3D Scan, Design & Printing

3D Design & Modeling

We design without limits. From functional parts to artistic forms, from engineered assemblies to visually stunning showpieces — if you can imagine it, we can model it. Our team takes your raw ideas, sketches, or references and transforms them into detailed 3D models built for performance and presentation. Every design is created with clean geometry, optimized for manufacturing, and tailored to your exact purpose. We don’t just create shapes — we create smart, intentional designs that work in the real world.

3D Printing

Our printing service focuses on turning your designs into high-quality, physical parts that are both reliable and visually refined. Using advanced printing technologies, we produce everything from quick-turn prototypes to production-ready pieces with impressive detail and strength. Whether you need a functional mechanical part, a complex visual model, or a custom component, we ensure it’s printed with the right materials, the right method, and the right finish. No unnecessary delays, no compromises — just clean, accurate results you can use immediately.

3D Scanning & Reverse Engineering

Sometimes the object already exists — but the file doesn’t. That’s where our scanning and reverse engineering services come in. We accurately scan real-world objects and convert them into fully editable digital models. Whether you’re replicating a discontinued part, redesigning a broken one, or capturing a handcrafted object, we deliver precise geometry that can be modified, shared, or reprinted. The result isn’t just a raw scan — it’s a clean, usable 3D model ready for your next move.

Technologies & Capabilities

We use a professional-grade mix of technologies, materials, and formats to match your project needs.

Technologies:

1. FDM (Fused Deposition Modeling)
2. SLA (Stereolithography)
3. DLP (Digital Light Processing)
4. DMLS (Direct Metal Laser Sintering)

Materials:

1. PLA – for general-purpose prototyping
2. ABS – for strength and durability
3. PETG – for mechanical applications
4. TPU – for flexible components
5. Resin – for high-detail, smooth-finish parts
6. Metal powders – for high-performance DMLS parts
7. Nylon, carbon-filled, and other specialty filaments (on request)

File Formats Supported:

1. Input: STL, STEP, OBJ, IGES, 3MF, F3D, SLDPRT
2. Output: Clean CAD files, mesh models, or ready-to-print G-code