SCAN. DESIGN. PRINT.

1. Prepare the Object

Every successful project begins with perfect preparation.

We start by cleaning and drying the object thoroughly. For reflective, dark, or transparent surfaces — which can interfere with scan accuracy — we apply professional scanning sprays. Stable placement and proper lighting ensure the highest-quality data capture.

2. 3D Scanning

Using industry-leading technology, we capture every detail of the object:

Structured Light Scanners – Deliver high-precision models with fine surface detail.

Laser Scanners – Offer excellent accuracy for mechanical or industrial parts.

Photogrammetry – A cost-effective method that reconstructs 3D models from multiple high-resolution photographs.

The result is a detailed mesh file (STL or OBJ) — the digital foundation of your project.

3. Optimize the Scan Data

Once scanning is complete, we professionally optimize the mesh:

• Remove background noise and unwanted elements

• Fill holes and missing geometry

• Simplify overly complex areas while preserving critical details

• Smooth surfaces to prepare the model for 3D printing or CAD design

• This ensures a “watertight” and flawless model, ready for production.

4. Reverse Engineering

When modifications or precision redesigns are needed, we offer advanced reverse engineering services.

By importing the mesh into CAD software like Fusion 360 or SolidWorks, we trace key features, apply accurate dimensions, and recreate a fully editable, parametric 3D model.

Perfect for industries like:

• Automotive

• Manufacturing

• Product development

• Custom replacement parts

5. Export the Final File

Depending on your needs, we export the finished model in the appropriate format:

STL – Standard for most 3D printing applications

OBJ – For full-color or textured prints

STEP – For CNC machining and engineering use

Every file we deliver is carefully checked to be error-free, print-ready, and high-performance.

6. Slicing for 3D Printing

Before printing, we prepare the model using top slicing software such as ChituBox and Bambu Studio.

We fine-tune key settings like:

• Layer height

• Infill pattern and density

• Print supports

• Material selection (Filament or Resin)

• Print speed and flow control

The final output is clean G-code, precisely tailored for your project.

7. 3D Printing

We offer expert 3D printing solutions using two main technologies:

FDM Printing – For larger parts, functional prototypes, and cost-effective solutions. Materials like PLA, PETG, and ABS provide strength and versatility.

Resin Printing – For highly detailed models requiring smooth finishes and intricate features. Options include standard resin, ABS-like resin for toughness, and PA-like resin for flexibility.

Important Note:

If the model is printed using resin, we follow a critical two-step process:

Washing:

For water-washable resins: wash with clean water.

For standard resins: wash with 99% isopropyl alcohol (IPA) to remove uncured resin.

Curing:

After washing, models are UV-cured to ensure full hardness, durability, and mechanical strength.

This attention to detail guarantees the highest quality finish for your printed object.