AOSEED X-MAKER: Empowering Young Minds Through 3D Printing

In today's digital age, it's crucial to provide our kids the knowledge and skills they need to thrive in a world that is fast changing and the education system is also adapting accordingly. Kids are exposed to STEM education which comprises science, technology, engineering and mathematics. Now, to make such study interesting there are a wide range of products which help kids learn in a fun way.

In the technology category, 3D printers are the one which has become popular in the educational sector.

It was initially produced for children of higher classes and specially for hobbyists and industrialists. But AOSEED – a renowned toy brand, specially for children – has come up with 3D printers which are suitable for kids.

You must be wondering how printers will actually be beneficial for them? But as we all know doing any task practically helps us understand the topic more, so, introducing 3D printers offer children hands-on experience with technology as well as it bridges the gap between imagination and reality by transforming their creative ideas into real objects.

Why AOSEED X-MAKER 3D Printer is great for kids?

This printer is mainly designed for kids so.

  • Safety becomes the top most priority. It is not like any other printers where all the moveable parts are clearly visible as well as accessible. The 3D printer is equipped with safety features like fully enclosed printing area and safety sensors which prevents kids from hot or moving components.
  • The printer is user-friendly as it comes with an intuitive interface that is easy for kids to navigate. It has a 3.5” LCD touchscreen on the front side along with a USB Port which simplifies the printing process, allowing children to focus on their creative ideas rather than struggling with complicated settings.
  • This 3D printer supports a wide range of materials, opening up endless possibilities for creative projects. From PLA to ABS and even flexible filaments, the AOSEED X-MAKER can handle it all, giving kids the freedom to experiment and learn.
  • Along with the printer it comes with USB Flash Drive which comprises few pre-loaded 3D models. It can be used as a kick start to see how it actually works. Another benefit is that you may stop a work at any time and pick it up again later without any loss
  • By using this 3D printer, it encourages experimentation and problem-solving in an effort to promote a growth mentality. When a young mind faces obstacles and overcomes them, resilience and confidence are strengthened.

Though this printer is mainly for the kids aged from 4 to 12 years, parents’ involvement is needed while assembling the printer and making kids understand the hardwares and softwares of the product. While doing so it encourages parent-child interaction and making kids learn the safety features along with innovating creative objects.

As it already has a wide range of pre-loaded 3D models in the USB Flash Drive, children can easily start printing the models and can have a collection of toys, which further can be used for any creative games or can simply witness their imagination coming to life.

As the world continues to advance in technology and innovation, preparing our children for the future becomes increasingly important. So while concluding it is a must say that the AOSEED X MAKER 3D printer is a valuable tool in achieving this goal. It instills a love for learning, nurtures creativity, and equips young minds with skills that will serve them well in any field they choose to pursue.

This printer is like an investment for the children’s future so take a step forward and visit Congeriem to make this valuable investment.

Revolutionising Education with Matter and Form 3D Scanners

In the constantly changing educational landscape technology continues to play a crucial role in influencing how students learn and teachers educate. And one of the remarkable advancements in this domain is the integration of 3D scanning technology into classrooms as it transforms education by providing a comprehensive learning approach that goes well beyond conventional approaches.

Since 2013, one brand that perfectly fits in this category and has constantly been a game changer in education is ‘Matter and Form 3D Scanners’. It provides students with powerful tools to explore, create and learn in three dimensions.

So, in this blog we will delve into the world of Matter and Form 3D Scanners, exploring their applications, benefits, and the ways in which they are reshaping the educational experience.

First, let’s focus on understanding Matter and Form 3D Scanners- These scanners are innovative and user-friendly devices that are specially designed for capturing physical objects and turning them into digital 3D models. These are really good for various educational fields – like engineering and designing, art and craft, history, archeology – and also for industrial sectors. Their popularity in various fields is only possible due to its intriguing features.

  • While working, high quality outcome is always needed and keeping such in mind, the 3D scanners by Matter and Form are equipped with high-resolution cameras and precision sensors that capture detailed 3D information from physical objects enabling users to achieve highly accurate and suitable digital models for a wide range of applications.
  • In this fast paced world time is precious regardless of the circumstances. You might reason that since using 3D scanners or printers takes a lot of time, you might as well forgo the procedure but don’t worry, this brand has got you the fastest scanner ever allowing users to capture 3D scans relatively quickly, which is especially important in any kind of settings.
  • During the time of scanning any object it is also important to get the detailed features of it, so by using MAF’s scanner you can capture the intricate features of an object. It is only possible with the help of ‘multiple scan modes’ which includes “automatic” for ease of use and “fine detail” to capture the detailed features.
  • Now, without software technology seems futile. So Matter and Form provide user-friendly software that facilitates the scanning process. It also guides the users to set up the scanner, starting from setting up the scanner, calibrating it, and processing the scanned data.

