Welcome to our store Learn more

New collections added! Learn more

American Photonics  |  SKU: FS45X3

71571308 - FS45x3 - Dia 45mm ET 3mm Fiber Protective Window to be used with Amada(R) Fiber System

€45,00 €95,00

71571308 - FS45x3 - Dia 45mm ET 3mm Fiber Protective Window to be used with Amada(R) Fiber System is nabesteld en wordt verzonden zodra het weer op voorraad is.


Care information

Display general product information or specific product information using metafields.

Delivery and Shipping

Add some general information about your delivery and shipping policies.

Add a stand out message for your customers

Highlight title

Text to highlight a key feature of your product

Beschrijving

71571308 - FS45x3 - Dia 45mm ET 3mm Fiber Protective Window to be used with Amada(R) Fiber System 

@900-1090 nm @630-650m

Protective windows - Fused Silica

Comparable with OEM:  Amada (R)

OEM Reference Part Number: LAM011-4530D / 71571308

Size: 45 mm X 3.0 mm 

Size: 45mm X 3.0 PO-PO/AR/AR

Diameter: 45 mm + 0.0 / -0.3 mm

Thickness: 930 + / - 0.15mm

Ar/Ar @ 1064 nm

Material: Fused Silica 

APC PN: FS45.0X3

Reference PN:  LAM011-4530D

Protective Windows (debris shield) 

The contamination of the focusing lens is one of the main for poor performance and potential down time. The laser cutting head are very sensitive to any type of contamination. American Photonics has the best quality of protective windows to protect the focusing lens against contamination.

Our protective window is a barrier (debris shield) between the lens and the metal sheet. To protect your investment 

Disclaimer:

All parts advertised for sale are made by or for American Photonics. 

Amada(R), Bystronic(R), Cincinnati(R), Mazak(R), Mitsubishi(R), Laserlab(R), Laserdyne Prima(R), Precitec(R), Strippit(R), Trumpf(R) and any other trademarks not owned by APC are registered trademarks of the respective owners with which they are associated.   APC is an independent site and company that is not affiliated with above-named manufacturers and the use of the names, trademarks and part numbers is for reference, identification and compatibility purposes only. 

Payment & Security

Payment methods

  • Amazon
  • American Express
  • Apple Pay
  • Google Pay
  • Maestro
  • Mastercard
  • PayPal
  • Shop Pay
  • Union Pay
  • Visa

Your payment information is processed securely. We do not store credit card details nor have access to your credit card information.

KeyFeatures of Our Products:

American Photonics

71571308 - FS45x3 - Dia 45mm ET 3mm Fiber Protective Window to be used with Amada(R) Fiber System

€45,00 €95,00

71571308 - FS45x3 - Dia 45mm ET 3mm Fiber Protective Window to be used with Amada(R) Fiber System 

@900-1090 nm @630-650m

Protective windows - Fused Silica

Comparable with OEM:  Amada (R)

OEM Reference Part Number: LAM011-4530D / 71571308

Size: 45 mm X 3.0 mm 

Size: 45mm X 3.0 PO-PO/AR/AR

Diameter: 45 mm + 0.0 / -0.3 mm

Thickness: 930 + / - 0.15mm

Ar/Ar @ 1064 nm

Material: Fused Silica 

APC PN: FS45.0X3

Reference PN:  LAM011-4530D

Protective Windows (debris shield) 

The contamination of the focusing lens is one of the main for poor performance and potential down time. The laser cutting head are very sensitive to any type of contamination. American Photonics has the best quality of protective windows to protect the focusing lens against contamination.

Our protective window is a barrier (debris shield) between the lens and the metal sheet. To protect your investment 

Disclaimer:

All parts advertised for sale are made by or for American Photonics. 

Amada(R), Bystronic(R), Cincinnati(R), Mazak(R), Mitsubishi(R), Laserlab(R), Laserdyne Prima(R), Precitec(R), Strippit(R), Trumpf(R) and any other trademarks not owned by APC are registered trademarks of the respective owners with which they are associated.   APC is an independent site and company that is not affiliated with above-named manufacturers and the use of the names, trademarks and part numbers is for reference, identification and compatibility purposes only. 

Product weergeven