designs before production, reducing time and costs.

Comparing AutoCAD and SolidWorks

Ease of Use:

AutoCAD: While powerful, AutoCAD's interface can be daunting for beginners, especially in 3D modeling. Mastery requires significant training and experience.

SolidWorks: Known for its user-friendly interface, SolidWorks is easier to learn, particularly for 3D modeling. The intuitive design process is a major advantage.

Functionality:

AutoCAD: Excels in 2D drafting and documentation, making it the go-to tool for architects and civil engineers.

SolidWorks: Superior in 3D modeling and parametric design, ideal for mechanical and product design engineers.

Industry Use:

AutoCAD: Dominates in architecture, construction, and civil engineering due to its precision in 2D drafting.

SolidWorks: Preferred in mechanical engineering, manufacturing, and product design for its advanced 3D modeling and simulation tools.

Cost:

AutoCAD: Generally offers a range of pricing options but can be expensive, particularly for full-featured versions with industry-specific toolsets.

SolidWorks: Also costly, especially with additional simulation and analysis packages, but offers various licensing options to fit different needs.

Which Tool Dominates?

The dominance of AutoCAD or SolidWorks in CAD largely depends on the specific requirements of the project and the industry. AutoCAD remains unparalleled for 2D drafting and documentation, making it indispensable in architecture and construction. On the other hand, SolidWorks leads in 3D modeling and parametric design, making it the preferred choice for mechanical and product design.

Ultimately, the choice between AutoCAD and SolidWorks should be guided by the nature of your work. For those involved in creating detailed 2D plans, AutoCAD is the tool of choice. Conversely, if your focus is on 3D design and simulation, SolidWorks offers unmatched capabilities. Both tools are leaders in their respective areas, and mastering either can significantly enhance your design proficiency.

[patsketch]

Do-It-Yourself Patent Drawings vs. Professional Services: What You Need to Know

When it comes to filing for a patent, the importance of patent drawings cannot be overstated. Patent offices, like the USPTO and EPO, require clear and precise drawings that accurately represent the invention, its components, and how they function. However, many inventors face the dilemma of whether to create their own patent drawings (Do-It-Yourself, or DIY) or hire professional patent drawing services.

Both options have their advantages and challenges. In this article, we’ll explore the pros and cons of DIY patent drawings versus hiring professional services, helping you make an informed decision about the best approach for your patent application.

What Are Patent Drawings and Why Are They Important?

Patent drawings serve as visual representations of an invention, complementing the written description provided in a patent application. They allow the examiner, and ultimately anyone reading the patent, to understand the invention’s design, structure, and functionality. Clear patent drawings are essential for:

Demonstrating the novelty and unique features of an invention

Helping patent examiners grasp complex inventions more easily

Supporting patent claims and preventing rejections or office actions due to a lack of clarity

Given their critical role, patent drawings must meet strict legal requirements for each jurisdiction. While it may seem tempting to save money by creating your own, failing to meet these standards can lead to costly delays and potential rejections.

Do-It-Yourself (DIY) Patent Drawings

Creating your own patent drawings can seem like an appealing option, especially for independent inventors or startups trying to minimise costs. With the right tools, software, and some basic understanding of patent drawing principles, you can create drawings that are suitable for filing.

Advantages of DIY Patent Drawings

Cost Savings: One of the main advantages of creating your own patent drawings is the cost savings. Professional patent illustrators charge based on complexity and time, which can add up quickly. By handling the drawings yourself, you avoid paying fees that can sometimes range from $100 to $500 per sheet.

Full Control Over the Process: When you do the drawings yourself, you have complete control over the process. This can be beneficial if you’re still in the iterative phase of your invention and want to quickly sketch ideas before finalising them.

Quick Turnaround: If you have the right software and skills, DIY patent drawings can often be completed in less time compared to waiting for professional services to finish their work, which might involve back-and-forth revisions.

Challenges of DIY Patent Drawings

Lack of Professional Expertise: Patent drawings must meet strict legal requirements, and a lack of expertise can lead to non-compliance with patent office standards. Professional illustrators are skilled at ensuring that the drawings meet the precise requirements of the patent office, including formatting, line quality, and perspective.

Risk of Rejection: If your drawings are unclear, incomplete, or fail to meet legal guidelines, your patent application could face delays or rejections. Even a minor mistake, such as improper labelling or incorrect line weights, can lead to issues.

Time-Consuming: Creating patent drawings from scratch can be time-consuming, especially if you’re not familiar with the rules. Mastering the nuances of patent drawing guidelines can take significant effort, diverting attention from other important aspects of your application.

Software and Tools: While software like AutoCAD, SolidWorks, or even SketchUp can help create patent drawings, there is a learning curve. These tools can be complex, and understanding how to use them for patent-specific purposes is different from general design or drafting.

Professional Patent Drawing Services

For many inventors, hiring a professional patent drawing service is a better option. These services are staffed with skilled illustrators who specialise in patent drawings and are familiar with the requirements of various patent offices around the world.

Advantages of Professional Patent Drawing Services

Expert Knowledge and Compliance: Professional illustrators are highly experienced and familiar with the patent office's detailed requirements, ensuring that your drawings meet all necessary standards. This reduces the likelihood of errors and rejections, which can delay the entire patent process.

High-Quality and Precision: Patent professionals know how to create clean, accurate drawings that adhere to the required line weights, margins, and scaling. The result is a professional set of drawings that accurately depict the invention, ensuring clarity and maximising the chances of approval.

Time Efficiency: Hiring professionals saves you time. You can focus on your invention and other critical tasks while the illustrator handles the details of your patent drawings. Since these services are experienced, they can turn around the drawings quickly, often within a few days.

Multiple Views and Complex Details: Professional services are adept at creating multiple views, such as top, side, front, and perspective views, which are often required for complex inventions. They also handle intricate sectional views, which are difficult for novices to create accurately.

Challenges of Professional Patent Drawing Services

Cost: The most significant drawback of hiring professional services is the cost. Depending on the complexity of the invention, fees for professional patent drawings can range from $100 to $500 per sheet, and prices may vary based on geographic location and service provider.

