Akriti Precision Systems

Category: education

  • Making Lenses & Mirrors with CNC Machines

    Making Lenses & Mirrors with CNC Machines

    Crafting Precision: How CNC Machines Revolutionize Lens and Mirror Making

    Imagine needing a custom lens with a specific focal length for a unique experiment. Traditionally, this might have involved lengthy procurement processes or expensive, pre-made options. But enter the exciting world of CNC machining, where crafting high-precision optics is becoming more accessible than ever.

    CNC, or Computer Numerical Control, machining utilizes computer-guided tools to create intricate shapes from various materials. This technology is revolutionizing the way we create lenses and mirrors. Here’s why:

    • Unmatched Precision: CNC machines boast incredible accuracy, down to microns, allowing for the creation of lenses and mirrors with precise focal lengths crucial for scientific experiments and specialized applications.

    • Customizable Creations: Gone are the days of limited options. CNC machining allows for the creation of lenses and mirrors with specific focal lengths and shapes tailored to your exact needs. This opens doors for innovative experiments and groundbreaking research.

    • Streamlined Production: CNC machining streamlines the lens and mirror manufacturing process compared to traditional methods. This translates to faster turnaround times and potentially lower costs, making it an attractive option for researchers and hobbyists alike.

    Beyond the Lab: Applications Abound

    While CNC machining shines in scientific endeavors, its applications extend far beyond the lab. Here are a few examples:

    • Custom Eyewear: Imagine perfectly tailored eyeglasses or sunglasses with lenses crafted to your specific vision needs.
    • Optical Instruments: CNC machining can create precise lenses and mirrors for telescopes, microscopes, and other optical instruments, enhancing their capabilities.
    • Artistic Expression: Artists and designers can utilize CNC-machined lenses and mirrors to create unique light installations and sculptures, pushing the boundaries of artistic expression.

    A few video examples are given below. 

    Lens making with a CNC – Part 1

    Lens making with a CNC – Part 2

    Another Example

    The internet has a lot to offer as there are several DIY ( Do It Yourself) innovators who share their work and sometimes even designs.

    Just search and you are certain to get a few hits.

    Here are a few resources to get you started with designing and cutting your own projects. Laser cutting projects can also be modified and used for CNC’s.

    1) 3Axis.co (Free) – https://3axis.co/laser-cut/toys/

    2) MakeCNC (Paid) – https://www.makecnc.com/browse-store/premium-patterns/

    3) DesignsCNC (Free) – https://designscnc.com/category/animals/

    * These links are being provided as reference only. Akriti Precision Systems does not own any content given on these links and is not responsible for their accuracy, availability etc.

    Ready to fabricate your own lenses and mirrors? Explore our selection of high-precision CNC machines built for optical applications! Visit https://akriti.tech to learn more.

  • Gear Up for Precision: Parts Manufacturing with CNC Machines

    Gear Up for Precision: Parts Manufacturing with CNC Machines

    Have you ever admired the intricate gears within a complex machine, each one working together in a mesmerizing dance of power and motion? The secret behind these marvels often lies in CNC (Computer Numerical Control) machining. CNC technology transforms raw materials into precisely designed parts, and it’s not just reserved for large-scale production anymore!

    Let’s dive headfirst into the exciting world of parts manufacturing with CNC machines and explore how it can be used to create gear-based designs, empowering hobbyists and small businesses alike.

    Why Choose CNC for Gear Manufacturing? Precision Takes the Wheel

    Gears are the backbone of many machines, transmitting power and motion with smooth efficiency. Their success hinges on two crucial elements: perfect tooth profiles and precise tolerances. This is where CNC machining truly shines:

    • Uncompromising Accuracy: Unlike traditional methods, CNC machines translate digital designs into reality with astonishing precision. Every gear tooth is meticulously carved, ensuring smooth meshing and optimal performance for your project.
    • Repeatability Redefined: Need multiples of the same gear, all identical? No sweat! CNC machining guarantees consistent quality, part after part, so all your gears work in perfect harmony.
    • Material Versatility: CNC machines are material chameleons. Whether you require heavy-duty metal gears for industrial machinery or lightweight plastic gears for prototypes, CNC machining can handle a wide range of materials, offering the perfect solution for your specific needs.

