XINLAND LASER CO.,LTD

XINLAND LASER CO.,LTD SERIOUS SUPPLIER , PROFESSIONAL SERVICE

Manufacturer from China
Site Member
8 Years
Home / Products / Mini Laser Diode /

High Reliability 405nm 50um/105um UV Laser Diode Multi Mode Fiber Laser Diode

Contact Now
XINLAND LASER CO.,LTD
Province/State:Shaanxi
Country/Region:china
Contact Person:MrsNica Chow
Contact Now

High Reliability 405nm 50um/105um UV Laser Diode Multi Mode Fiber Laser Diode

Ask Latest Price
Video Channel
Brand Name :XINLAND
Model Number :XLP-405 Multi Mode Fiber Coupled Laser Diode
Certification :CE
Place of Origin :Xi'an Shaanxi
MOQ :100pcs
Price :Negotiated
Payment Terms :L/C, D/A, D/P, T/T, Western Union, MoneyGram
Supply Ability :1000 Dozen/Dozens per Day
Delivery Time :7 days
Packaging Details :1pcs/polybag,10pcs/inner box,100pcs/ctn
Wavelength :405nm
Fiber Type :MMF
Fiber Core :UV 50um/UV 105um
Package Type :Coaxial/14-Pin/HHL-01
Connector :FC
more
Contact Now

Add to Cart

Find Similar Videos
View Product Description

High Reliability 405nm UV 50um/105um UV Laser Diode Multi Mode Fiber Laser Diode

Product Details​:

Model Number: XLP-405

Type: Fiber Coupled Laser Diode

Wavelength: 405nm

Fiber Type: MMF

Fiber Core: UV 50um/UV 105um

Package Type: Coaxial/14-Pin/HHL-01

Connector: FC

Product Specifications:

Wavelength Output Power Fiber Type Fiber Core Package Connector PD TEC
405nm 5mW MMF UV 50um Coaxial FC ×
200-350mW MMF UV 50um Coaxial FC × ×
200-350mW MMF UV 50um HHL-01 FC
200mW MMF UV 50um 14-Pin FC
200-350mW MMF UV 105um Coaxial FC × ×
200-350mW MMF UV 105um HHL-01 FC
300mW MMF UV 105um 14-Pin FC

Fiber coupled laser diodes are now widely used in laser radar, test and measurement, medicine, material processing and optical communications.
Multi-package form of single-mode/multi-mode fiber output can be used: 2-Pin/4-Pin/8-Pin/9-Pin/14-Pin/Coaxial/HHL-01/P4/P5.

High Reliability 405nm 50um/105um UV Laser Diode Multi Mode Fiber Laser Diode

High Reliability 405nm 50um/105um UV Laser Diode Multi Mode Fiber Laser Diode

Inquiry Cart 0