Communication and Turnaround: While professional services can save time, there may be delays if the illustrator is busy with other projects. There’s also a back-and-forth communication process to make sure the drawings match your vision, which can add to the timeline.

Lack of Involvement: When you hire professionals, you lose some degree of control over the creative process. If you have specific ideas or prefer to handle details yourself, working with an external service may not provide the same flexibility as DIY.

Choosing the Right Option

The decision between DIY patent drawings and professional services ultimately depends on several factors, including your budget, timeline, and technical expertise.

When to Choose DIY Patent Drawings:

You’re on a tight budget and can’t afford professional services

Your invention is simple, and you are confident in your ability to create clear, compliant drawings

You have access to design software and a solid understanding of the technical aspects of patent drawings

When to Choose Professional Patent Drawing Services:

You need to ensure that your drawings comply with patent office standards and are of high quality

Your invention is complex, requiring multiple views, sectional drawings, or detailed technical representations

You want to save time and focus on the rest of your patent application process while experts handle the drawings

Final Thoughts

While DIY patent drawings can save costs, they come with risks in terms of compliance, quality, and time. If your invention is straightforward and you have the necessary tools and skills, creating your own drawings might be the best option. However, for complex inventions or those requiring high precision, professional patent drawing services provide the expertise and peace of mind you need to ensure your application is as strong as possible.

Ultimately, the right choice depends on your specific needs and resources. Whether you decide to go the DIY route or hire professionals, the most important thing is that your patent drawings clearly and accurately represent your invention to maximise the chances of a successful patent application.

[thepatentexperts]

How to Create USPTO-Approved Utility Drawings and Patent Illustrations

The Patent Experts

Introduction to Utility Patent Drawings

Creating USPTO-approved utility drawings is one of the most important steps in securing a utility patent for your invention. These drawings aren’t just supplementary — they are legally required and must accurately depict the invention’s structure and functionality. Poorly executed drawings can lead to rejections, delays, or even disapproval of your patent application.

In this guide, we’ll break down the process into practical, actionable steps. Whether you’re an inventor, startup founder, or patent agent, this resource will help you prepare error-free, professional drawings that meet the USPTO’s exact standards.

Why Utility Patent Drawings Matter

Drawings provide clarity. They visually represent elements of your invention that written words alone can’t always describe. When the examiner at the USPTO reviews your application, these illustrations help them understand how your invention works.

Consider this: if your utility patent covers a mechanical device with several interrelated components, a clear cross-sectional or exploded view may help illustrate relationships between parts far better than a few paragraphs of text.

Real-World Example

A startup developing a smart lock once submitted a utility patent with vague line art drawn in a basic graphic editor. Their application was rejected twice due to unclear illustrations. After hiring a certified patent illustrator and submitting revised figures, the patent was approved in under two months. The new drawings clearly showed mechanical parts, sensor placement, and wiring layouts.

USPTO Utility Drawing Requirements: What You Must Know

The USPTO is strict about formatting and style. Here are their core requirements:

Paper Size: 8.5 x 11 inches (21.6 x 27.9 cm)

Margins: 1-inch top and left, 3/8-inch right and bottom

Color: Only black and white drawings are allowed (except when color is necessary and approved in advance)

Line Quality: Uniform, clean, and dense enough for reproduction

Labeling: Use reference numerals (not text) to label parts of the invention

Pro Tip

Use Arial or a similar sans-serif font in your numerals. Avoid cursive or decorative fonts. Make sure text remains upright and legible when the page is viewed upright.

Essential Tools and Software for Patent Illustration

If you’re planning to create your own utility drawings, use industry-standard tools:

AutoCAD: Excellent for technical line work

CorelDRAW: Ideal for complex shapes and control over stroke details

Adobe Illustrator: Offers precise vector control, perfect for intricate inventions

SolidWorks or Fusion 360: Great for 3D modeling, which can be converted into orthographic 2D views

How to Structure Patent Drawings

Always include multiple views if your invention requires it:

Top View

Side View

Front View

Exploded View

Cross-Sectional View

Each view should show unique features. If two views are identical, omit one to avoid redundancy.

Example

An ergonomic keyboard might include:

A top view showing key layout

A side view showing hand support curvature

A cross-section showing the internal mechanics of each key switch

Proper Labeling and Numbering Techniques

Every part should have a reference numeral. These numerals must match those described in the detailed written description of your utility patent.

Place numerals outside the object with a straight lead line

Use the same numeral consistently throughout all views

Avoid overlapping lines and cluttered layouts

Top Mistakes That Lead to Rejections

Using color or grayscale unless explicitly permitted

Inconsistent line weights

Overcrowding details or overlapping objects

Missing views that are essential for understanding the invention

Incorrect or missing labels and numerals

A single mistake can result in a formal objection or even rejection.

Professional Patent Illustrators vs. DIY

While DIY can work for those with technical drawing experience, most inventors benefit from hiring a professional.

Benefits of Hiring a Professional:

Deep understanding of USPTO rules

Access to advanced software

Faster turnaround with guaranteed compliance

Visual consistency across multiple drawings

Case Study:

An independent inventor tried to illustrate a wearable health tracker. His initial submission lacked internal component detail and violated margin requirements. After working with a patent illustration service, he received compliant illustrations within four business days. The result? Approval on the first round.

Frequently Asked Questions (FAQs)

Q1: Do I need drawings if my invention is simple? Yes. Even simple inventions need at least one compliant drawing to be accepted by the USPTO.

Q2: Can I use photographs instead of drawings? No. The USPTO does not accept photographs unless you file a petition and get prior approval.

Q3: Can I add drawings after filing my patent? You can add new drawings during the prosecution phase, but you cannot introduce new content. It must relate to your original disclosure.

Q4: What resolution should my drawings be? Submit high-resolution vector files or scanned PDFs at 300 DPI or better. Avoid JPEGs or compressed formats.

Q5: Are 3D models acceptable? No. While you can use 3D software to create 2D views, you must submit flat drawings in the required format.

