The TAGLENS operates at ultra-high-speed and doesn't focus at just a single focal length but at a wide range of focal lengths. This means that everything, even subjects at different distances, remains in crystal clear focus.
Thanks to the technology of the TAGLENS, an astonishing world awaits, full of wonders no one has yet to see. In addition to immediately available applications for the production line, such as circuit board inspection, this lens offers innovative visual sensing in a range of fields. This includes factory automation, logistics, new material development, biosciences and medicine, environmental initiatives, and security.
|Resonance frequency||70 kHz|
|Effective aperture||ø11 mm|
|Transmittance||90% or more (λ400 nm to 700 nm)|
|Refractivity range||+/- 0.7 to 1 D|
|Mountable posture||All directions|
|Operating environment / Humidity||10 °C to 40 °C / 40% to 70% / RH or less (non-condensing)|
|Lightning system||Pulse lightning|
|Maximum light output *1||30 lm|
|Light guiding system||Optical fiber light guide system|
|Pulse input TRIGGER IN jack / Frequency (resonant frequency of the TAGLENS-T1)||75 kHz or less|
|Pulse output / Optical pulse width (full width at half maximum) *||750 ns to 100 ns|
|Operating temperature range||5 to 40 ºC,80 % RH max.|
*1 Pulse frequency: 70 kHz, Input pulse width: 80 ns Light guide: 2 m long, multi-component glass fiber
|Imaging lens magnification||1X|
|Imaging area||ø11 mm|
|Applicable objective lenses||M Plan Apo Series|
|Options||Manual turret, Power turret, Polarizer and Analyzer, Focusing unit, X-Y stage, Simple stand|
|M Plan Apo Series|
|Depth of focus x2||0.88||0.18||0.028||0.012||0.007||0.003||0.0018|
|Total scanning depth (mm)||16||4||0.64||0.28||0.16||0.04||0.07|
|Real FOV (mm) 1/2 inch camera||4.8 × 6.4||2.4 × 3.2||0.96 × 1.28||0.64 × 0.85||0.48 × 0.64||0.24 × 0.32||0.096 × 0.128|
|Real FOV (mm) 2/3 inch camera||6.6 × 8.8||3.3 × 4.4||1.32 × 1.76||0.88 × 1.17||0.66 × 0.88||0.33 × 0.44||0.132 × 0.176|
*1 Option (One of the types is included as standard.)
Note: The model needs to be a solid model. Assembly data not supported.
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