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Conceptual engineering is an important phase of
the
 development
process, in which rapid idea capture is
paramount. Conceptual design is the explicit
construction of ideas or concepts to visualize a
product and for alternative designs to evolve. ANCADD will take your product from Concept to
Reality. Based on customer specifications, we
will evaluate numerous concepts and develop the
one that best fits the needs. Product Cost, Time
to Market and Product Quality are our primary
concerns. Our concept design process encompasses
digital visualization with 3D layout for
packaging studies. While we design we will take
care of the down steam applications like
simulation, tool design and manufacturing.
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CAD/CAM software packages offer
very versatile and generic capabilities that can
be reasonably used "out-of-the-box" by most
users. However, customization of
software
functionality can
significantly boost
productivity of the design office, while
improving compliance with company standards and
practices. ANCADD can expand the capabilities of
the "standard" CAD software packages by writing
program code, including integrating custom
applications with basic package.
 Design Automation of
• customer and order related drawings.
• product selection.
• generation of design variants.
• data base driven designs.
• combining design calculations and 3D modeling.
• special part libraries
Today CAD software offer abandon possibility of
automation and customization. The extent
automation achieved can be explained by a
typical example.
Legacy Conversion:
Old drawings on paper or from an old CAD
package can be converted to the latest CAD
packages. We ensure cost effectiveness,
consistent quality and quick turnaround.
Legacy CAD database migration is not an
automated process. Models have to be created or
rebuilt incorporating design intent step by
step. Now you have an opportunity to have this
data converted to your CAD platform of choice at
a price you can afford, and in a timeframe that
is realistic. ANCADD engineers can take your
products from paper drawings through 3D modeling
to complete manufacturing solutions, while your
engineers continue to focus on on-going
projects.
ANCADD specializes in efficient, intelligent CAD
data conversion. We combine high-caliber
engineering talent, customized specifications,
secure data environments, and a global
infrastructure to provide best-in-class
solutions.
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 3D CAD models can be generated
from the existing 2D drawings. 3D modeling
assignments for various components of
automotive
parts, engines, pumps, motors, turbines, heavy
engineering equipment, earth-moving equipment,
consumer durable items etc. can be done
3D to 2D drawings :
We have vast experience in providing
detailing services. We have successfully
completed many detailing projects for sheet
metals, plastics, casting components & tools. We
have installed proven quality methodologies to
ensure correctness of drawings for part
manufacturing
Assembly
After creation of the part models, the
different parts can be assembled for
interference checks, tolerance analysis and mass
property calculations. Digital Mockup (DMU) can
be simulated to visualize the functioning of the
part.
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Our infrastructure facilities
coupled with the rich and vast experience of our
engineers enable us to
undertake
a wide array of reverse engineering assignments.
 Both contact (CMM/ Faro Arm) and non-contact
methods (White Light Scanner/ Laser Scanner) are
used to best suit the cost & application
requirements of our Customers. Our engineers
have the expertise to handle profiles from the
simple to the most complex.
A Customer's part, mould, die or template is
physically scanned to capture and model the
piece. This data is manipulated according to the
customer's needs. The process is often used to
keep the same shape but change original
dimensions. (i.e., mirroring, scaling,
inverting). We use the best scanning methods as
suited for your task.
 Reverse engineering is a viable method to create
3D manufacturing models from existing parts and
system components. The process involves
disassembly, inspection, measuring a component,
and reconstructing it as a 3D Cad model. Once
captured, the part can be manufactured anywhere
to specified tolerances and materials. Reverse
engineering is often done due to obsolete
documentation or when the original builder is no
longer available.
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