Tips for a Successful Submission

Use vector graphics for clarity and scalability

Preview prints to catch layout or alignment issues

Verify that numbering matches your written description exactly

Review line thickness — make sure all lines are uniform and dark

Before submitting, double-check for any annotations, measurements, or comments that shouldn’t be included. These often slip in during the drafting process.

Conclusion

Creating utility patent drawings that meet USPTO standards is a blend of technical precision and clear visual communication. It’s not just about drawing what your invention looks like — it’s about demonstrating how it works, how it’s structured, and why it’s unique.

Avoid shortcuts, follow the USPTO’s formatting rules, and don’t hesitate to seek expert help when needed. A clear and accurate set of drawings could be the difference between approval and rejection.

Need Professional Help With Your Patent Drawings?

Get your invention illustrated the right way — fast, accurate, and 100% USPTO-compliant. Whether you’re filing for the first time or correcting a previous rejection, our team can help.

Click here to order USPTO-approved utility patent drawings from the experts

Get peace of mind knowing your illustrations are in expert hands.

[freshparadisepaper]

ATS-Friendly Engineering Resume Format: A Complete Guide

Introduction: Why Your Engineering Resume Must Beat the Bots

In today’s competitive job market, your resume must impress two audiences: robots and humans. Before a hiring manager even sees your application, Applicant Tracking Systems (ATS) scan it for relevance using keywords, formatting, and structure.

Here’s the deal: 75% of resumes are rejected by ATS before they reach a recruiter, according to Jobscan. So, if you’re an engineer looking to land that dream job, your resume needs to be ATS-optimized—without sacrificing readability or personal flair.

This complete guide dives into:

What ATS is and how it works

The best resume structure for engineers

Actionable formatting tips

Real-world engineering resume examples that pass ATS filters

Pro tips to stand out in technical roles

📘 What Is an ATS and Why Should Engineers Care?

An Applicant Tracking System is software used by companies to filter, organize, and score resumes. It looks for specific keywords, skills, and sections to determine if you're a good match for the role.

If your resume isn't formatted properly or lacks relevant terminology, the ATS may automatically discard it—even if you're the perfect candidate.

🧰 Key Elements of an ATS-Friendly Engineering Resume

To ensure your resume gets past ATS and into the hands of a hiring manager, focus on these elements:

✅ 1. Use a Standard Format

Avoid creative or overly designed templates. ATS prefers clean, chronological or hybrid formats.

Use standard section headings: Experience, Education, Skills, Projects

Stick to widely accepted file types: PDF or DOCX

Avoid headers/footers, tables, and graphics

✅ 2. Include Relevant Keywords

Tailor your resume to match the job description by using relevant industry terms. This is where many strong candidates fall short.

For example:

Instead of “Worked with machines,” say “Operated and maintained CNC machinery to meet production targets.”

✅ 3. Keep It Simple

Use standard fonts like Arial, Calibri, or Times New Roman

Stick to black text and avoid icons or images

Keep bullet points concise and achievement-focused

✅ 4. Professional Summary vs Objective

Include a Professional Summary at the top rather than an outdated objective. In just 2–3 lines, explain who you are and the value you bring.

Example:

Detail-oriented Mechanical Engineer with 5+ years of experience designing and testing HVAC systems. Proficient in AutoCAD and SolidWorks, with a passion for energy-efficient innovation.

🔍 Engineering Resume Examples (That Work)

💡 Software Engineer (Entry-Level)

plaintext

CopyEdit

Experience: Intern – ABC Tech Solutions | June 2024 – August 2024 - Collaborated with a team of 5 developers to build a REST API for a cloud storage platform. - Debugged and resolved over 20 software issues using Python and Git. Skills: Python, JavaScript, REST APIs, Git, Agile

💡 Mechanical Engineer (Mid-Level)

plaintext

CopyEdit

Experience: Mechanical Engineer – Delta Industrial | Jan 2020 – Present - Led a team of 4 in redesigning conveyor systems, reducing breakdowns by 40%. - Utilized AutoCAD and MATLAB to improve component designs, saving $50K annually. Skills: AutoCAD, MATLAB, SolidWorks, FEA Analysis, Six Sigma

💡 Civil Engineer (Senior-Level)

plaintext

CopyEdit

Experience: Senior Civil Engineer – UrbanTech Projects | March 2018 – Present - Managed infrastructure projects worth $10M+, ensuring completion under budget and ahead of schedule. - Coordinated with cross-functional teams to conduct environmental and zoning assessments. Skills: Structural Design, Project Management, AutoCAD Civil 3D, OSHA Standards

These engineering resume examples demonstrate clear formatting, keyword optimization, and quantifiable achievements—all essential for ATS success.

📏 Engineering Resume Format: The Ideal Structure

Here’s the best format engineers should follow for ATS compatibility:

plaintext

CopyEdit

1. Name & Contact Information 2. Professional Summary 3. Core Skills / Technical Skills 4. Professional Experience (Reverse Chronological) 5. Education 6. Certifications / Licenses (if applicable) 7. Projects (Optional for students and tech roles)

💡 Tip: Make sure job titles, company names, and dates are left-aligned and consistent. Use bullet points for achievements—not responsibilities.

📈 Stats That Prove ATS Optimization Matters

98.8% of Fortune 500 companies use ATS software (Jobscan)

Job seekers who customize their resumes to each job description are 3x more likely to get interviews (CareerBuilder)

On average, recruiters spend just 7.4 seconds scanning a resume (Ladders, Inc.)

🧠 Pro Tips to Maximize ATS Compatibility

Match your resume to each job post using keywords from the job description

Avoid abbreviations unless they're industry standard (e.g., use "Bachelor of Science in Electrical Engineering" not just "BSEE")

Use metrics to show value (e.g., “Improved throughput by 30%”)

Skip columns, text boxes, and fancy design elements

💬 Conclusion: Beat the Bots, Impress the Humans

Writing an engineering resume that’s ATS-friendly doesn’t mean you need to sacrifice personality or impact. It simply means making your content accessible to both AI filters and human recruiters.

Whether you’re a student creating your first resume or a seasoned engineer applying for a leadership role, these strategies—and the engineering resume examples above—will help your application rise to the top of the pile.

