Scanned in just 25 minutes with the metrology-grade laser scanner Artec Point, the transmission's fine elements are all captured in this high-res 3D replica. The complex combination of components, from the gear sets to the shifting mechanism, is vividly displayed. 

Despite the transmission's shiny and reflective metallic cast and challenging surface roughness, Artec Point's advanced scanning technology captured all of it. The resulting point cloud was optimized for precision, even with a 0.2mm resolution. For future scans of similarly sized objects, we recommend a resolution of at least 0.4mm to reduce processing time.

This model is ideal for reverse engineering, quality inspection, industrial design, rapid prototyping, and beyond. Zoom in and rotate to take a closer look and experience the power of Artec Point's ultra high-resolution scanning technology.

Scanning time: 25 minutes | Processing time: 2 hours

Transmission

High-detail 3D scan of an aluminum mountain bike front fork, created for accurate geometry reference and reverse engineering workflows.

The side surfaces have been automatically closed, and openings are present around the center section. These areas were intentionally left unmodeled, as they were not required for the reverse engineering of the specific fork component this scan was created for.

This approach ensures an efficient and clean dataset while preserving all critical geometric features needed for analysis, inspection, and downstream engineering use.

Suitable for:
• Reverse engineering
• Mechanical and industrial design
• Bicycle component analysis
• Reference and visualization purposes

Captured from a real-world object using 3D scanning and photogrammetry techniques.

More info: www.3dscanserviceamsterdam.nl

MTB Aluminum Front Fork – 3D Scan Model

## Scanning
Scanning was done in standalone mode at highest resolution (0.2mm, PC connected can be higher) and until target quality was reached. I placed the casting on bed of marker cards and geometries so I can also capture the sides of the casting. The scan itself was performed with all three laser modes taking roughly 5min for scanning. No scan spray was used for scanning.

## Post-Processing
I imported the scan project to my PC over USB and then fused the scan at default settings (0.2mm). Afterwards I used Quicksurface to align the scan to the coordinate system. For this part I also did a quick reverse engineering of the negative for later milling. I simply used auto surfacing in Quicksurface toleranced to 0.1mm (everything in green within 0.1mm).

Wax Casting of Church - Creality Sermoon P1

final version of reverse engineering project

Buddha_16_published

This 3D model represents a GS Astra Sealed MF GTZ5S motorcycle battery, created using a reverse engineering process by directly measuring the original object.  The model was designed in Autodesk Inventor Professional and is intended for visualization, display, and educational purposes.  Important:  This model is not specifically optimized for 3D printingUsers may need to adjust settings such as scaling, supports, and wall thicknessFeatures:  Based on real-world measurementsClean CAD geometrySuitable for display or reference useIncluded Files:  STL fileAdditional CAD formats (optional ZIP)Created by Ic CAD Engineering

Motorcycle Battery GS GTZ5S – Display 3D Mode

This is a Stratocaster single coil pickup. Developed at De Portola Middle by a SDUSD student (7th grade) for a reverse engineering project. Used a digital dial caliper, rounding to the nearest 1/100th inch. Example is from a Bexgear DIY ST-Style kit from Amazon. This is a bridge pickup, although wire colors may vary.

Stratocaster Single Coil Electric Guitar Pickup

This 3D model represents a GS Sealed MF GTZ5S battery by Astra Otoparts, developed using a reverse engineering approach. The model was created by directly measuring the physical object to achieve accurate proportions and engineering representation.

The modeling process was carried out using Autodesk Inventor Professional, focusing on dimensional consistency, clean geometry, and practical CAD structure suitable for engineering reference, visualization, and educational purposes.

This project is part of a personal portfolio under Ic CAD Engineering, showcasing skills in mechanical design, CAD modeling, and reverse engineering methodology.

Available File Formats:
Inventor (IPT/IAM), DWG, STEP (STP), STL, IGES, SAT, XGL, and other neutral CAD formats.

Software Used:
Autodesk Inventor Professional

If you are interested in the source files or need a custom CAD model, feel free to get in touch.

GS Sealed MF GTZ5S Battery | 3D CAD Model

This is a 1941 Indianapolis Fire Department 8-P 750 GPM Fire Truck. This truck was built by hand by Firefighters for Firefighters in the old repair shops in Fountain Square, Indianapolis. Firefighters loved working off these trucks, the oldest one on record was used up until 1968.

Service Record:
Engine 17 - 12/01/1941.
Engine 12 - 12/03/1952.
Engine 16 - 10/20/1955.
Reserve - 01/10/1966.
Sold - 06/16/1969.

The truck was 3D scanned by the IUPUI University Library using a Creaform Spark, and Creaform Go Scan 50. Portions of the truck were re-created using reverse engineering methods. Scanning took about a week with a crew of three people.

This item was 3D scanned using a [Creaform Go! Scan Spark](https://www.onlineresourcesinc.com/product/GoSCAN-Spark), and a [Creaform Go Scan 50](https://www.onlineresourcesinc.com/). 

To see this truck in person visit:
https://www.visitindy.com/indianapolis-firefighters-museum-historical-society

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