As we have talked about its features, let’s see how it is applicated in the education sector:

  • Starting with the STEM education, MAF’s Scanners are really helpful as it fosters experimentation and innovation within children. It enhances science education by scanning items relevant to experiments. Also helps in exploring physics principles, study chemical reactions, or analyze geological samples in 3D while facilitating hands-on learning by creating 3D models of molecules, cells, or geological formations.
    For engineering and technology education 3D Scanning can be used for studying mechanical components, and design prototypes while encouraging problem-solving skills and innovation through hands-on engineering projects.
    3D scanning enhances the teaching of geometry and mathematical concepts by creating 3D models of geometric shapes, equations, and mathematical functions for visual representation. It also helps students in exploring spatial relationships and geometric properties.
  • 3D scanning is also ideal for art and design classes as it inspires creativity. With the help of scanners artists can make artistic projects, sculptures, or product designs.
  • It can also be used for historical and geographical studies. It might sound surprising but yes, these scanners will help in scanning geological formations, landscapes, or topographical maps enabling students to interact with and understand physical geography through digital 3D models.
    And as for the historical and archaeological studies, it can create digital archives of historical artifacts, sculptures and archaeological sites.

These are the few important educational sectors where 3D scanners work wonders and help students to learn, create and innovate.

In conclusion, Matter and Form 3D Scanners are more than just tools, they are catalysts for educational transformation and provide a look into the future of education, where creativity knows no bounds, and serve as a prime illustration of how technology may improve the educational experience.

So get started on an exciting 3D digital journey with MAF 3D scanners from Congeriem.

Acrylic to Wood: A Complete Guide on Laser Cutting Materials

Laser engraving has opened a new door to crafting, designing and fabricating by allowing users intricate and precise cuts on a wide range of materials. It gives you an option to make a wide range of custom products which can come handy while gifting someone. You don’t have to worry about what to buy or whether the person will like it or not. Laser engraving is full of fun and exciting things for be it a hobbyist, artist or professional designer.

However, before using a laser cutter, it is important to understand the materials that each one is most suited for because not all laser cutters are created equal and it is also crucial to make sure the machine you select is suitable with the materials you want to use.

So, the materials that are safe for cutting or engraving will be the main topic of discussion as well as the potentially harmful materials will also be mentioned.

Before diving into the suitable materials that are needed to be used while engraving, let’s take a look at the engraving procedure.

  • Laser engraving is a precise and versatile process that uses a focused laser beam to etch or mark a material's surface.
  • Before starting the engraving process, you need to upload the designed file to the laser cutter software – Adobe Illustrator, CorelDRAW, AutoCAD and once it’s done the laser moves precisely according to the design's instructions, etching or engraving the material as it goes.
  • Make sure to keep a look on the material during the process to get the desired result.

Now that you know how the process works, we're going to look at the materials:

  • Acrylic is one of the most suitable materials for laser engraving and is a popular choice among laser engravers and designers because it has a great clarity and consistency. It also comes in different colors making the designs highly visible. This material is excellent for making earrings, DIY objects, cake toppers, table signs and many more.
  • Wood is another most widely used material for laser cutters. It offers natural grain patterns, colors, and textures that add a unique and organic touch to engraved designs which is suitable for a variety of laser cutting projects, including signs, ornaments, jewelry, toys, and puzzles. Depending on the strength and speed of the laser, wood can be cut into a variety of thicknesses and shapes.
    An important tip that you need to consider while engraving wood is that it can produce some unwanted burn marks so, adjusting the laser power and maintaining the right speed is needed.
  • Paper and Cardstock materials are specially used for engraving intricate designs, fine text, and detailed patterns. This material is used for a wide range of applications, including greeting cards, invitations, wedding stationery, art projects, packaging, and more. While working with such materials it is crucial to understand the right paper weight and designs for clean and professional finish.
  • Fabric is a versatile and popular application, particularly in the textile and fashion industries. Both natural and synthetic fabrics can be laser engraved. Natural fabrics like cotton, linen, silk, and wool engrave well because they have consistent and responsive properties. Synthetic fabrics such as polyester, nylon, and blends are also suitable for laser engraving.
    To ensure the best results when laser engraving on fabric, it's important to use masking tape and maintain material integrity.
  • Metal is a highly suitable material for laser engraving due to its durability, versatility, and the precision that laser technology offers. The focused laser beam can create fine lines, intricate patterns, and highly detailed text or images on metal surfaces with accuracy and consistency.
    It is also important to note that different types of metal may require specific laser parameters and settings to achieve desired results.
  • Leather is another material where you can show your engraving creativity. It is mainly used for making wallets, belts, purses, jewelry (especially bracelets), keychains and more.
  • Other than leather, rubber is also used for both cutting and engraving. It can be used to create customized stamps, keychains, watch bands and more.
  • Laser engraving on glass creates clean and sharp lines, resulting in a professional and polished appearance. The laser beam melts the glass's surface slightly, leaving behind a smooth and clear engraving. Though some glass compositions may react differently to laser engraving, so it's essential to test a small sample first and adjust the laser settings accordingly to achieve the desired results.