    Beyond Gears: Unleashing the Full Potential of CNC

    The true beauty of CNC manufacturing lies in its versatility. While it excels at gear creation, it unlocks a vast array of possibilities for parts manufacturing:

    • Custom Components: Bring your innovative ideas to life! CNC machines can create unique, non-standard parts that traditional manufacturing might struggle with, allowing you to push the boundaries of design.
    • Prototyping Powerhouse: Don’t wait to test your gear designs before mass production. CNC machining allows for rapid prototyping, enabling you to refine and iterate quickly, ensuring your final product is perfect.
    • Small Batch Production: Need a limited run of specialized gears for a niche project or to kickstart your entrepreneurial venture? CNC manufacturing caters to small batch production runs, making it ideal for getting your ideas off the ground.

    Akriti: Your Precision Machining Partner

    At Akriti Precision Systems, we understand the critical role of precision and reliability in your projects. Our top-of-the-line CNC machines are built with ZERO Chinese parts and guarantee accuracy up to 3.5 microns. We offer a wide range of CNC machines to suit projects of all sizes.

    Don’t wait! Turn your gear-based ideas into reality with the power of CNC machining. Contact Akriti Precision Systems today and discover how we can help you [link to Contact Us page]. Visit https://akriti.tech to learn more!

    Akriti: Where precision meets innovation, one gear at a time!

     

     

    A simple set of gears being made with wood. Gears have various applications, and making them quickly and efficiently is key.

    Making the model from the image above.





    More Details are available here – https://www.instructables.com/Wooden-Gear-Trains/

    The designer here has used a laser but this can also be achieved with a CNC. The design file is also included on the website.

  • Rapid Prototyping with a CNC Machine

    Rapid Prototyping with a CNC Machine

    Imagine this: you have a brilliant idea for a new invention, perhaps a revolutionary gear-driven mechanism. But before you invest in mass production, wouldn’t it be amazing to test your design in a physical form? Enter the world of rapid prototyping with CNC machines – a game-changer for inventors and businesses alike.

    Rapid Prototyping: Bringing Ideas to Life – Quickly!

    Rapid prototyping takes your digital design and transforms it into a tangible object in a remarkably short time frame. This allows you to:

    • Visualize Your Design: Hold your creation in your hands and get a real sense of its size, weight, and functionality. This is invaluable for identifying potential design flaws or areas for improvement before committing to large-scale production.
    • Test Functionality: Gears, in particular, rely on precise interactions between components. With a rapid prototype, you can test how your gears mesh, identify any friction points, and refine your design for optimal performance.
    • Gather Feedback: Share your prototype with potential users or investors and get valuable feedback early on. This allows you to iterate your design and ensure it truly meets market needs.

    CNC Machines: The Perfect Tool for Gear-Based Prototypes

    CNC (Computer Numerical Control) machines are ideal for rapid prototyping, especially for gear-based designs. Here’s why:

    • Precision Engineering: CNC machines translate your digital design into a physical object with incredible accuracy. This ensures your prototype accurately reflects your final product, allowing for reliable testing of gear functionality.
    • Material Versatility: CNC machines can work with various materials, from lightweight plastics for initial prototypes to stronger metals for more robust testing versions.
    • Fast Turnarounds: Unlike traditional methods, CNC machining allows for rapid prototyping, enabling you to create multiple iterations of your design quickly and efficiently, accelerating your development process.

    Beyond Gears – A World of Prototyping Possibilities

    While CNC machining excels at gear creation, its applications for rapid prototyping extend far beyond:

    • Complex Designs: Bring even intricate designs to life with CNC machines, allowing you to test complex geometries and functionalities before final production.
    • Custom Components: Need a unique, non-standard part for your prototype? CNC machining can handle it, giving you the freedom to explore innovative ideas without limitations.

    Akriti: Your Partner in Rapid Prototyping Success

    At Akriti Precision Systems, we are passionate about helping you turn your ideas into reality. Our high-quality CNC machines, built with ZERO Chinese parts, guarantee accuracy up to 3.5 microns, perfect for creating precise prototypes.

    Don’t wait! Get your innovative designs off the drawing board and into the real world with rapid prototyping using a CNC Machine. Contact Akriti Precision Systems today and discover how we can accelerate your journey from concept to creation! Visit https://akriti.tech to learn more!

    Akriti: Where rapid prototyping ignites innovation!

