3D Scanning Services melbourne perth
                     3D Scanning Services Providing High Accuracy Data For 
Reverse Engineering
Your requirement of a precise CAD model of a component can now be fulfilled with the help 
of 3D scanning. 3D scanning is a fast and optimum way to create highly accurate data using
point clouds. Reverse engineering is one of the greatest applications of scanning. CAD 
Deziners offer the best and efficient 3D Laser Scanning services in Perth. Reverse 
engineering is extremely important and useful in various industries such as automotive, 
marine, aerospace, and healthcare. It can be used for improving the product quality and 
making the required changes in a component. 3d scanning can be very helpful in fast speed 
and accurate generation of CAD models as compared to the manual methods.
3d Scanning Services In Automotive Industry
Automotive industry can be hugely benefitted from 3d scanning. For instance, 3d scanning 
can be used for creating high-resolution racing bikes. Another example can be that 3D 
Scanning can be a quick and efficient way to redesign a car design with the help of reverse 
engineering. The same is applied to the aerospace industry, using 3D Scanning, airplane 
parts can be redesigned very accurately. With 3D Scanning, replacing and redesigning the 
components has become much easier. Scanning and reverse engineering can make it 
possible to redesign or repair parts of marine vessels. Another instance can be producing a 
mini copy of a high-speed racing car or bike using 3d scanning services. Huge machine 
parts can be scanned, and reverse-engineered in order to retrofit these parts. Due to the 
high accuracy provided by 3d scanners, this technology has become highly popular. CAD 
Deziners offer very cost compatible 3D Scanning Services. You can save thousands of 
dollars using scanning services and not to mention your precious time.
3d scanning is a powerful tool to digitalize the design and preserve it in CAD format. The 
non-touch scanning helps in various areas such as Architecture, Industrial, Defence, Marine,
and Aerospace. 3d scanner measures the complex objects very quickly and enhances the 
workflow in real-time. The 3D scanning comes with a major advantage of reverse 
engineering where the part can be scanned, designed, and modified as per the requirement.
In this post, we will take you through each and every step of reverse engineering by taking 
an example of an after-market part that is not in production and the spare parts are too 
costly. We will provide some tips for using the scanner and the tips for using the right 
reverse engineering tool for the CAD design and 3D scanning process.
Challenges We Face In 3D Scanning
                   
The major challenge we face is to convert the physical object to digital i.e. converting the 
mesh form to stl or stp format. 3D meshes are the output form of the 3D scanner and also 
known as STL format. A mesh is a surface with a large number of triangles in the form of a 
polygon. Mesh model just contains the position of the triangle which defines the features 
and shape of the part.
Since mesh lacks information but our engineers at CAD Deziners are proficient and use the 
mesh to create the surfaces and reform the object. There are limited ways to mesh the 
model but we use Solidworks, CATIA, and Geomagic as the reverse engineering tools to 
create the surfaces and boundaries for the mesh profile, if we need major modification then 
the mesh needs to be converted to solid model and then we can modify the design as per 
the requirements, this is known as Reverse Engineering.
The basic steps used while scanning and reverse engineering process are:
                       
                      
 Prepare the object for scanning. Most of the scanners cannot scan shiny objects or black
surfaces. It is incredibly important to provide a power coating on the object. For high accuracy,
less than 0.1mm please ignore the coating process as it would add an extra layer of tolerance.
 Scan  the  object  and  capture  the  critical  features  of  the  object.  The  tabletop  or  the
stationary  scanner  is  best  to  scan  with  high  accuracy.  Generally,  high  accuracy  scanners
provide tolerance of 0.02- 0.04mm (used in the marine and aerospace industry).
 Refining the mesh. Some scanners automatically produce high refined mesh otherwise; we
need to remove unwanted parts or mesh scanned by the scanner.
 Import the mesh to CAD software such as Solidworks or Geomagic which is a powerful tool
for resurfacing complex structures and geometries.
 Extract  the  imported  surfaces  using  3  different  features  semi-automated  surfacing,
automated surfacing, and manual redrawing.
 Integrate the new design as per the requirement.
 3D print the new design.
CAD Deziners offer 3d scanning services in various sectors like automotive, marine, 
defense, industrial, pharmaceutical, food, healthcare, and aerospace. We can help you 
source cheap and accurate aftermarket parts which can make your job extremely easy. 
These scanned parts can later be 3d printed and the same feel and quality can be achieved 
very easily. Our designers offer the best possible solutions to your requirements.
www.Caddeziners.com.au
[email protected]
Contact Nember :-+61 1300 143 540