Infrared with 1.1mm Thickness compensation Objective Lens 2mm Focal Length 100x Working Distance 10.37mm

PAL-100-NIR-HR-LC11

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This is a high NA infinity corrected objective lens for laser processing (fundamental of YAG laser). Its glass-thickness- compensation optical design makes it possible to realize an ideal beam spot size and quality even if it was processed thorough a cover glass.

Details

◦Two kinds objective lenses are available. They are designed to correct aberration depending on the thickness of cover glass. (t= 0.7 mm and 1.1 mm) ◦With its long working infinity correction function; this objective lens can be used for a laser system and coaxial observation.
◦It is also used for the observation of Near Infrared light.
◦High resolution type (NA=0.65) is also available.
◦This objective lens can be used with a pulse laser of visible light (532nm).
◦Laser Damage Threshold(reference): 0.1J/cm² (532nm), 0.2 J/cm² (1064nm) (Laser pulse width: 10ns, repetition frequency: 20Hz)

More Information

More Information
Name	Infrared with 1.1mm Thickness compensation Objective Lens 2mm Focal Length 100x Working Distance 10.37mm
Weight	0.4800kgs
Standard Coatings Available	No
Guide	Available fixed objective lens holder (LHO-26). WEB Reference Catalog Code/W4024 When the objective lens is fixed to a 2 axis holder, please consult our Sales Division. For laser processing, we offer a dichroic block (DIMC) and for laser unit with coaxial illumination and observation (OUCI-2). WEB Reference Catalog Code/W2041, WEB Reference Catalog Code/W2012
Attention	When an objective lens is used in laser processing, use the diameter of the incident beam to extend to a size of half the pupil diameter (1/e²). A small light spot cannot be achieved when the incident beam is too narrow. Please note if there is a laser energy density increase, there will be a high possibility of damage to the objective lens. When the thickness of cover glass is not same as the specified, designed specifications may not be achieved due to aberration. If the incident laser beam femtosecond is below 100fs, there is a possibility that the pulse width will spread. Magnification is the value when using the imaging lens f=200mm. When used in a microscope lens barrel from other manufacturers there may be different magnifications. The actual magnification should be calculated from the ratio of the focal length of the objective lens and the focal length of the imaging lens to verify the focal length of the imaging lens barrel to be used.
Focal length	2mm
Magnification	100×
Numerical Aperture	0.7
Working Distance WD	10.37mm
Focal length f	2mm
Resolution (λ=550nm)	0.39μm
Focal depth (λ=550nm)	±0.6μm
Pupil diameter	φ2.8mm
Real field of View (Imaging device 1/2-inch)	0.05×0.06mm
Cover glass material	Synthetic Quartz
Weight	0.48kg

In stock

SKU

PAL-100-NIR-HR-LC11

£7,840.40

Infrared with 1.1mm Thickness compensation Objective Lens 2mm Focal Length 100x Working Distance 10.37mm

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