Your One-Stop Resource for Automated 3D Concrete and Mold Fabrication.

  • FROG3D® vs. Alternative Technologies

    Whitepaper Alert!

    When looking to automate and expand fabrication processes, the technological options can be broken down into three camps.  Businesses can invest in a FROG3D® System, which provides integrated 3D CNC fabrication abilities, a robot, or a 3D printer. Which direction you chose to go requires a thorough understanding of the different technologies and how they play out in actual fact. Regardless of industry or specialty, there are some basic considerations that have a major impact on...

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  • Share your Knowledge!

    Become a LEAP Network contributor

    Do you have a great story or project that you would like featured on the LEAP Network? That’s great! Contact Crystal at crystal@3dcutting.com with the details and become a contributor to a valuable industry resource! ...

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  • Get Hard Results from Your Software

    Looking to start doing your 3D modeling in-house? Check out FROGWare™, a powerful software suite for 3D design and fabrication.   ...

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  • Additive versus Subtractive Manufacturing

    Versatility

    Subtractive technologies win big at fabrication versatility when compared to additive methods. While 3D printing might excel in a handful of specific fabrication niches, 3D CNC fabrication technology can be applied to a staggeringly large list of industries and production processes. This makes 3D CNC equipment a better investment for any company wanting the capability to expand into new markets or products. The ability to handle multiple materials is also a key feature of subtractive...

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  • Additive versus Subtractive Manufacturing

    Comparing Costs

    When it comes to the fabrication of 3D objects, 3D printing and 3D carving provide two different manufacturing methods. While 3D printing has recently been generating a lot of publicity, the fact remains that it is rarely the best, or most realistic, production process. One of the major factors that makes 3D CNC milling a more appealing option is the dramatically lower production costs associated with it. When comparing the costs of equipment, materials, and time,...

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  • Love is in the air...

      Forget flowers. This year for Valentine’s Day we want a shiny new set of FROGTools™! Specially engineered for 3D foam carving, these milling bits definitely get our heart racing! ...

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  • What Do You Want to Be When You Grow Up? Intelligent Shop Planning and Business Growth

    Planning for Success

    As outlined above, there are many factors that determine the best shop size for a given CNC fabrication company. However, and this cannot be emphasized enough, each factor is predicated on the presumption of solid business planning. Therefore, before committing to any shop it is vital that you have assessed and identified these factors, so that you can apply this knowledge to your specific business plan. Know Your Market: What is the potential for growth in...

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  • What Do You Want to Be When You Grow Up? Intelligent Shop Planning and Business Growth

    Reconceptualising the 'Shop' As a Physical Space

    Build Outsourcing Support: For businesses that already have an established market and can better predict their project flow, shop size can range anywhere between 15,000-45,000 ft2. The range is large because each business will have a unique set of needs based on their specialization and production style. Eventually, somewhere between 25,000 and 45,000 ft2 it becomes more economical to turn to outsourcing rather than to increase shop size. Therefore, developing a stable of reliable subcontractors...

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  • What Do You Want to Be When You Grow Up? Intelligent Shop Planning and Business Growth

    Managing Shop Space the Smart Way

    Determining optimal shop size for CNC fabrication equipment is a complicated issue that requires careful thought. While it is easy to measure equipment, shop size is more about production goals than it is about machinery footprints. Depending on your business, your contacts and your cash flow, the size of shop that works best will differ. Managing Shop Space the Smart Way   Plan for Potential: For new companies it can be quite tempting to secure the smallest shop...

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  • Estimating Project Times: Some Considerations

    FINISHING TOUCHES AND STAFF SKILL

    The complexity required for finishing a piece will also impact production time. If a project needs to be smooth-finished (compared to a pebbled finish) this will take more time because the coating needs to be sanded smooth. Likewise, protective coating needs can be as basic or as complex as a project requires.  At the finishing level, and indeed for the project as a whole, staff skill will also play a significant role. At each stage...

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  • Estimating Project Times: Some Considerations

    MATERIALS AND STRUCTURAL REQUIREMENTS

    Materials factor into time requirements because denser materials take longer to mill or cut. Maximum cutting speeds for 3D CNC routers pertain to light density materials such as foam. If you were to use wood or resin (for example), the time to mill these materials would be somewhat longer. Therefore, what material you need to use for a project will impact production times. Somewhat related to materials are structural support requirements. Depending on the size,...

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  • Estimating Project Times: Some Considerations

    MAKING A PROJECT MODEL

    Determining how long it takes to do a job depends on numerous features. Many of these times can be dramatically reduced using 3D CNC technology, but others will be specific to individual jobs and these you will have to anticipate. Training and experienced support will go a long way towards helping appropriately gauge time requirements on a project. MAKING A PROJECT MODEL Will you be using a physical model or virtual model? What will you be basing...

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  • Start the New Year Right!

    It’s a whole new year of possibilities. Want to learn more about getting 3D CNC technology working for your business? Check out the FROG3D® system! ...

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  • Dear Santa...

    Have you checked out the video of the new FROG360™ from Streamline Automation? Imagine getting one of these under the tree this year! ...

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  • New Technology Update: Is Combination CNC Equipment Right for You?