[lakshmiglobal]

What Is a Workstation Computer & How Can It Benefit You?

A workstation computer is a high-performance system designed for professional workloads such as 3D rendering, CAD, video editing, AI, and scientific computing. Unlike standard desktop PCs, workstations offer powerful CPUs, professional GPUs, ECC memory, and optimized software support to handle intensive tasks efficiently.

🔹 Key Features of a Workstation Computer

✅ Powerful Multi-Core CPUs – Intel Xeon, AMD Ryzen Threadripper for faster processing ✅ Professional GPUs – NVIDIA RTX A-Series (Quadro), AMD Radeon Pro for graphics & AI tasks ✅ ECC Memory – Error-Correcting Code (ECC) RAM for better stability & reliability ✅ High-Speed Storage – NVMe SSDs for faster data access & large file handling ✅ Optimized Software Support – Certified for AutoCAD, SolidWorks, Maya, Adobe, AI tools

🔹 Benefits of a Workstation Computer

1️⃣ Superior Performance for Demanding Tasks

✔ Faster rendering, simulations, and computations compared to regular PCs ✔ Ideal for 3D modeling, architecture, AI, and scientific research

2️⃣ Higher Reliability & Stability

✔ ECC RAM prevents system crashes due to memory errors ✔ Workstation GPUs have certified drivers for stability in professional software

3️⃣ Enhanced Multitasking & Productivity

✔ Multiple high-performance cores handle complex workloads efficiently ✔ Supports multi-monitor setups & large datasets

4️⃣ Expandability & Future-Proofing

✔ Easily upgrade RAM, GPU, and storage as needed ✔ Supports multiple GPUs & RAID storage configurations

🔹 Who Needs a Workstation?

🔹 Engineers & Architects – AutoCAD, Revit, SolidWorks 🔹 3D Artists & VFX Professionals – Blender, Maya, Cinema 4D 🔹 AI & Machine Learning Developers – TensorFlow, PyTorch 🔹 Video Editors & Animators – Adobe Premiere, DaVinci Resolve 🔹 Financial & Data Analysts – Large-scale simulations & computations

🔹 Workstation vs. Desktop PC – What’s the Difference?

FeatureWorkstationRegular Desktop PCCPUIntel Xeon / AMD ThreadripperIntel Core / AMD RyzenGPUNVIDIA RTX A / AMD Radeon ProGeForce RTX / Radeon RXMemoryECC RAM (More stable)Standard RAMStorageNVMe SSD + RAID SupportSSD/HDD ComboSoftwareCertified Drivers, Optimized for Pro AppsGeneral-Purpose OS & DriversPriceHigher (Enterprise-Grade)Lower (Consumer-Grade)

🔹 Conclusion

A workstation computer is a must-have for professionals who require powerful performance, stability, and reliability for high-end computing, design, and AI workloads. While more expensive than regular desktops, the long-term efficiency, scalability, and professional support make them a worthwhile investment.

🚀 Looking for the best workstation for your needs? Get expert recommendations today!

[rishihood-edu]

Graphic Design vs. Product Design: Which BDes Specialization is Right for You?

Choosing between Graphic Design and Product Design depends on your interests, skills, and career goals. Here’s a quick comparison to help you decide.

Graphic Design focuses on visual communication. If you love creating logos, branding materials, and digital designs, this field is for you. Graphic designers work in advertising, media, and digital marketing. They use tools like Photoshop, Illustrator, and Figma to craft compelling visuals.

Product Design, on the other hand, involves creating physical and digital products. If you enjoy problem-solving, 3D modeling, and user experience, product design is a great fit. Product designers work in industries like tech, fashion, and consumer goods. They use software like AutoCAD and SolidWorks to design functional and innovative products.

Which One Should You Choose?

Pick Graphic Design if you love typography, colors, and digital art.

Choose Product Design if you enjoy creating physical objects or improving user experiences.

If you like both, explore UX/UI Design, which blends graphic and product design.

At Rishihood University, you can specialize in both fields with expert guidance, hands-on projects, and industry exposure. No matter what you choose, design is a field with endless opportunities!

You can contact us by

Phone: +91 7669916629

Email: at namaste@rishihood.edu.in

Website: https://rishihood.edu.in/contact/

Visit us: at NH-44 (GT Road), Near Bahalgarh Chowk, Delhi NCR, Sonipat, Haryana – 131021

[hyrule-wonder]

Standards To Purchasing Computer-Aided-Design Software

Once considering acquiring cheap CAD software, it's necessary to hit a balance between functions, price, and also compatibility along with your specific necessities. Whether you are actually a qualified designer, engineer, or hobbyist, discovering the ideal CAD software within your spending plan is crucial. Here are actually some tips to help you make an educated selection, particularly if you are actually seeking cheap CAD software, consisting of possibilities like cheap SolidWorks and cheap AutoCAD software.

Listed Below Are Actually Some Rules For Getting Computer-Aided-Design Software:

Specify Your Needs

Begin by recognizing your particular demands as well as the intricacy of the projects you'll be functioning on. Different CAD software delivers numerous functions, varying coming from 2D composing to 3D choices in and also simulation. Comprehending your requirements will definitely assist you stay clear of spending beyond your means on attributes you will not utilize.

Consider Open-Source Alternatives

Look into open-source computer-aided-design software alternatives, as they can easily provide durable functionality without the sizable cost tag. Programs like FreeCAD and also LibreCAD supply a broad array of functionalities, and also being actually open-source, they frequently have energetic areas that may supply support as well as updates.

Evaluate Membership vs. Perpetual Licenses

Computer-aided-design software is actually usually accessible with subscription-based models or even continuous licenses. While subscriptions might seem even more cost effective upfront, they can collect greater prices in time. Review your utilization pattern to determine which licensing model is much more affordable for your condition. Check out our website if you are looking buying cheap solidworks software.

Check Out Educational Licenses

If you are actually a pupil or a teacher, look at exploring academic licenses. Numerous CAD software suppliers use discounted or even free licenses for informative purposes. This could be a cost-efficient way to accessibility professional-grade software for learning as well as non-commercial make use of.