While talking about laser cutters/engravers few materials should be avoided:

  • Acrylonitrile butadiene styrene(ABS)
  • Poly Vinyl Chloride(PVC)
  • Polycarbonate
  • Polystyrene and Polypropylene Foam

Few Examples of Laser Cutter/Engraver

Hope this blog has helped you in understanding which materials are needed to be used while laser cutting/engraving. So to start your engraving journey buy suitable materials according to your laser engraving machines from Congeriem.

Tips and Tricks You Must Know Before Using Glowforge Lasers

With the advancement of technology in every sector there are scarcely any items left that are constrained by any form of source. You name it, and a technology is available to effectively complete your intended work.

Similar to that, craftsmanship is now limitless. The days of planning out your creativity’s resources, time commitment, final product, and other factors are long gone with the rise of digital crafting equipment.

While talking about digital crafting, the first thing that comes to mind is Glowforge Lasers. It has emerged as a revolutionary tool, granting makers and creators the ability to turn their digital designs into physical realities. Whether you’re a hobbyist, an entrepreneur, or an artist, these laser cutters can bring your ideas to life with unparalleled precision and speed.

The range of Glowforge 3D Laser Printer is widely used in schools as it became an important part of STEM education. Students of all ages can use the machines with teacher’s supervision and can explore the design and fabrication process independently, further making their own digital designs.

Features to consider:

  • Laser cutters are always pricey, and Glowforge’s model is no exception. So, it is important to understand what type of laser will be suitable for your work and do read the reviews as that will help in getting in depth insights.
  • As everything is getting updated, the new models of Glowforge have been introduced with a new feature where there’s no need to worry about the dust and mess. These are perfectly clean and easy to use.
  • It also has an app named – Glowforge Print App, which is compatible with all types of devices and also supports our daily usage softwares. This feature is the main reason as it attracts all types of buyers.
  • With its in-built camera feature you can align your design even after closing the lid of the laser printer.
  • This extremely accurate autofocus technology scans the surface of each printing medium to ascertain its precise height and the revert back option makes it more easy and convenient to work with.
  • The easy drag and drop feature makes it helpful for students as well as for any other design enthusiast. Even the flexibility of using any file formats while creating a design is top notch.

Choose your most powerful laser:

  • Glowforge Plus –

    Glowforge Plus is budget-friendly making it a suitable option for those looking for a quality laser printer without the added features of the Pro.

    Apart from the monetary term, if you are thinking about a 3D laser printer to bring all your creativity to life but getting held back because of small space, then the Glowforge Plus is the one for you as it is compact and space saving.

    It doesn’t have a standard cooling feature but the cooling system in the Plus is designed to handle typical laser cutting and engraving tasks.

  • Glowforge Pro –

    With the Glowforge Pro Laser Printer, you have access to the leading-edge technology of laser cutting and engraving.

    It is equipped with a higher-powered laser compared to the Plus model which enables faster cutting and engraving thicker and denser materials.

    The pass through slot feature helps in working with longer materials for creating large and continuous designs. Now, you must be thinking that working for a longer time will heat up the machine, but no and here’s what Pro is all about.

    Its enhanced cooling system makes sure that the device can continue to operate at its best for extended durations.
    Compared to the Plus model it is priced higher because of its enhanced features and capabilities.

  • Glowforge Aura –

    This is the latest model of Glowforge and is mostly liked by all the hobbyists and others mainly because of its high quality product but at moderate price.

    The exciting feature of Aura is a tiny camera that is integrated into the top cover’s centre inside the print area. This does two tasks at once: it assists in aligning the laser head prior to each cut and displays a view of the material in your print bed to assist in aligning your designs.

    It can cut a wide variety of materials, but while doing so the smoke and particles may cause you breathing problems. So to get rid of it the air filter by Glowforge can be wirelessly attached to Aura for greater experience while working.

Apart from hobbyists and industrial use, students can use both Pro and Plus models as it is more safe for school purposes.

While concluding few more tips are:

Working with these models, each needs a ventilation system to ensure safety as the dust and smoke can be harmful.

You need to have an account in the glowforge web to get started.

It only takes a few quick setup procedures as described in the manual to be ready to use right out of the box.

