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1064nm Single Mode C-Lens Fiber Collimator

1064nm Single Mode C-Lens Fiber Collimator

P/N: FIR-1064-SM-CL-FC|SKU: 10074

Usage Type
Center Wavelength
Working Distance
Tube Type
Max Optical Power (CW)
Fiber Type
Pigtail Length
Pigtail Diameter
Connector

Unit Price

$70.00

MOQ: 1 pcs

Estimated Delivery Timeline

Production time varies based on product type, quantity, and customization level.

Below is a general estimate for most orders. For exact delivery time, please contact [email protected].

Order Confirmed1 day
Production1–15 days
Shipping3–10 days
DeliveredWorldwide

Shipping: FedEx / DHL / UPS Express · Tracking number provided after shipment

1-Year Warranty
30-Day Returns
30-Day Exchange

1064nm Single Mode C-Lens Fiber Collimator

The 1064nm Single Mode C-Lens Fiber Collimator is engineered for precision beam collimation in near-infrared laser systems. Designed around Hi1060 single-mode fiber, it delivers stable beam output with low divergence and high coupling efficiency, making it ideal for demanding photonics and laser applications.

Featuring precision-aligned C-lens technology, this collimator ensures low insertion loss, high return loss, and minimal polarization-dependent loss. Its robust structure and high optical power handling capability make it suitable for both laboratory and industrial laser systems.

Specifications

Parameter

Unit

Value

Center Wavelength

nm

1064

Operating Wavelength Range

nm

±30

Working Distance

mm

5/50/100

Beam Diameter

mm

≤0.6

Insertion Loss (Max.)

dB

0.5

Return Loss (Min.)

dB

50

Polarization Dependent Loss

dB

≤0.2

Max Optical Power (CW)

W

0.5/1/5/10

Fiber Type

-

Hi1060

Tensile Load (Max.)

N

5

Package Dimensions

mm

Φ3.2 x L10 (Gold-Plated Tube), Φ2.8 x L9 (Glass Tube)

Operating Temperature

°C

-5 to +70

Storage Temperature

°C

-40 to +85

Notes: Tested at 25 °C. Data exclude connectors. Adding connectors will increase insertion loss by approximately 0.3 dB, reduce return loss by 5 dB.

Dimensions

C Lens Fiber Collimator Dimensions

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