PCX-F150-UVFS-25.4-ET2.0-AR548-AR548 UV Fused Silica Laser Lens

Name: PCX-F150-UVFS-25.4-ET2.0-AR548-AR548 UV Fused Silica Laser Lens
Brand: Optoman
SKU: FL-24713
Price: 155.00 USD
Availability: InStock

Description

The OPTOMAN PCX-F150-UVFS-25.4-ET2.0-AR548-AR548 is a high-performance plano-convex laser lens designed for precise beam focusing and conditioning in ultrafast laser systems operating at 1030 nm. Manufactured from UV grade fused silica (JGS1), this optical lens combines excellent transmission, low absorption, and high dimensional stability for demanding photonics applications.

Featuring Ion Beam Sputtering (IBS) anti-reflective coatings with reflectance below 0.1% at 1030 nm, the lens minimizes optical losses and thermal effects while supporting reliable operation in high-intensity femtosecond and picosecond laser environments. The +150 mm focal length makes it suitable for beam focusing, beam delivery assemblies, nonlinear optics, and precision laser processing applications.

Specifications

Lens Type:	Plano-Convex
Material:	UVFS
Diameter:	25.4 mm
Focal Length:	150 mm
Edge Thickness, Te:	2 mm
Surface Quality, S1/S2 (scratch-dig):	20-10
Surface Irregularity, S1/S2:	<= Lambda/6
Manufacturer Part Number (MPN):	PCX-F150-UVFS-25.4-ET2.0-AR548-AR548
FindLight SKU:	FL-24713

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Features

Manufacturer part number: PCX-F150-UVFS-25.4-ET2.0-AR548-AR548
Plano-convex laser lens optimized for 1030 nm ultrafast laser systems
UV fused silica (JGS1) substrate for excellent transmission and thermal stability
25.4 mm diameter with 150 mm focal length
IBS anti-reflective coating with AR<0.1% at 1030 nm
Low absorption coating design for reduced thermal effects
High surface quality: 20-10 scratch-dig over clear aperture
Surface irregularity better than λ/6 at 633 nm
Clear aperture greater than 80%
Suitable for high peak power femtosecond and picosecond laser applications
Estimated LIDT performance above 0.5 J/cm² at 1030 nm, 500 fs, 10 kHz

Applications

Ultrafast laser beam focusing and beam delivery systems
Yb-based femtosecond and picosecond laser platforms
Laser micromachining and precision material processing
Nonlinear frequency conversion and harmonic generation setups
Optical assemblies for scientific research and industrial photonics
Beam conditioning modules and laser diagnostics
Semiconductor, electronics, and advanced manufacturing applications

Export & Trade Information

ECCN:	EAR99
HTS Code:	9001.90.4000
Estimated US Tariff:	10%

Importing, tariffs & codes (Quick Guide) →

$155.00

Volume Pricing:

Qty	Unit Price	Extended Price
5	$147.25	$736.25
10	$131.75	$1,317.50

Discounts apply automatically in cart.

Shipping:: $75.00 ⓘ
Ships from:: Lithuania
Est. US Tariff:: $15.50 ⓘ
Processing:: 1 days (Est. arrival by Nov 21)
Delivers to:: United States

Made by:: Optoman
Made in:: Lithuania
Warranty:: View full terms
Returns:: View return policy
Sold by:: Optoman
On FindLight:: since 2026

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Frequently Asked Questions

What wavelength is the OPTOMAN PCX-F150-UVFS-25.4-ET2.0-AR548-AR548 designed for?

This plano-convex lens is optimized for 1030 nm laser applications, making it suitable for Yb-based ultrafast laser systems and other near-infrared photonics applications.

What material is used for this laser lens?

The lens is manufactured from UV fused silica (JGS1), a material known for high optical transmission, low thermal expansion, and excellent performance in demanding laser environments.

What type of coating does the PCX-F150-UVFS-25.4-ET2.0-AR548-AR548 have?

It uses an IBS anti-reflective coating applied to both optical surfaces, providing reflectance below 0.1% at 1030 nm to improve transmission efficiency and reduce unwanted reflections.

Can this lens be used with ultrafast laser systems?

Yes. The lens is specifically designed for ultrafast laser applications, including femtosecond and picosecond systems where low dispersion, low absorption, and reliable power handling are important.

What are the main benefits of choosing a plano-convex lens design?

A plano-convex lens provides efficient focusing of collimated laser beams and is commonly used when precise spot formation and controlled beam convergence are required in optical systems.

Got more questions? Use the inquiry form to ask the supplier directly.