    A few examples of rapid prototyping are given below for reference.

    1. A UAV prototype mold being made using plastic/resin

    5 Types of Rapid Prototyping Processes | CNC, Vacuum Casting, SLA, FDM, SLS

  • Using a CNC to Make Models for Education & Architecture

    Using a CNC to Make Models for Education & Architecture

    Imagine bringing architectural concepts to life in a tangible way, or creating detailed models for educational purposes – all with incredible precision and efficiency. This is the power of CNC (Computer Numerical Control) machines in the realms of education and architecture.

    Revolutionizing Education: Models that Spark Curiosity

    CNC machines are transforming the way educators approach learning, particularly in STEM fields. Here’s how:

    • Interactive Learning: CNC-created models allow students to physically interact with complex concepts. Imagine a model solar system, intricate DNA structures, or even working gear mechanisms – all meticulously crafted by a CNC machine, fostering a deeper understanding of scientific principles.
    • Visualizing Ideas: 3D models created with CNC machining help bridge the gap between abstract concepts and concrete representations. This is crucial for subjects like geometry, physics, and engineering, where visualizing shapes and forces is key to grasping the material.
    • Hands-on Learning: CNC machining can be integrated into project-based learning. Students can design models on software and witness them come to life through the CNC process, fostering creativity, problem-solving skills, and an appreciation for technology.

    Shaping the Future: Architectural Models with Precision

    Architects have long relied on physical models to showcase their designs. CNC machines elevate this process to a whole new level:

    • Unmatched Accuracy: CNC machines translate digital designs into models with incredible precision. This ensures intricate details, precise dimensions, and a professional finish, crucial for client presentations and project approvals.
    • Rapid Prototyping: The ability to create models quickly allows architects to explore design iterations promptly. This streamlines the design process, saving time and allowing for more creative exploration before finalizing the build.
    • Versatility of Materials: CNC machines can work with various materials, from wood and acrylic for early-stage models to sturdier plastics and even metals for detailed prototypes. This allows architects to choose the perfect material for each stage of the design process.

    Beyond the Basics: A World of Possibilities

    The applications of CNC machines in education and architecture extend far beyond models:

    • Custom Educational Tools: Create unique teaching aids, from personalized learning blocks to customized science lab equipment, tailored to specific educational needs.
    • Architectural Mockups: Build complex architectural details like miniature facades or intricate window frames for detailed presentations and design showcases.
    • Interactive Exhibits: CNC-crafted components can be integrated into interactive exhibits in museums or educational institutions, bringing historical concepts or scientific models to life in a captivating way.

    Conclusion: A Powerful Tool for Learning and Design

    CNC machines are no longer just tools for industrial production. In the hands of educators and architects, they become powerful tools for fostering learning, sparking creativity, and bringing design visions to life. Ready to explore the possibilities? Consider incorporating CNC technology into your educational or architectural practice and witness the transformation it can bring!

    Akriti Precision Systems’ CXC3 Mighty Series is specifically designed for model making, offering exceptional features ideal for educational and architectural applications:

    • Compact Design: The CXC3 Mighty Series boasts a space-saving footprint, perfect for educational institutions or architectural firms with limited workspace.
    • Unmatched Precision: Experience accuracy up to 3.5 microns, ensuring your models are meticulously crafted for professional presentations or educational demonstrations.
    • User-Friendly Interface: The intuitive control system makes the CXC3 Mighty Series easy to operate, perfect for both experienced users and those new to CNC technology.

    Empower your educational or architectural practice with the power of Akriti Precision Systems’ CXC3 Mighty Series CNC machines. Visit its webpage to learn more and discover how CNC technology can transform your model making!

    Akriti Precision Systems: Engineer, Beautiful!

    A complete castle made using a 3-Axis CNC. Multiple 2D Designs were made and then cut on plastic sheets to make amazing details.

    Read More here – https://www.cnc-step.com/architectural-models/

    Architectural & Structural Models are also possible with the right design and the right bit.

    See Some Great Examples Here – https://www.modellarchitektur.at/projekte/modellbau 

  • What is CNC Machining and what is it used for ?

    What is CNC Machining and what is it used for ?

    CNC APPLICATIONS & BENEFITS

    NC (Numerical Control) machining has been around since 1950’s and once computers were more popular it began to be called CNC (Computer Numerical Control). For decades it’s been a tried and trusted method of fabrication for multiple materials like aluminum, carbon and stainless steel, titanium, brass, castings, plastic, wood, gold, silver and synthetic materials including ABS, composites, polycarbonate and others.

    Nearly anything that requires engineering or planned design most likely involves CNC’s in some way. All kinds of industries and businesses need quantities of large and small metal and plastic components that may become part of anything from automobiles to zoos.

    If you’re reading this on a computer or handheld device, it probably contains something created by CNC’s. If you drive a car or have machines in the garage, they are likely to have components produced with CNC’s. There is much to gain from learning about the CNC processes and how it can benefit your unique business application.

    WHAT IS CNC MACHINING?

    CNC refers to computer-numerical control machining, and it automatically operates machine parts including lathes, routers, grinders, shapers, mills and more under the control of a computer instead of a human operator. Compared to manual operation, CNC reaches an exponentially faster and more precise level of production through multitasking. The process employs several axes at once to accomplish the jobs.

    The computer controlling the machine is not your average desktop computer. CNC brains are located in a console and programmed with “G-code” written especially for CNC’s. The code contains elements that enable control over feed rate, coordination, speed and position. The code also helps produce precise, consistent parts that end up as products or building blocks of products.

    CNC-machining involves exact, high-speed movements that enable expedited production, customization and several opportunities to gain benefits. CNC’s most often involves doing the jobs of lathes, routers, mills and grinders, and it encompasses bending, forming, turning, Swiss-style machining and other processes as well.

    Application Across Industries

    CNC’s have many uses across diverse industries. CNC machine is not limited to any single sector. All kinds of businesses need precisely machined parts with unfailing consistency. Countless industries use CNC’s for their metal fabrication needs, including but not limited to the following

    Aerospace

    Metal aircraft components can be machined to a high level of precision, which is essential for safety-critical applications, and the range of engineering metals compatible with CNC provides aerospace engineers with plenty of options. Machinable aerospace components include engine mounts, fuel flow components, landing gear components, and fuel access panels.

    Automotive

    Extruded metal can be machined into cylinder blocks, gear boxes, valves, axels, and various other components, while plastic can be machined into components like dashboard panels and gas gauges.

    Consumer Electronics

    CNC’s are widely used for the prototyping and production of consumer electronics such as laptops and smartphones. Machined Aluminium and Magnesium chassis for certain expensive laptops are CNC machined to perfection.

    Defense

    The military sector frequently turns to CNC’s for the prototyping and high precision production of rugged and reliable parts that will withstand wear and tear with minimal upkeep.

    Dental

    Dental implants need machining to be just exactly the right shape. Besides the items that are surgically implanted, there are also the tools the doctors and assistants use. CNC’s puts just the right point, angle or bend on the business end of the instruments, as well as the texture on the handle that helps the professionals keep their grip.

    Shipping

    Manufacturing of specialized molds, trimmings, hull parts, furnishings for specialized parts and components on boats and yachts.

    Hospitality

    Making parts & accessories for bars, restaurants, hotels especially where high customization is required.

    Prototyping

    CNC machines are highly useful for prototyping for any industry where quick design validations are required.

    Firearms
    Weapons of all kinds may require CNC’s, but especially firearms. If you’ve ever seen a disassembled gun, you’ve seen the result of the machining processes that created the pins, etched parts, barrels, plates, triggers, ammunition clips and other components of the firearm.

    Tooling

    In addition to being an excellent direct manufacturing process, CNC’s can be used as an indirect manufacturing process to aid processes like injection molding.

    Hybrid Manufacturing

    A CNC does not have to be used independently of another manufacturing process. Combining it with other processes like 3D printing or metal casting can lead to superior parts and products.

    Benefits of CNC Machining

    A huge benefit of CNC is how it not only performs in all kinds of environments, it enhances the business’s overall bottom line by doing the job faster and more cleanly than any other method reducing manual errors. Many essential metal fabrication tasks are made easier and faster with CNC’s for example

    • Boring
    • Contouring
    • Cutting
    • Drilling
    • Engraving
    • Facing
    • Grinding
    • Grooving
    • Knurling
    • Lathing
    • Milling
    • Punching
    • Shearing
    • Shaping
    • Stamping
    • Tapping
    • Texturing
    • Threading
    • Turning
    • Welding

    The full range of capabilities that a CNC delivers makes it possible to create just about anything part or tool a business needs.

