Temperature-stabilized Lenses

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What are temperature-stabilized lenses?

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In environments with fluctuating temperatures, lenses can experience performance degradation. Temperature changes cause materials to expand and contract at different rates, leading to a shift in focus and affecting the overall image quality. Our lenses are engineered to counteract these effects, delivering consistent, high-quality images across a wide temperature range.

These lenses are crucial for applications where precision and reliability are non-negotiable. By carefully selecting optical materials and employing advanced mechanical design, we ensure that our temperature-stabilized lenses maintain focus and deliver stable performance, even when subjected to extreme temperature shifts.

Key features of temperature-stabilized lenses

Consistent performance across a wide temperature range
Minimal focus shift due to temperature changes
High-resolution imaging that remains sharp and clear
Robust mechanical design for durability in harsh environments
Reduced need for recalibration, saving time and resources

Our OPAL 2.8/12 C: A Benchmark in Thermal Stability

The following graphs demonstrate the exceptional thermal stability of the OPAL 2.8/12 C across a temperature range of -25°C to +70°C.
Virtually no focus shift across the temperature range and almost identical imaging performance across the temperature range.

MTF curves OPAL lens under temperature conditions

A standout in our temperature-stabilized portfolio is the OPAL 2.8/12 C. This robust C-Mount lens is designed for demanding industrial applications, from machine vision to 2D and 3D measurements. Its design minimizes the effects of temperature changes, ensuring reliable and repeatable results.

^{Schneider-Kreuznach OPAL 2.8/12 C-Mount lens}

OPAL lens product page

Temperature-stabilized lenses For Defense and Aerospace:

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In defense and aerospace, imaging systems are often subjected to extreme and rapid temperature changes. From the cold of high altitudes to the heat of desert operations, maintaining optical performance is mission-critical. Temperature-stabilized lenses ensure that: