Plastic lenses manufacturers have found terribly robust ground within the era of applied science. We are able to see many electronic elements featured with compact lenses.

1. Diverseoptics Engineering Technical
Diverse Optics provides
strong in-house
engineering support backed
by solid strategic partnerships
with leading polymer optics
designers. We offer a wide
array of engineering services
including optical design,
opto-mechanical design, mold
design, mold flow analysis,
and pre-production cost
analysis.

2. DIVERSEOPTICS ENGINEERING SUPPORT STAFF
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Optical
●
Manufacturing
●
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R&D Diamond
Turning
Tooling

3. ENGINEERING & DESIGN
●
Optical Design
●
Components
●
Systems
●
Optical Modeling
●
System Optimization

4. Advantages of designing with polymer optics:
●
Relative Low Cost
●
High Impact Resistance
●
Light Weight
●
High Process Repeatability
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Integrated Mounting
●
System Configuration Flexibility
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Unique Element Configuration
●
●
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Less Hazardous (does not splinter
like glass)
Light transmittance is comparable to
high-grade crown glass
Polymer Aspherics Compensate for
Narrow Choice of Materials

5. IMPORTANT FACTORS TO CONSIDER WHEN DESIGNING
POLYMER OPTICS
●
Aspect Ratio (ratio between center
thickness and diameter)
●
Moisture & Chemical Resistance
●
Part Thickness
●
Refractive Index (dn/dt)
●
Continuous Use Temperature
●
Transmission
●
Environmental Conditions
●
Tolerances
●
Thermal Expansion
●
Durability

6. IMPORTANT FACTORS TO CONSIDER WHEN DESIGNING
POLYMER OPTICS
●
Aspect Ratio (ratio between center
thickness and diameter)
●
Moisture & Chemical Resistance
●
Part Thickness
●
Refractive Index (dn/dt)
●
Continuous Use Temperature
●
Transmission
●
Environmental Conditions
●
Tolerances
●
Thermal Expansion
●
Durability