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If you’ve ever had a manufacturer tell you that your part “can’t be made” because the 2D drawings were a mess, we know your pain. We’ve seen projects stall for weeks because of a single decimal point error. That’s why at Fluxiss, we’ve moved entirely toward 3D parametric modeling.
It’s not just about making a pretty picture. It’s about building a digital DNA for your product. When we design a part for a client in Chicago or a complex assembly for a firm in London, we are not just drawing lines; we are setting rules. If we change the diameter of a bolt, the hole in the mating part moves automatically. That’s the “magic” of design intent modeling.
Whenever we start a new mechanical 3D modeling project, we usually begin with solid modeling for parts and assemblies. This is where we define the volume and mass. It’s the “meat and potatoes” of mechanical CAD services.
We’ve learned that part and assembly modeling is where most errors are born—or killed. By using feature-based modeling, we ensure that every “cut” and “extrude” is logged. This allows for assembly fit analysis long before you spend a dime on a physical prototype. If you’re looking for CAD for CNC machining or CAD for 3D printing, a solid, manifold model is your only way forward.
Sometimes, “solid” shapes are too boring. For our clients in the automotive or consumer electronics sectors in Los Angeles and Dubai, aesthetics are everything. This is where surface modeling services come in.
We’ve spent hours perfecting complex geometry modeling for handheld devices where the curves need to be “G2 continuous” (that’s geek-speak for “super smooth”). Aesthetic product modeling and freeform surface modeling allow us to create those organic, ergonomic shapes that a standard solid block just can’t handle. It’s industrial design CAD at its most artistic.
One of the most requested services at Fluxiss is sheet metal CAD modeling. If you’ve ever tried to fold a piece of paper into a complex box, you know it’s tricky. Now imagine doing that with 10-gauge stainless steel.
Our flat pattern development and sheet metal unfolding processes use parametric sheet metal design to account for the “K-Factor” (the way metal stretches when bent). We provide CAD for fabrication files that your shop can drop straight into a laser cutter or press brake. No guesswork, no wasted material.
Whether you are a startup in Austin or an established manufacturer in Birmingham, UK, we provide production-ready 3D models that bridge the gap between concept and reality. We don’t just “draw”; we optimize. Our CAD model optimization ensures your parts are light, strong, and cheap to produce.
Concept to CAD modeling for inventors.
Don’t let a bad drawing stop a great idea. Whether you need mechanical product modeling or advanced surface modeling, our team is ready to help you build the future.
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Parametric CAD design is history-based; you build a "tree" of steps. If you change a step at the top, the whole model updates. Direct modeling is like digital clay—you push and pull. Parametric is better for engineering CAD modeling because it preserves design intent.
By using CAD modeling for manufacturing, we catch "clashes" in the digital world. Assembly fit analysis saves clients thousands by spotting a bolt that hits a bracket before it hits the assembly line. It’s all about manufacturing-ready CAD.
Absolutely. We call this CAD prototyping models development. We take your legacy "flat" data and rebuild it using solid and surface modeling techniques. This makes your old designs "smart" and ready for modern CAD for 3D printing.
Almost everyone! From industrial CAD modeling for factory layouts to product 3D CAD design for new gadgets. If it’s a physical object, it needs a professional CAD modeling phase to ensure it actually works in the real world.
We’re proudly serving clients across the USA, UK, UAE, and Europe. From corporate giants to research labs and the shipping industry,