Min: $0 Max: $150

Lens Type

EFL

Diameter

Edge Thickness

Substrate

Coating Type

Plano Convex, Fused Silica Optical Grade: 30mm (1.18“) Diameter; 122.60mm (4.83") Focal Length; 4.0mm E.T.

$150.00

Plano Convex Lens, Fused Silica Optical Grade - Model #: LP-30-FS-122.6-ET4.0-AR-Y
30mmØ (1.18“ Ø) X .160" (4.0mm) E.T.
EFL: 122.60mm @1.06µm
Radius: 55.19mm convex 1.4497 index of refraction
Coated: AR/AR @ 1060nm
Replaces NTC® fiber lens

Plano Convex: 25.4mm (1.00") Diameter; 100mm (3.94") Focal Length; 4.00mm E.T.

$150.00

Lens, Fused Silica Optical Grade - Model #: LP-25.4-FS-100-ET4.0-DBAR-Y/532
1.00"Ø (25.4mm Ø) X .160" (4.0mm) E.T.
EFL: 100.0mm @1.06µm
Coated: DBAR for 1.06µm and .532µm
With transmission for 500nm to ~600nm > 85% if possible for visible transmission

Plano Convex: 25.4mm (1.00") Diameter; 200mm (7.87") Focal Length; 4.00mm E.T.

$150.00

Lens, Fused Silica Optical Grade - Model #: LP-25.4-FS-200-ET4.0-DBAR-Y/532
1.00"Ø (25.4mm Ø) X .160" (4.0mm) E.T.
EFL: 200.0mm @1.06µm
Coated: DBAR for 1.06µm and .532µm
With transmission for 500nm to ~600nm > 85% if possible for visible transmission

Plano Convex: 25.4mm (1.00") Diameter; 250mm (9.84") Focal Length; 4.00mm E.T.

$150.00

Lens, Fused Silica Optical Grade - Model #: LP-25.4-FS-250-ET4.0-DBAR-Y/532
1.00"Ø (25.4mm Ø) X .160" (4.0mm) E.T.
EFL: 250.0mm @1.06µm
Coated: DBAR for 1.06µm and .532µm
With transmission for 500nm to ~600nm > 85% if possible for visible transmission

Plano Convex: 25.4mm (1.00") Diameter; 300mm (11.81") Focal Length; 4.00mm E.T.

$150.00

Lens, Fused Silica Optical Grade - Model #: LP-25.4-FS-300-ET4.0-DBAR-Y/532
1.00"Ø (25.4mm Ø) X .160" (4.0mm) E.T.
EFL: 300.0mm @1.06µm
Coated: DBAR for 1.06µm and .532µm
With transmission for 500nm to ~600nm > 85% if possible for visible transmission

Plano Convex: 25.4mm (1.00") Diameter; 50mm (1.96") Focal Length; 4.00mm E.T.

$150.00

Lens, Fused Silica Optical Grade - Model #: LP-25.4-FS-300-ET4.0-DBAR-Y/532
1.00"Ø (25.4mm Ø) X .160" (4.0mm) E.T.
EFL: 50.0mm @1.06µm
Coated: DBAR for 1.06µm and .532µm
With transmission for 500nm to ~600nm > 85% if possible for visible transmission