Spherical Mirrors

Spherical Mirrors | PCV-R1000-UVFS-50.8-ET9.52-UBBHR38

Name: PCV-R1000-UVFS-50.8-ET9.52-UBBHR38
Brand: Optoman
SKU: PAN8414
Price: 1088.68 USD
Availability: InStock

$1,088.68

Qty 5+ > $1,034.25/piece
Discount will be applied in cart page
If an official quotation is needed or products are not in stock, please send us a request

Only 9 pieces in stock!

Material: UVFS ( JGS1)
Diameter: 50.8 mm +0/-0.1 mm
Edge thickness: 9.52 mm +/-0.1 mm
Center thickness: 9.2 mm [ref.]
ROC, S1: -1000 mm +/-1%
ROC, S2: FLAT
Centration Error: <3 arcmin
Clear Aperture: min 41 mm
Surface Quality, S1: 20-10 S-D as per MIL-PRF-13830B
Irregularity, S1: <λ/10@633 nm per CA
Protective chamfers: 0.4-0.6 x 45°
Chips: <0.2 mm stoned
Arrow Marks: Indicates S1 (laser engraved)
Markings: Laser engraved ROC=[-1000 mm]
Substrate Shape: Concave S1/Plano S2

Coatings (IBS):
S1 (arrow marks): HR>99.9%@925-1170 nm, AOI = 0° GDD, S1: <50 fs² @950-1150 nm, AOI = 0° (GDD = 0 fs² @ 1030 nm)
S2: Uncoated

Learn more about available spherical substrates.

Inspection Report

HR>99.9%@925-1170 nm, AOI = 0° (UBBHR38)

Calculated reflection values at 0° angle of incidence

GDD, S1: <50 fs2 @950-1150 nm, AOI = 0° (GDD = 0 fs2@ 1030 nm) (UBBHR38)

Calculated GDD values at 0° angle of incidence

In-stock items ship the next business day via DHL. Estimated delivery time: 1–2 business days (EU), 3–5 business days (Rest of World). View full shipping policy.

MPC mirrors form the core reflective surfaces inside multi-pass cell modules, enabling a large number of low-loss reflections that compress femtosecond - picosecond pulses after fiber or CPA amplification. Their high reflectivity ensures efficient spectral broadening and clean temporal output.

OPTOMAN’s MPC IBS-coated Spherical Mirrors are optimized for Multipass cells. Engineered to deliver high reflectivity, minimal absorption, and high LIDT, making them a reliable choice in laser systems.
Optimized for operation at 925 - 1170 nm, these -1000 radius of curvature Concave mirrors ensure efficient beam control with exceptionally low loss and virtually no scattering.