Nanocomp Pattern generators, PDF

Transcription

Nanocomp Pattern generators, PDF
NANOCOMP
PATTERN GENERATORS
Diffractive Optical Elements, DOE
OUTPUT
SIGNAL
PATTERN
GENERATOR
LASER
BEAM
EXAMPLE SIGNALS
APPLICATIONS
> Machine vision
> Gesture recognition
> Laser measuring systems
> Product identification & security
> Laser machining
> Customized signals for large
output angles
SPECIFICATION
HIGHLY EXPERTISED
ENGINEERING
> Very experienced in-house design
with design for manufacturing
(DFM) approach
> Highly customizable signals
> High expertise on large
output angles
> Rapid prototooling & simulations
> Good understanding of
manufacturability
> Pattern: fully customizable,
opening angle up to 80°
> Binary, multilevel or continuous
structure profiles
PATTERN GUIDELINE
> For inversion symmetric signal:
opening angle up to 80° (+/- 40°)
> For asymmetric signal: opening
angle up to 30° (+/- 15°)
Pixel amount (diffraction orders)
can be up to few million depending
on pattern.
DELIVERY FORMAT
Plastic film on roll, sheets or cut to
products. In-house die cutting and
laser cutting lines. Components
delivered with protective films.
> Material & thickness: PET, PMMA,
PC 0.02–0.6 mm
Nanocomp Ltd is a high-tech company with 20 years of
experience in the field of diffractive optics. Nanocomp provides
versatile solutions for global customers focusing on design,
tooling and mass production of thin foil optics.
Nanocomp Oy Ltd
Ensolantie 6, FI-80710 Lehmo, FINLAND
tel. +358 50 463 6970 | contact.nano@nanocomp.fi
www.nanocomp.fi

Similar documents

Remain Forever Young using service fractional laser skin resurfacing with Windermere

Remain Forever Young using service fractional laser skin resurfacing with Windermere Beauty and looks are a serious business and Forever Young Windermere offers customers complete peace of mind by explaining to them that their treatments are being delivered by qualified and experienced medical professionals who have latest certifications, services like fractional laser skin resurfacing and many others.

More information