     Contact us now!



    Contact Us


    Shop

  • Practical Products made with MDF


    See the embedded videos below that showcase some practical products made with MDF that can also be replicated with high accuracy across different materials. These and other similar designs can also be made into and sold as commercial products. 

    Video 1

    A Jaali Design that can be used to make a nightlight. Cutting a base & top with 3 / 4 identical pieces & a light in the middle. With 3 / 4 pieces you can make it in a triangular or square/rectangular. 

    https://www.youtube.com/watch?v=J2VfpCLuQuo

    Video 2

    A Teabag Design in multiple pieces that can be assembled and made into a functional product for hotels / restaurants etc.

    https://www.youtube.com/watch?v=QzQvbaUqpZI

    Video 3

    A design from a Childrens Cartoon (Totoro) in a single piece that can be assembled and made into a functional nightlight. A frame with soft LED’s in the back, an opaque acrylic / plastic sheet and the design in front will make it an ideal children’s nightlight.

    These only some of the many thousands of practical products the can be made with MDF on Akriti CNC Machines.

    Akriti Precision Systems: Elevating Your Manufacturing

    Whether you require high-volume production or parts demanding unmatched precision, Akriti Precision Systems has the right 3 & 4-Axis CNC machines for your aviation manufacturing needs. Our Majestic and Mega Series offer exceptional performance, user-friendly operation, and the reliability you expect from a trusted partner.

    Ready to take your manufacturing to new heights? Explore Akriti Precision Systems’ 3 & 4-Axis CNC machines today and discover how we can help you soar with innovation! 



    Contact Us


    Shop

  • What free CNC Control software’s are available for use with CNC Machines?

    What free CNC Control software’s are available for use with CNC Machines?

    Control software is the unsung hero of the CNC process, acting as the bridge between your design and the machine’s execution. It allows you to communicate with your CNC machine, interpreting and translating G-code instructions into precise movements. Choosing the right, free cnc control software is crucial for keeping costs down and make for a smooth and successful workflow.

    The CXC3 Mighty Series Advantage:

    Akriti Precision Systems understands this, which is why our CNC Machines comes equipped with an Open Source software. The recommended free cnc control software for this setup is the user-friendly Universal GCode Sender (UGS) on 3 Axis and LinuxCNC on 4 Axis machines.

    Universal GCode Sender


    For those seeking a powerful and comprehensive solution, look no further than UGS. This versatile platform boasts compatibility with advanced CNC controllers like GRBL, TinyG, g2core, and Smoothieware. As a self-contained Java application, UGS runs seamlessly on most computers, regardless of whether you’re using Windows, MacOSX, or Linux.

    Key Features of UGS:

    • Cross-Platform Compatibility: UGS adapts to your existing operating system, offering effortless use on Windows, OSX, Linux, and even Raspberry Pi.
    • Visualize Your Work: Gain valuable insights with UGS’s 3D G-code visualizer. This feature displays color-coded line segments and provides real-time position feedback, allowing you to preview your project’s execution before initiating the cutting process.
    • Estimate Completion Time: UGS offers helpful duration estimates, giving you a clearer picture of project timelines.
    • Web Pendant Interface: For added convenience, UGS features a web pendant interface, granting you greater control and flexibility during operation.

    Discover More About UGS:

    Candle


     Candle offers a user-friendly interface with G-code visualization specifically designed for Windows and Linux operating systems. This software allows you to control your GRBL-based CNC machine through commands, buttons, or a numpad. Additionally, Candle provides CNC machine state monitoring, G-code file management (loading, editing, saving, and sending), and visualization capabilities.

    Home & Download Page – https://github.com/Denvi/Candle

    Mach 3/4


    For those seeking a feature-rich option, Mach3 and Mach4 offer a comprehensive solution that transforms a standard computer into a CNC machine controller. While the demo version has limitations on G-code processing lines, the full version boasts a wide range of functionalities. However, keep in mind that Mach3 primarily operates on Windows PCs.

