URASTUN has expanded its
capabilities into the area of reverse engineering, CAD services and
value engineering.
A manufactured part is measured without the benefit of a blueprint
for dimensional reference. The results are then reviewed, refined,
and the part re-manufactured. We can reverse engineer any part by
taking measurements and creating an IGES file for further CAD design
and manufacture of the new part.
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| Hundreds of features
can be measured and combined to create a CAD image. |
| Reverse
Engineering Applications: |
| Scanning parts and capturing
the dimensions in CAD files. |
| Manufacture from sample
parts, molds or models |
| Surfaces
created from point cloud data |
| Prototype
model resizing |
| Create CAD files from
previously handmade models, tools , and dies. Developing
new tools and dies from existing, undocumented, molds
and dies |
|
URASTUN offers a comprehensive range of CAD service capabilities and
lends a critical competitive edge to the customer.
 URASTUN
CAD/CAM service offerings represent more than two decades of knowledge,
expertise and development skills in manufacturing applications for
products and tools.
Extensive usage of tools such as COPRA, IDEAS, PRO-E enable us to
handle a variety of design projects.
Customers benefit from cost-effective development of product designs,
2D drawings, 3D models, tool designs, tool drawings - all provided
through a quality conscious organization.
We can support and compliment your existing engineering efforts
by offering the following services:
|
CAD
Conversions
Hand drafts => 2D CAD files (.dwg, .drw,
.DXF)
Paper Drawings => 3D solid models (Ideas/ Pro/E)
2D CAD files => 3D exported files (IGES) |
|
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| CAD
Layout Design |
3D
Modeling |
Sheet
Metal Designs |
Drafting
and Detailing |
| Master
Models |
Advanced
Surfacing |
Dies
and Moulds Designing |
Rolls
Design |
Cost Saving is the gospel of modern manufacturing. Our team of value
engineers uses sheet optimization and alternative technologies with
the aim of improving material yield and weight reduction of the product.
Ultimately, it is the process flow scheme, equipment performance,
and operating model (whether sophisticated or not) that determine
maximum profitability. No advanced technologies will overcome process
and equipment shortcomings.
After finding out the unit limitations, our engineers look for ways
to circumvent these limits by spending little or no money, where possible.
This is optimization. A fundamental understanding of process operations
is absolutely necessary as most process unit flow schemes are different.
Our extensive experience enables our team to know what possible knobs
can be turned to provide our customer with a cost effective and efficient
solution.
Examples of value engineering projects undertaken:
- Weight reduction of 15% by reducing the number of reinforcements
in a panel
- Material yield improvement of 25% by modifying the manufacturing
process
- Weight reduction and Material yield improvement by changing
product design and manufacturing technology
- Improvement in production efficiency of up to 30% by introducing
Low Cost Automation
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