Search for Discounts and also Promotions

Maintain an eye out for discounts, advertisings, as well as special deals from CAD software sellers. They usually jog purchases occasions or supply discounts in the course of certain time frames, which can significantly lessen the overall price of the software.

Look At Free Trials

Before buying, make use of free trials given by computer-aided-design software suppliers. This enables you to test the software's performance and being compatible with your workflow prior to devoting to a purchase. Make sure that the test period suffices for you to carefully analyze the software.

Review Prices coming from Various Suppliers

Do not agree to the first choice you encounter. Review rates coming from various providers and also accredited resellers. In some cases, you may discover the very same computer-aided-design software offered at a lower expense via a different channel.

Examine Device Criteria

Before purchasing any cheap autocad software, help make sure your computer satisfies the system criteria. Buying software that your hardware can't support may result in functionality problems and extra costs for components upgrades.

Think About Made Use Of Licenses

Some CAD software licenses may be transferred in between customers. Discover professional platforms that help with the reselling of utilized software licenses. This could be a cost-efficient technique to get professional-grade Computer-aided-design software at a lesser rate.

To conclude, discovering cheap CAD software entails mindful point to consider of your certain requirements, looking into alternate choices, as well as taking benefit of discounts and promos. By observing these standards and applying in your analysis, you may identify a cost-efficient option that complies with each your budget plan and also design needs.

[milevenq]

Guidelines To Acquiring CAD Software

When thinking about acquiring cheap CAD software, it's crucial to happen a harmony between functions, expense, and being compatible with your certain requirements. Whether you're a specialist designer, developer, or hobbyist, discovering the correct CAD software within your spending plan is actually vital. Listed here are actually some tips to help you create an updated decision, particularly if you are actually looking for cheap CAD software, including choices like cheap SolidWorks and cheap AutoCAD software.

Right Here Are Actually Some Standards For Acquiring Cad Software:

Define Your Requirements

Beginning by pinpointing your particular requirements and also the difficulty of the tasks you'll be functioning on. Various CAD software offers several functions, varying from 2D making to 3D modeling and likeness. Understanding your demands will assist you steer clear of overspending on functions you won't use.

Take Into Consideration Open-Source Alternatives

Look into open-source CAD software choices, as they may offer durable performance without the significant cost. Programs like FreeCAD and LibreCAD provide a large range of capabilities, as well as being actually open-source, they frequently have active neighborhoods that can offer assistance and also updates.

Review Registration vs. Reoccurring Licenses

Computer-aided-design software is actually generally on call by means of subscription-based designs or reoccurring licenses. While memberships might seem additional economical upfront, they can accumulate much higher prices over opportunity. Evaluate your utilization pattern to establish which licensing design is actually even more affordable for your situation. Check-out our website if you are searching buying cheap solidworks software.

Discover Educational Licenses

If you are actually a pupil or an instructor, think about looking into instructional licenses. A lot of computer-aided-design software carriers give discounted or cost-free licenses for academic reasons. This may be an economical means to get access to professional-grade software for learning and also non-commercial use.

Look for Discounts as well as Promotions

Watch out for discounts, promotions, as well as special deals from computer-aided-design software vendors. They typically rush sales occasions or give discounts in the course of particular time frames, which may substantially decrease the general expense of the software.

Take Into Consideration Free Trials

Before bring in an investment, benefit from cost-free tests given through computer-aided-design software service providers. This enables you to test the software's performance and also being compatible with your process prior to committing to a purchase. Guarantee that the test duration is actually enough for you to extensively examine the software.

Review Prices coming from Various Merchants

Don't choose the first alternative you encounter. Contrast rates coming from different vendors and licensed resellers. Sometimes, you might locate the same CAD software available at a reduced price via a various network.

Examine Unit Criteria

Before purchasing any cheap autocad software, help make sure your computer satisfies the device demands. Purchasing software that your equipment can't assist may trigger functionality issues as well as additional expenses for equipment upgrades.

Look At Utilized Licenses

Some computer-aided-design software licenses may be moved between users. Explore reputable systems that help with the resell of utilized software licenses. This can be actually a cost-efficient way to obtain professional-grade Computer-aided-design software at a lower rate.

Lastly, finding cheap CAD software involves careful point to consider of your particular requirements, exploring different options, and benefiting from discounts and advertisings. By complying with these standards as well as being thorough in your research study, you can recognize a cost-efficient option that fulfills both your spending plan and design needs.

[brigknowsbest]

Standards To Buying Computer-Aided-Design Software

When considering acquiring cheap CAD software, it is actually necessary to happen a balance between performance, price, as well as being compatible along with your details necessities. Whether you're an expert developer, developer, or hobbyist, discovering the right computer-aided-design software within your budget plan is essential. Here are some rules to help you make an updated decision, especially if you're looking for cheap computer-aided-design software, including options like cheap SolidWorks as well as cheap AutoCAD software.

Listed Here Are Some Tips For Buying Cad Software:

Determine Your Needs

Start through pinpointing your particular demands and the complication of the tasks you'll be actually operating on. Various CAD software offers various attributes, varying from 2D making to 3D choices in as well as likeness. Knowing your requirements are going to aid you avoid spending too much on components you won't utilize.

Think About Open-Source Alternatives

Explore open-source CAD software alternatives, as they can deliver durable capability without the significant price. Programs like FreeCAD as well as LibreCAD provide a vast array of capabilities, as well as being actually open-source, they typically possess active neighborhoods that can give support as well as updates.

Analyze Registration vs. Continuous Licenses

Computer-aided-design software is actually usually readily available with subscription-based models or reoccurring licenses. While subscriptions could appear additional economical upfront, they can easily gather greater expenses gradually. Evaluate your usage pattern to find out which licensing style is actually a lot more cost-efficient for your circumstance. Check out our web site if you're searching to buy cheap solidworks software.

Look Into Educational Licenses

If you are actually a trainee or even an instructor, look at exploring academic licenses. Numerous computer-aided-design software service providers offer discounted or free of charge licenses for educational functions. This may be an affordable means to gain access to professional-grade software for learning and also non-commercial make use of.

