LightPath 355110C-00 aspheric lenses

Product Description

Lot of 25 New LightPath Geltech™ Molded Aspheric Lenses – 355110C-00, Level 1 Certified (U.S. Defense Laboratory Surplus)

This is a complete sealed lot of 25 brand-new, unused precision aspheric lenses from LightPath Technologies’ Geltech™ series, part number 355110C-00. Originally procured for a leading U.S. government R&D facility, these diffraction-limited molded glass aspherics come with full Level 1 Certification for quality and traceability. With a high numerical aperture (NA=0.40) and broadband anti-reflection coating optimized for near-IR, this lot represents an exceptional value for labs, manufacturers, or research institutions needing a bulk supply of high-performance collimation and focusing optics.

Key Specifications (Per Lens):

• Manufacturer: LightPath Technologies

• Part Number: 355110C-00

• Lens Type: Molded Aspheric (plano-convex, diffraction-limited)

• Material: D-ZLAF52LA optical glass

• Diameter: 7.2 mm (±0.02 mm)

• Effective Focal Length (EFL): 6.24 mm (design wavelength 780 nm)

• Numerical Aperture (NA): 0.40 (high NA for tight focusing)

• Coating: Broadband AR “C” variant (<1% avg. reflection, 600–1050 nm)

• Wavefront Error: <0.07 λ RMS

• Surface Quality: 40-20 scratch-dig

Condition & Certification:

✅ FACTORY NEW – Sealed in original LightPath packaging
✅ LEVEL 1 CERTIFIED – U.S. Defense Laboratory labels, full traceability
✅ CONTAMINATION-CONTROLLED – Ideal for cleanroom integration

Why This Lot Is Exceptional:

• Certified Quality: Level 1 certification ensures optical performance and provenance for critical applications.

• High-Volume Value: Purchasing as a lot provides a significant per-unit cost savings versus retail.

• Near-IR Optimized: The broadband AR coating is ideal for common laser diode wavelengths (780 nm, 808 nm, 850 nm, 980 nm, 1064 nm).

Applications:

• Laser Diode Collimation & Focusing: Excellent for fiber coupling, laser pointers, or diode-pumped systems.

• Near-IR Optical Systems: Barcode scanners, optical storage, medical imaging, or industrial sensors.

• Photonics R&D & Prototyping: Ideal for university labs, research institutions, or startups developing compact optical systems.

• Defense & Aerospace: Suitable for miniaturized EO/IR systems, lidar, or communication terminals.