    Recognizing Production Demands

    Combination CNC equipment, such as FROG360™, refers to a single piece of equipment that can perform the full range of 3D CNC fabrication tasks (scanning, cutting, milling) usually divided between several different machines. Determining if such an equipment solution is the right fit for your business depends on a number of factors including budget, shop size, and production demands. Recognizing Production Demands Depending on your specific production needs you might find that a combination machine or a...

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  • New Technology Update: Is Combination CNC Equipment Right for You?

    Optimizing Equipment Footprint for Shop Size

    Combination CNC equipment, such as FROG360™, refers to a single piece of equipment that can perform the full range of 3D CNC fabrication tasks (scanning, cutting, milling) usually divided between several different machines. Determining if such an equipment solution is the right fit for your business depends on a number of factors including budget, shop size, and production demands.   Optimizing Equipment Footprint for Shop Size Because combination 3D CNC fabrication technology like the FROG360™ is a single...

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  • New Technology Update: Is Combination CNC Equipment Right for You?

    Balancing Budget and Business Growth

    Combination CNC equipment, such as FROG360™, refers to a single piece of equipment that can perform the full range of 3D CNC fabrication tasks (scanning, cutting, milling) usually divided between several different machines. Determining if such an equipment solution is the right fit for your business depends on a number of factors including budget, shop size, and production demands. Balancing Budget and Business Growth Combination CNC equipment comes in at a substantially lower price point than a...

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  • The Lost Foam Technique and Fiberglass Casting

    Why use it?

    The benefits to using the lost foam technique are particularly prevalent when doing prototype or custom mold work. Because the materials (foam) are very affordable you can produce unique casts with very little investment on your part. Unlike working with manual methods, automated mold making equipment allows for the exact replication of any mold, so no mold is truly ‘lost’. This means that you can quickly and easily fabricate another identical lost foam mold (should...

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  • Concrete Furniture

    Concrete mold making technology is increasingly being used to cast furniture. Ranging from ultramodern designs to new interpretations of classic pieces, concrete furniture is a stunning example of fusing functionality and art.  By adding fiberglass or steel reinforcing micro fibres to the concrete and using computer guided molding techniques, artist are able to produce shapes and textures far beyond the expectations of traditional concrete. We have to say that we are impressed! And inspired… ...

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  • The Lost Foam Technique and Fiberglass Casting

    What is it?

    One of the advantages to having 3D CNC mold making technology is the ability to quickly and easily fabricate foam molds for the ‘lost foam’ technique. Named for its resemblance to the famous lost wax casting method, the lost foam technique uses a foam mold that is destroyed in the casting process. With fiberglass, the lost foam technique is most commonly used for internal molds, where the fiberglass is laid over the foam mold or...

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  • Concrete Barriers as Functional Art

    Casting Considerations

    That the rise of artistic concrete barriers corresponds to the development of 3D CNC mold making technology is no coincidence. When it comes to making complex and/or custom molds quickly and easily there is nothing that compares to a 3D CNC foam carving router. When used in conjunction with a 3D scanner and powerful 3D modeling software, any object- real or imaginary- can become the source for a mold. This flexibility during the design and...

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  • Concrete Barriers as Functional Art

    Design Considerations

    Look around and you will see a wide variety of cast concrete barriers ranging from pillars and urns to abstract modern shapes. Depending on the purpose and location of a barrier some designs might be better suited. For example, formal buildings which want to denote boundaries might chose a cast concrete marker in a classical style with a more rigid form in order to create clear property lines, while a public path that follows a...

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  • Fun with Shapes

    Check out this great of example of a project that combines perimeter security and artistic form.  Rather than using plain concrete barriers, Quick Crete, a member of the FROG3D network, designed and fabricated a stunning collection of spheres to be used as boundary markers. ...

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  • Concrete Barriers as Functional Art

    Basic Considerations

    Increasingly, 3D cast concrete barriers situated in public spaces are transitioning from being merely functional to being a contributing element to the general aesthetic of a space. In other words, they are becoming functional art. Having a good idea of both the number and size of cast concrete markers that will be needed is an important part of the planning process, as this will impact budget and production needs for the project as a whole. In...

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  • Concrete Release Agents

    Budget

    Budget is another factor to consider when selecting a release agent. While coverage per gallon provides an easy means of comparison, the real selection criteria should be geared towards the preservation (or not) of the mold and the required quality of the finished project. Depending on the type of mold used you may wish to reuse it multiple times and so therefore choosing an expensive release agent that maximizes mold life will save you a...

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  • Concrete Kitchen

    Concrete kitchens are a growing trend in home design and with results that look like this it makes perfect sense. A clean, modern look, cast concrete counters and shelves can also be easily customized to fit the dimensions of any room or space.  What a great blend of functionality and art! ...

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  • Concrete Release Agents

    Application

    When it comes to the actual application of a release agent there are few general rules that will result in a better final project. Firstly, more is rarely better when it comes to release agents. Applying the thinnest coat possible produces the best results because it prevents excess release agent from pooling in low points in the mold. This is important particularly when dealing with fine detail or complex 3D casting because pooled release agent...

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