Seek Discounts as well as Advertisings

Watch out for discounts, promotions, as well as exclusive provides from CAD software merchants. They commonly jog purchases celebrations or give discounts during the course of specific durations, which can significantly lessen the general cost of the software.

Take Into Consideration Free Trial Runs

Prior to buying, capitalize on cost-free tests used through CAD software suppliers. This allows you to test the software's functionality as well as compatibility with your operations just before committing to an acquisition. Make sure that the test period suffices for you to completely examine the software.

Compare Costs coming from Various Sellers

Do not go for the first option you find. Compare prices from various merchants and licensed resellers. Sometimes, you might find the very same CAD software readily available at a lesser expense via a various network.

Check Out Unit Demands

Before buying any type of cheap cad software, create certain your computer fulfills the unit criteria. Investing in software that your equipment can't assist may result in performance problems and added costs for equipment upgrades.

Think About Used Licenses

Some CAD software licenses could be transmitted in between consumers. Check out credible platforms that promote the resell of utilization software licenses. This can be an economical technique to obtain professional-grade Computer-aided-design software at a reduced rate.

To conclude, locating cheap CAD software entails mindful factor of your details demands, exploring alternative options, and also making use of discounts and also advertisings. Through observing these suggestions as well as being thorough in your analysis, you can easily pinpoint an economical answer that fulfills each your spending plan and design criteria.

[georgefomitchev]

Autocad vs. Solidworks

[indovance]

AutoCAD vs SolidWorks: Which is Best?

We'll explore a comparison between AutoCAD and SolidWorks in this article. While SolidWorks is a three-dimensional (3d) modeling mechanical designing software that is only compatible with the operating system Microsoft Windows, AutoCAD is a computer-aided two-dimensional (2d) and three-dimensional (3d) designing and drafting software that is compatible with both Microsoft Windows and macOS. Both of them can be used for engineering design, building projects, and graphics creation. Engineers and professionals from various trades utilize these two programs for a variety of professional tasks. You can easily distinguish SolidWorks software from AutoCAD software in this post. To better comprehend AutoCAD software and SolidWorks software, we shall talk about all elements of these two programs.

The 3D modeling community of today has access to a vast range of 3D modeling software, with updates released yearly and new and improved forms of software for each purpose imaginable. However, the top manufacturers of 3D modeling software, namely Dassault Systems and Autodesk, continue to hold the majority of the market share. We compare SolidWorks, and AutoCAD in depth. This information should aid you in making the best CAD software selection possible.

Comparison Between AutoCAD and SolidWorks Software

Many design professionals are very familiar with AutoCAD software, and engineering students are also very familiar with it. These students begin their learning of design with AutoCAD software, but SolidWorks enters the learner's knowledge when they start to lean toward learning three-dimensional (3d) modeling. Therefore, the fundamental requirements for using any piece of software vary. Both pieces of software are used for academic and professional endeavors.

What is AutoCAD?

As was already noted, the CAD program AutoCAD is intended for use by interior designers, architects, and engineers. Instead of the former way of making technical drawings by hand-drafting them, it is now usual practice in the industry to use a computerized tool to create a digital version of your design.

Users using AutoCAD can produce a wide variety of 2D and 3D designs and drawings. Using some basic capabilities like copy and paste, form, position, and size, these drawings may be created and modified much more quickly and easily. It has a wide range of applications in numerous industries, including greeting cards, fine art, architecture, and design.

What is SolidWorks?

One of the most widely used CAD applications by professionals worldwide is SolidWorks. It has an astonishing selection of capabilities that enable users to construct any shape imaginable. It has a reputation for being relatively simple to use and straightforward to learn, making it a 3D CAD tool that is approachable for users of all ability levels.

Simulation, motion, assembly, ScanTo3D, and photo rendering are just a few of its numerous functions. What is the purpose of SolidWorks? SolidWorks can be utilized in a wide range of industries, including but not limited to those in the automotive, electronics, medical, defense, and transportation sectors.

AutoCAD Features

3D Modeling and Visualization

AutoCAD Mobile App

Command Line

Data Extraction

Data Linking

DWG and Image References

Dynamic Blocks

Geographic Location and Online Maps

Import 3D Models

Multifunctional Grips

Parametric Constraints

PDF and DGN Import/Export/Underlay

Photo Studio

Revision Clouds

Sheet Set Manager

Solid, Surface, and Mesh Modeling

SolidWorks features

3D Solid Modeling

Advanced Surface Design

Advanced Surface Flattening

Automatic Drawing View Creation and Update

Bill of Materials (BOM)

CAD Dimensioning, Tolerancing, and Annotations

CAD Import/Export

CAD Productivity Tools – SOLIDWORKS Utilities

CAD Search

CAD Standards Checking (Design Checker) and Drawing Comparison

Conceptual Design

Conceptual Design

Large Assembly Design

Mold Design

Piping and Tubing Design

Plastic and Cast Part Design Direct Model Editing

Which Industry?

With the introduction of toolkits like AutoCAD Mechanical, AutoCAD Architecture, and AutoCAD Electrical throughout the years, as well as the inclusion of AutoCAD 3D modeling capabilities, AutoCAD has evolved from its original purpose as software for 2D architectural and construction design.

On the other hand, SolidWorks was initially intended to be a tool for 3D product modeling, mechanical part design, and simulation. It didn't begin to delve into the world of architecture and other engineering features until much later.

AutoCAD Software

Architectural and construction design

Civil and structural engineering

SolidWorks Software

Electronic, electrical, and technology design

Mechanical parts and assembly design

Automotive and aerospace design

Final Thoughts

You may now more clearly comprehend the key distinctions between SolidWorks CAD software and AutoCAD software after carefully reading this article from beginning to end, and you can make excellent use of them in your designing or modeling projects. After reading this post, picking one of them will be a lot simpler for you, and this software will provide you a growing number of advantages.

[visual-sculptors]

Exploring 3D Capabilities in Adobe Photoshop: Beyond Traditional Image Editing

Image editing using adobe photoshop : Frequently Asked Inquiries Explained

1.How to improve picture quality in adobe Photoshop?  

