Prototyping
Prototyping
is an iterative process that is part of the analysis phase of
the systems development life cycle. Ideas can be developed to fully
functional prototypes and through to production. Dedicated engineers manage
every stage of project development resulting in reduced lead times and greater
cost efficiency. We can model with a wide variety of materials including many
sorts of plastics such as ABS, MABS, PMMA, PVC, PC, POM, PP, PA, PPT, PE, etc.
of course the same is true for as many metals including stainless steel,
aluminum and copper. Through comprehensive examination and extensive testing we
can meet our customer's requirements for new product appearance, enhanced
performance and robust configurations, offering quality products, which helps
to shorten the development cycles and reduce the risk of tooling rework and
increase the product quality.

Upon requests, we can carry
on small batch production, model appearance after treatment steps, the painting
and electroplating samples can be prepared for display and market promotion,
enabling our customers to pre-empt the market and reduce the consumption cost
of development. 
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Prototyping
techniques
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Techniques
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Method
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Objective
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CNC Machining
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Machining on block of plastics or wood ferrous and non-ferrous
materials
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Variety of materials
Functional
Clear/Transparent Parts
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Stereo Lithography
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Selective laser curing of photo resins
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Visual samples
Secondary tooling
Investment casting
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Laser Sintering
(SLS)
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Selective Laser Sintering of plastics material using a laser
beam
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Functional
Fitment
Secondary tooling
Investment casting
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Fused Deposition
Modelling (FDM)
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Deposition of plastics material using extruders as per CAD data.
ABS material
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Fitment
Secondary tooling
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Thermoforming
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Forming is done on CNC machined patterns
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Functional
Fitment
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FRP
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Epoxy moulds made using CNC machined patterns and then
prototypes made using band layup techniques
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Functional
Fitment
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Metal Casting
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Investment Casting, Plaster Casting in
Aluminium and Zamak
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Functional
Fitment
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