Hope this blog has helped in understanding the features before buying any model. To get a wide range of Glowforge products visit Congeriem – one stop shop for all your desired products.

DIY Electronics Made Simple with Circuit Scribe

Have you ever thought about how these electronic devices actually work? From mobile phones to laptops to any home appliances, yes, they work on electricity – as the name suggests – but the materials(circuits) inside such devices actually make it work.

We have seen circuits at some point of our life and to be honest it is really interesting to learn about. And as we all know learning anything at a young age usually stays in our memory for a longer period of time. In addition to theory, learners would greatly benefit from greater practical application of the disciplines.

Circuit Scribe has come up with an easy and efficient product which will make circuit learning exciting and fun.

Talking about circuits and incorporating it in studies at junior level can be beneficial for the children:

  • Learning about circuits at a young age provides a fundamental understanding of how electronic devices work and this knowledge
    can serve as a basis for more advanced studies in science and engineering.
  • Circuit learning is not easy, it has some crucial parts where the students need to understand and fix the issues in a systematic way. While doing so they will gain critical thinking and analytical skills along with problem solving skills.
  • It is also a part of STEM education and as parents and teachers/educational institutions are adopting it for junior classes,
    lead to a wide range of educational and career opportunities in the future.
  • Building circuits often involves hands-on activities, which can be engaging and interactive for young learners. It helps them connect theoretical concepts to real-world applications.
  • Through learning, students can design and build their own electronic projects as well as can ideate DIY electronics.
  • As we are headed to a more cutting-edge technology era it is important to understand circuits – the backbone of electronic
    devices – so that students will be prepared for future advancements and can also produce innovative ideas.
  • Lastly, learning circuits can also help in understanding electrical issues while repairing common electrical devices.

Now that you are aware of the advantages circuit learning can provide, let’s see how Circuit Scribe will make this learning more engaging.

The magic of Circuit Scribe

They are famous for making tools for young engineers, artists & designers. As said, to make circuit learning easy and fun they come first in the priority list.

Students can now make their own DIY robots or any projects just by drawing it on a paper. Yes, you have read it right. Just by scribbling a circuit on a paper can make the project work.

But wait, it can’t be done using any pen or pencil, rather you have to use Circuit Scribe – is a pen that draws with conductive ink, no wires or metal soldering required. So with the help of this pen one can easily sketch functional electronics instantly. Gone are the days of needing a soldering iron, breadboards, and a maze of wires to create basic electronic circuits. Circuit Scribe simplifies the process, making it perfect for beginners and experts alike.

Its great advantage is that it is user-friendly so each and every one can use it and ideal primarily for kids to sketch and witness their creations come to life.

How Circuit Scribe is making learning electronics engaging;

  • With the help of Circuit Scribe, children can make custom circuits for various projects like LED blinkers and many more complex
  • The fact that the circuit is drawn on paper and the entire project is readily visible to the kids allows them to understand how it functions. Additionally, they get to identify and address any problems.
  • As mentioned above, Circuit Scribe encourages problem solving as it quickly identifies issues in the circuit and makes necessary adjustments.
  • Circuit Scribe offers project kits that guide you through building specific devices like a light-sensitive alarm or a touch-sensitive lamp. These projects make learning electronics enjoyable and rewarding.

Kits by Circuit Scribe:

  • Circuit Scribe Inventor Kits It includes conductive ink pen, magnetic electronic components, educational workbook and a variety of online resources. The basic materials will help students in getting insights regarding circuit learning and encourage them in innovating new projects.
  • Classroom kits It is more or less same as Inventor kit. It is widely used in classrooms, camps, maker groups and robotics clubs. The drone builder is an added tool inside the kit which teaches students through practical lessons about physics, circuitry and flight.

Steps to make your sketch live

  • Draw circuits with Circuit Scribe as the conductive silver ink from the pen allows electricity to flow through drawings without the need of wires, metal soldering and breadboards.
  • Use the electronic components – magnetic LEDs, buzzers, motors, switches- that are available in the inventor kit. Place the sketched paper on some magnetic surfacer and position the electronic components accordingly to complete the circuit and make it functional.
  • Now keep repeating the same things while using the components to make new exciting projects.

Any electrical creation you like can be made by following the previous instructions and using the Circuit Scribe kits.

To get a hold on these exciting kits and the Circuit Scribe pen, do visit Congeriem, where you will find all your desired products within a few clicks.

In conclusion, Circuit Scribe is a game-changer in the world of DIY electronics. It has made studying, exploring, and building electronic circuits accessible and exciting. Circuit Scribe is your ticket to a world of creativity and innovation, whether you’re a curious young person exploring the world of electronics or an adult searching for a fun and informative hobby. So take out your pen, begin sketching circuits, and let your creativity soar. DIY electronics have never been easier!