To improve picture quality in Adobe Photoshop, use the following steps:

1. Adjust the image size via "Image" > "Image Size" for resolution.

2. Use "Filter" > "Camera Raw Filter" for enhancements.

3. Apply "Sharpen" filters under "Filter" > "Sharpen."

4. Adjust brightness and contrast under "Image" > "Adjustments."

5. Utilize noise reduction tools for cleaner images. Save in a high-quality format.

2. What is graphics in adobe Photoshop?

Graphics in Adobe Photoshop refer to visual elements created or manipulated using the software. This includes images, illustrations, text, and various design components. Photoshop allows users to edit photos, create digital art, and design layouts with tools for drawing, painting, and applying effects, enabling both professional and creative projects.

3. Is adobe Photoshop a CAD software?

  No, Adobe Photoshop is not a CAD software. It is primarily designed for image editing and graphic design, allowing users to manipulate photos and create digital artwork. CAD (Computer-Aided Design) software, on the other hand, is used for creating precise drawings and models, typically in engineering, architecture, and manufacturing. Examples of CAD software include AutoCAD and SolidWorks.

4. Is adobe Photoshop a skill?

Yes, Adobe Photoshop is considered a skill. It involves understanding its tools and features to edit and create images effectively. Proficiency in Photoshop can enhance careers in design, photography, marketing, and various creative fields. Learning and mastering its functionalities takes practice and experience, making it a valuable skill for professionals and hobbyists alike.

5. Is adobe Photoshop a 3D software?

Adobe Photoshop is primarily a 2D image editing software, but it does have some 3D capabilities. Users can create and manipulate 3D objects, apply textures, and render 3D scenes. However, for more advanced 3D modeling and animation, dedicated 3D software like Blender or Autodesk Maya is recommended. Photoshop's 3D features are limited compared to those programs.

Visit: VS Website See: VS Portfolio

[admeci]

AutoCAD vs SOLIDWORKS

Get to know which one you should learn for mechanical designing and also find out which one is used for which purpose, just head to  AutoCAD vs SOLIDWORKS

[maacwanowrie]

Explained: Blue Screen vs. Green Screen

If you have the necessary resources, such as AutoCAD, Inventor, SolidWorks, HyperMesh, 3D Studio Max, and Unigraphics, among others, you can create virtually any 3D product animation you can imagine. Candidates who complete graphic design courses after 12th have the opportunity to work in numerous fields, including animation, fashion, and interior design, among others. These fields are just getting started, but there is a good chance that they will create additional prospects for employment in the future.

 You must have watched a ton of behind-the-scenes videos of movies that employ cutting-edge VFX to produce visually stunning effects if you're a budding VFX artist. The utilization of blue and green screens is a feature shared by all of them. They frequently appear in science fiction, historical, and fantasy films. Let's first comprehend the notion of chroma keying before we go any further. It entails filming on a solid-colored background so that the necessary video or computer-generated imagery can later be added. Since the first step of the entire workflow involves shooting on a screen on set, it isn't purely a post-production procedure.

But why just green or blue? On the color wheel, blue and green are at the opposite ends. Red and orange are complementary to flesh tones, therefore when keying a person on screen, utilizing blue or green has fewer adverse effects.

 Which color screen should you use for chroma key compositing, the blue or the green? This largely relies on how well-lit the scene is that will be photographed. Green is the best color to use for a background that is in the daylight because it blends in well. As you might have predicted, blue works best to mimic dusk. Aside from that, the decision is actually not that straightforward.

Since blue has a higher frequency than green, it produces a keyed image that is more distinct and has more contrast.

The blue screen is also the most popular option for compositors because it blends in with the background better than green screen despite having less depth. Silk or other fine fabric that has been treated with an emulsion of tiny particles of a substance that reflects light can be used to make the blue screen. The most common material used for this function is velvet, but muslin is also an excellent choice.

Regarding the opposite, green is processed the cleanest and has the maximum brightness. In the end, you'll be able to pluck a clean key with the least amount of noise and frequently without a challenging lighting arrangement. The brightness of green, on the other hand, can also result in additional "spill," which means that the color may reflect and flow over onto your on-screen talent. Making sure there is space between the performer and the screen is one of the simplest ways to avoid it because it isn't a major issue.

  It would now appear that blue is preferable to green, which is in some ways true. But it also has drawbacks of its own. Blue screen is more expensive since it needs twice as much light as green screen. Less color spill than green occurs as a result of this brightness difference. After all, you wouldn't want your post-production to be disorganized.

In conclusion, even though blue has the advantage, green screens are still the most widely used for chroma key compositing since they are less expensive and have less depth than blue screens. Nevertheless, there may be times when you need to use both screens. There is more than one perfect answer.

[mainsmate]

Draftsight 2016 vs 2015

Draftsight 2016 vs 2015 upgrade#

Draftsight 2016 vs 2015 pro#

Draftsight 2016 vs 2015 software#

Draftsight 2016 vs 2015 license#

Bricscad remains our cost-effective AutoCAD replacement of choice.

Draftsight 2016 vs 2015 software#

We will re-evaluate this software in two years after it has had more time to mature. Although it shows good promise, there are simply too many missing pieces to make it a viable alternative.

Draftsight 2016 vs 2015 pro#

Our company is for now dropping its pursuit of DraftSight Pro as an AutoCAD alternative. But if you have the tenacity to continue to press your question, eventually you will have an answer - even if it’s not the one you were hoping for. API support tends to be more sluggish, with responses that can be vague, or at times even off the mark. Support calls for main program issues are handled fairly quickly, even if it's just to reply that they hope to correct the issue in the next release. If any of your existing programs rely on these they will fail. A known bug in the ExtMin and ExtMax system variables (renamed getxyurfit and getxyllfit in DraftSight) remains uncorrected thru the last release, V1R1.4. For example, LISP has none of the "VL-" functions are available, and there are no workarounds for many of them, such as the VL-BB functions. Required to buy a 5-seat minimum, which raises the price to $1,250.įor those have existing API functions in AutoCAD or Bricscad, be aware that there are a great number of missing functions and a number of bugs that have yet to be corrected. It has become the viewing/markup utility of choice for our company.Ģ.5 Stars: not quite ready for prime timeĪble to run LISP, VBA, VB.net, C++, C# add-in applications. Given that this is a free program and allows virtually anyone to read and write all versions of. Faulty fast-right-click behavior when using keyboard command shortcuts. For example, setting the Library Files Location setting in Tools > Options has no impact on the default directory location when browsing to insert block files. Minor inconveniences persist uncorrected. Dassault and Graebert continue to improve the product with each new release. Customizable interface, and has the ability to run simple script macros (such as a one-button print). Easy to use and understand, especially for those with past CAD experience. Several communications were sent out in 2015 summarizing the changes.

