language
中国
韩国
韩国
韩国
韩国
韩国

PRODUCTS

 

MESSAGES

Username used for comment:
Customer message
Description:
Customer message

Related Items

/
/
/
-
Ho:Cr:Tm:YAG - Holmium, Chromium, Thulium Co-doped Yttrium Aluminum Garnet
1/1
Number of views:
1000

Ho:Cr:Tm:YAG - Holmium, Chromium, Thulium Co-doped Yttrium Aluminum Garnet

Ho:Cr:Tm:YAG is a high efficient laser material which lases at 2.1 µm. It has wide applications in surgery, dentistry, atmospheric testing, etc.
Number of views:
1000
Quantity
-
+
1
Description
Parameters
Cas'Tech Class
Parameters

Introduction

Holmium, Chromium, Thulium Co-doped Yttrium Aluminum Garnet (Ho:Cr:Tm:YAG) is a high efficient laser material which lases at 2.1 µm. It has wide applications in surgery, dentistry, atmospheric testing, etc.

CASTECH's laser crystal Ho:Cr:Tm:YAG  is featured by

      •   High slope efficiency
      •   Pumped by flash lamp or diode
      •   Operates well at room temperature
      •   Operates in a relatively eye-safe wavelength range

 

Table 1. Basic Properties

Laser Transition

5I7 → 5I8

Laser Wavelength

2.097 µm

Photon Energy

9.55 × 10-20 J

Emission Cross Section

7 × 10-21 cm2

Fluorescence Lifetime

8.5 ms

Refractive Index

1.80 @2.08 µm

Absorption Linewidth

4 nm

Diode Pump Band

781 nm

Major Pump Bands

400~800 nm

 

 

Table 2. Specifications

Dopant Concentration

Ho:~0.35 at.%,  Tm:~5.8 at.%,  Cr:~1.5 at.%

Rod Sizes

Diameter: 3~6 mm, Length: 50~120 mm;

Upon request of customer

Dimensional Tolerances

Diameter: ±0.1mm 

Length: ±0.5 mm

Surface Quality (Scratch/Dig)

10/5 to MIL-PRF-13830B

Wavefront Distortion

λ/4 @633 nm

Flatness

 λ/8 @633 nm

Parallelism

≦30 arc sec

Perpendicularity

≦15 arc min

Chamfer

≦0.2 mm×45°

AR Coating

≦0.2% @2094 nm

 

 

Keyword:
laser crystal
Ho:Cr:Tm:YAg
lase at 2.1 μm 2100 nm
Scan the QR code to read on your phone

Products

Ho:Cr:Tm:YAG - Holmium, Chromium, Thulium Co-doped Yttrium Aluminum Garnet
ms4RGnB8TGW0Q-3POYtqDw
  • Ho:Cr:Tm:YAG - Holmium, Chromium, Thulium Co-doped Yttrium Aluminum Garnet

  • Ho:Cr:Tm:YAG is a high efficient laser material which lases at 2.1 µm. It has wide applications in surgery, dentistry, atmospheric testing, etc.
Description
Cas'Tech Class
Parameters
Download

Introduction

Holmium, Chromium, Thulium Co-doped Yttrium Aluminum Garnet (Ho:Cr:Tm:YAG) is a high efficient laser material which lases at 2.1 µm. It has wide applications in surgery, dentistry, atmospheric testing, etc.

CASTECH's laser crystal Ho:Cr:Tm:YAG  is featured by

      •   High slope efficiency
      •   Pumped by flash lamp or diode
      •   Operates well at room temperature
      •   Operates in a relatively eye-safe wavelength range

 

Table 1. Basic Properties

Laser Transition

5I7 → 5I8

Laser Wavelength

2.097 µm

Photon Energy

9.55 × 10-20 J

Emission Cross Section

7 × 10-21 cm2

Fluorescence Lifetime

8.5 ms

Refractive Index

1.80 @2.08 µm

Absorption Linewidth

4 nm

Diode Pump Band

781 nm

Major Pump Bands

400~800 nm

 

 

Table 2. Specifications

Dopant Concentration

Ho:~0.35 at.%,  Tm:~5.8 at.%,  Cr:~1.5 at.%

Rod Sizes

Diameter: 3~6 mm, Length: 50~120 mm;

Upon request of customer

Dimensional Tolerances

Diameter: ±0.1mm 

Length: ±0.5 mm

Surface Quality (Scratch/Dig)

10/5 to MIL-PRF-13830B

Wavefront Distortion

λ/4 @633 nm

Flatness

 λ/8 @633 nm

Parallelism

≦30 arc sec

Perpendicularity

≦15 arc min

Chamfer

≦0.2 mm×45°

AR Coating

≦0.2% @2094 nm

 

 

Related Products

Inquiry List

Product information

Product serial number
Thumbnail
Name of product
Retail price
Expected unit price
*Order quantity
Operation
Product serial number:
Ho:Cr:Tm:YAG - Holmium, Chromium, Thulium Co-doped Yttrium Aluminum Garnet
Retail price: 0.0
* Expected unit price
*Order quantity
-+
Remove

Contact information

Basic information
Method of contact and profession
Company information

Add Other Product X

Product categories:
All products
Selected 0 Each
castech
castech
castech
Customer message

Copyright© CASTECH Inc. all rights reserved   Min ICP No. 06000911

Search 

搜索
Search

相关文件

Previous page
1