    Home Page – https://www.machsupport.com/software/ 

    bCNC


    For experienced users seeking an all-in-one CNC solution, bCNC offers a powerful suite of features. This cross-platform program (Windows, Linux, Mac) acts as a CNC command sender, autoleveler, G-code editor, digitizer, CAM tool, and more. While bCNC is known for its robustness and speed, it requires code compilation to generate executable files for Windows and Linux, making it a solution best suited for users comfortable with technical aspects.

    Home & Download Page – https://github.com/vlachoudis/bCNC

    WARNING – Requires compiling of code to make the executable files for Windows & Linux.

    Linux CNC


    A free and open-source cnc software renowned for its advanced capabilities and real-time control. This powerful software transforms a standard computer into a robust CNC controller, offering exceptional flexibility for various machining projects. LinuxCNC is compatible with a wide range of CNC machines and supports numerous features like rigid tapping, cutter compensation, and multi-axis control. While primarily designed for experienced users comfortable with technical aspects, LinuxCNC empowers you to delve into the world of complex CNC machining with professional-grade control. Explore the possibilities – visit the LinuxCNC website

    Website –https://linuxcnc.org/ 

    This is not meant to be an exhaustive list and other alternatives can be found here LINK or LINK.

    Please do your own research before utilizing any controller that is not recommended by the manufacturer.

     


    Contact Us


    Shop

  • What free CAD / CAM software are available for use for CNC Machines?

    What free CAD / CAM software are available for use for CNC Machines?

    Best things in life are often not free. So is the case with design software’s that can be used with CNC Machines. However we have identified a few free cad /cam software below that are either completely free or free with certain limitations. You will have to explore what those limitations are by yourself.

    Akriti Precision Systems does not support or endorse any of the software’s listed below. Please contact the publisher in case you have questions.

    What to look for in a design software ?

    • Customer Reviews – Positive Reviews or Ratings along with a study of the comments will give you a good idea of the capabilities of the software.
    • 2D or 3D design capabilities.
    • CAM (Computer Aided Manufacturing Capabilities) 
    • Design Complexity – How much detail is visible, level of zoom etc.
    • Cloud & Collaboration Capability – For Large Teams & Enterprises
    • Standardization – Does it generate standard GCode that is compatible with most controllers
    • Support – By the publisher or a strong community support.





    Fusion 360 is a popular modeling program. It has extensive capabilities & many plug-in options to enhance the CNC modeling experience. It also supports CAM with an easy to use interface.

    There are free and paid versions available, including education versions (free). Visit https://www.autodesk.in for more information. 

    Because of its popularity, you can get free tutorials all over the internet as well as extensive official and unofficial support on their website.

    Available for Windows & MacOS



    https://inkscape.org/Fusion 360 is a popular modeling program. It has extensive capabilities & many plug-in options to enhance the CNC modeling experience. It also supports CAM with an easy to use interface.

    Because of its popularity, you can get free tutorials all over the internet as well as extensive official and unofficial support on their website.

    Available for Windows & MacOS

    The free version is available at https://inkscape.org/ for download. 



    SolidWorks is comprehensive modeling software used by engineering professionals in industrial settings. With its extensive scope, it can be on the slower side, as it’s a quite heavy program both to download and use. In terms of what it can do, there’s 3D modeling, blueprint drawing, assembly, simulation, motion study, and CAM process, just to name a few.

    Not surprisingly, SolidWorks is a paid program, but there’s also an option for free access with an academic license if your school or educational center has purchased a license. Updates are automatic unless you have an academic license. There’s extensive official support as well as countless official and unofficial videos. 

    There are free and paid versions available, including education versions (free). Visit https://www.soidworks.com for more information. 



    Supporting both 2D and 3D modeling, AutoCAD is a CAD program that’s used professionally for architecture, engineering, and design.

    For 2D modeling, it’s one of the most complete programs available, with dimension lines, color coding, cut sections, smart centerlines, and guidelines. In its 3D offerings, there’s 3D scanning, solid, surface, and virtual modeling. You can create section planes and photorealistic renders.

    In addition to modeling, AutoCAD has capabilities around large-scale construction, such as budgeting, building process, as well as being able to convert 2D objects into 3D objects. However, it doesn’t offer CAM features, but it does allow for third-party add-ins.

    Official support is excellent and there’s a helpful subreddit.

    There are free and paid versions available, including education versions (free). Visit https://www.autodesk.in for more information. 