Draftsight 2016 vs 2015 license#

Lightweight, both in terms of footprint and system resources. On October 1, 2015, the Partner Program launched a new product Term License to assist partner organizations with managing and optimizing their license utilization and to serve as a vehicle to adjust current and future license needs. You can improve your performance and productivity with an intuitive 3D design experience for a competitive advantage.Fast. With subscription service from Javelin you will receive technical support, new versions, special releases, add-on features, online training, and access to exclusive webcasts.

Draftsight 2016 vs 2015 upgrade#

In order to upgrade your current SOLIDWORKS software to the latest release you just need to purchase SOLIDWORKS Subscription Service. If you are a SOLIDWORKS 2013 user considering upgrading to the 2016 release then check out this video to review what’s new. If you are a SOLIDWORKS 2014 user considering upgrading to the 2016 release then check out this video to review what’s new. If you are a SOLIDWORKS 2015 user considering upgrading to the 2016 release then check out this video to review what’s new. Discover the latest features and benefits by downloading a related data sheet. The height of 3.80 (3.83) was, apart from the English Wiki with 3.50, the same. 2015 Select Orientation points from the Gcodetools menu Generator. A span of 12.50 is given by 4 of them and 12.60 by the other two. half-dragons, or humans with dragon ancestry Face detection Une srie de. What is the difference between SOLIDWORKS 2016 and the 2015, 2014, and 2013 releases? Compare your current SOLIDWORKS version with the latest release by watching a video below. A length of 10.60 m is claimed by 5 sites where the Smithsonian War Museum gives a length of 12.1, followed by the imperial size of 39 ft 9 in 12.16m, so not a slip of the keyboard. Compare SOLIDWORKS Versions Compare SOLIDWORKS versions

[nextnahas]

Blackberry curve twitter download

#Blackberry curve twitter download how to

#Blackberry curve twitter download install

#Blackberry curve twitter download software

Blender is basically “if it looks right, it is right”, even if some surfaces are clipping and objects are not perfectly solid. Everything is a mesh, so curved objects don’t have well defined features because they’re made out of flat sections. The consensus seems to be that Blender is pretty limited in terms of parametric design and constraints, which makes it fast and easy to build up and object but then difficult to change anything about it.

#Blackberry curve twitter download how to

For example, figuring out how to go from blender to model ready for CNC router to cut a 4’x 8′ sheet of MDF took some effort but saves so much time since I use the same program (blender) to create many different projects. And I do not have the time to get caught up unless it’s absolutely critical. But while I enjoy 3d modelling, it it a relatively small part of my overall projects.

#Blackberry curve twitter download software

I understand if you want to be *professional* then you must buy commercial software especially if that is what you do every day for a living. Solidworks/AutoCAD you deal with licensing and all kinds of non-sense.

#Blackberry curve twitter download install

This is anecdotal and hard to compare the skills of me v them, I really don’t have the time to do a large study on that sometimes you just go with personal experience.Īnd when I get a new desktop/laptop or want to show someone my design, I just do a `sudo apt install blender -y`. From personally experience, I am able to knock out a part much faster in blender vs solidworks or autocad even with people more experienced than me. “Some of us just want the part made” Exactly my point. But most are not making or pushing those decisions – they are plugged into a company with those already in place. But even there I see from academic papers algorithms and methods in Blender doing high level analysis. I don’t mean to take away from Engineers with a high level of understanding and who use expensive CAD software to do stress analysis. Considering I still have a job, I’d say they’re holding up well enough.Ĭraig, I apologize for coming through that way. My design ability and repair work is on the line every day. 3D printers see their best use when used in conjunction with other manufacturing technologies, parts, and materials, not when trying to replace them.Īlso, for the record, I do something along the lines of commercial/industrial maintenance for a living. I just feel like I see too many trying to make the printer be the end-all, be-all thing maker, when that’s a sub-par use of the technology. I’ve seen assemblies with the friggin’ WASHERS 3D printed. There IS something of an actual issue with a lot of these channels trying to print every single piece of something, and it’s obvious that, a lot of the time, it’s not for the challenge of doing so. It was a jab at the OP implying that 3D printing is somehow comparable in expense and difficulty to machine work because you “need” to know CAD, as if modern machining and design work in general doesn’t benefit heavily from the same.Īnd, no, I’m not ego stroking by criticizing something. That part wasn’t a jab at the guy making the pump. Posted in 3d Printer hacks Tagged PLA, pump, water pump Post navigation We’ve seen 3D printed pumps put to real work before, too, like this fertilizer dispenser. Instead, all the hard work is done on the CAD side of things. It’s a great example of how 3D printing can allow the creation of machines with complex geometry without the need for advanced machining skills. The design is on Onshape, for the curious. Turned with a drill at 1800 rpm, the pump is able to achieve a flow rate of 13 litres per minute, or a maximum head of 1.2 meters. Notably, no shaft seal is included, so the pump does leak a bit, but it’s not a major concern assuming you’re just pumping water and don’t mind spilling a bit of excess. There are a few ball bearings inside to allow the impeller to spin nicely, too, with hex head fasteners used to hold everything together and a long bolt used as the main impeller shaft. Gaskets are printed in pliable TPU to help seal the housings. The pump’s housings and impeller are all 3D printed in PLA, as well as the inlet which is designed for a 2L soda bottle to screw into. A great example is this centrifugal water pump that can really deliver the juice, courtesy of. Once upon a time, 3D printing was about churning out tiny Yodas and Pikachus, but these days, useful things are regularly 3D printed too.