"At Invenios, our mission
is
simple — driving
down the cost of micromanufacturing.
We begin by lowering the cost-of-packaging for 3D micro-fabrication
and finish by offering positioning and attachment solutions
to increase throughput"
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Ray Karam
President & CEO
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Solving Manufacturing Problems at the Sub-Micro and Nano Scale
For Executives...
with strategic imperatives to reduce microsystem packaging costs.
Invenios
provides high-throughput microsystem alignment/assembly
platforms and quick-turn 3-D
micromachining services on glass-ceramic substrates that
together deliver fast time-to-market and reduced part count
at the lowest possible package costs and tooling investment.
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For Design Engineers... in
need of quick-turn micro fabrication services on true-3D
designs requiring sub-micron precision.
Invenios'
foundry services deliver micromachined glass-ceramic
components directly from solid model design files. Using
Invenios' proprietary direct-write (mask-less)
technology-enabling integration of optical, mechanical and
packaging functionality — our foundry delivers prototype and
production components with reduced component count within
days after receipt of order, usually without NRE.
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For Systems Integrators... in
need of robust nano positioning components and platforms for
fast deployment of production assembly equipment.
Invenios
provides a broad line of configurable ball-screw and
piezo-flexure component and platform solutions that deliver
high structural stiffness while at the same time providing
the nanoscale resolution necessary to align and position
microsystem components in demanding military and consumer
applications. By using Invenios' PC-based component and
platform solutions, systems integrators and machine builders
will shorten the delivery and qualification of
high-performance microsystem assembly systems.
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Advanced Capabilities
Invenios is a manufacturer of precision linear and rotary
stages, anthropomorphic platforms and true 3D dynamic MEMS
contract manufacturing; serving a broad range of traditional
and emerging micro manufacturing applications-all with one
thing in common…they require fast, dependable, nanoscale precision
of alignment and assembly in the smallest possible footprint.
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