    FreeCAD is a free and open-source general-purpose 3D computer-aided design (CAD) modeler and a building information modeling (BIM) software.

    It is intended for mechanical engineering product design but also expands to a wider range of uses around engineering, such as architecture or electrical engineering. Because of the free and open-source nature of the software, users can extend the functionality of the software using the Python programming language.

    The free version is available at https://www.freecad.org/ for download.



    SketchUp is a 3D modeling computer program for drawing applications such as architectural, interior design, landscape architecture, civil and mechanical engineering, film and video game design. It is available as a web-based application, SketchUp Free, and a paid version with additional functionality,

    It also has a 3D Warehouse is an open library in which SketchUp users may upload and download 3D models to share. The models can be downloaded right into the program without anything having to be saved onto your computer’s storage. 

    There are free and paid versions available, including education versions (free). Visit https://www.sketchup.com/ for more information. 



    BRL-CAD is a powerful open source cross-platform solid modeling system that includes interactive geometry editing, high-performance ray-tracing for rendering and geometric analysis, a system performance analysis benchmark suite, geometry libraries for application developers, and more than 30 years of active development.

    BRL-CAD is open source under OSI approved license terms, which means you can customize it according to your needs. It also means that you will get this software Free of cost including updates and support.

    The free version is available at https://brlcad.org/ for download. 

    There are other free cad / cam software alternatives available as well. You can find them here https://alternativeto.net/software/fusion-360/ 



    Contact Us


    Shop

  • How to use Universal GCode Sender (UGS) to connect to CXC3 Mighty CNC Machine

    How to use Universal GCode Sender (UGS) to connect to CXC3 Mighty CNC Machine


    Ready to unlock the full potential of your Akriti Precision Systems 3-axis CNC machine? Universal GCode Sender (UGS) is your key! This user-friendly software acts as the bridge between your design and the machine’s execution, allowing you to seamlessly communicate and control your CNC operations.

    Downloading UGS:

    The first step on your UGS journey is downloading the software. Here’s how:

    1. Head to the Official Website: Navigate to the UGS website using this link: https://github.com/winder/Universal-G-Code-Sender.

    2. Choose Your Download: UGS offers compatibility with various operating systems. Simply select the download link that corresponds to your computer’s operating system (Windows, MacOS, or Linux).

    Installing UGS:

    Once you’ve downloaded the appropriate UGS installer, follow the on-screen instructions for a smooth installation process. The installation is typically straightforward and shouldn’t take long.

    Connecting UGS to Your Akriti CNC Machine:

    Now that UGS is installed, let’s connect it to your Akriti CNC machine:

    1. Power Up and Connect: Ensure your CNC machine is powered on and properly connected to your computer using a compatible cable (typically a USB cable).

    2. Launch UGS: Open the UGS application on your computer.

    3. Establish Communication: Locate the “Connection” settings within UGS. Here, you’ll need to select the appropriate communication port that your CNC machine is connected to. Consult your Akriti CNC machine’s user manual for specific instructions on identifying the correct port.

    4. Set the Baud Rate: The baud rate is the communication speed between the software and the machine. Again, refer to your Akriti CNC machine’s user manual to determine the correct baud rate setting.

    5. Connect! Once you’ve selected the correct port and baud rate, click the “Connect” button within UGS. If the connection is successful, you should see a confirmation message in the software.

    Exploring UGS Features:

    UGS boasts a range of user-friendly features to enhance your CNC workflow:

    • Visualize Your Work: The 3D G-code visualizer allows you to preview your project’s execution before initiating the cutting process. This helps identify any potential errors and ensures you’re on the right track.
    • Monitor Progress: UGS provides real-time feedback on your project’s progress, keeping you informed of the machine’s movements and execution status.
    • Control with Ease: The software offers intuitive controls for sending G-code commands to your CNC machine, allowing you to pause, resume, or stop operations as needed.
    • Effortless File Management: Manage your G-code files with ease using UGS’s built-in file management tools. You can load, edit, save, and send G-code files directly from within the software.

    With UGS as your companion, you’re well on your way to mastering your Akriti Precision Systems 3-axis CNC machine. Remember, the Akriti user manual and UGS documentation offer valuable resources for further exploration of advanced functionalities. Start creating and have fun with your CNC projects!



    Contact Us


    Shop