61-6927-90 Laser Beam Expander 1064nm 3x LBE-3Y
FeaturesFeatures class="init">
61-6927-90 Laser Beam Expander 1064nm 3x LBE-3Y 【AXEL GLOBAL】 アズワン
Contact us
SIGMAKOKI CO., LTD.
61-6927-90 Laser Beam Expander 1064nm 3x LBE-3Y
Features
- A beam expander that can expand the laser beam by simple experiments.
- Since the collimation is adjusted so that the best collimated state is obtained when the collimated beam is incident, it is easy to obtain the enlarged collimated light by directly injecting the laser beam.
- The optical system of the beam expander has an air gap configuration without gluing lenses together.
- This allows it to be used with high-power lasers.
- The Galileo lens configuration reduces the number of aberration correction lenses and shortens the total length of the beam expander.
- The visible light type can be directly attached to the exit port of the He-Ne laser (05-LHP-111/121/151/171/991/925).
- A beam expander holder (LBE-H) with a beam expander built into the holder with fine aori adjustment is available.
- * When the beam expander is placed inclined to the optical axis, the beam emitted from the expander is inclined to the optical axis and emitted.
- * Position the beam expander so that it is perpendicular to the incident beam, or adjust the angle of the beam expander with a tiltable holder.
- * The beam expander cannot be used in the opposite direction to produce collimated light with reduced beam diameter.
- * Determine the divergence angle of the laser beam and the position of the beam waist, and use an appropriate optical system.
- * If the incoming beam is divergent or convergent, the outgoing beam may not be collimated.
SpecSpec class="init">
61-6927-90 Laser Beam Expander 1064nm 3x LBE-3Y 【AXEL GLOBAL】 アズワン
Contact us
SIGMAKOKI CO., LTD.
61-6927-90 Laser Beam Expander 1064nm 3x LBE-3Y
特徴
- A beam expander that can expand the laser beam by simple experiments.
- Since the collimation is adjusted so that the best collimated state is obtained when the collimated beam is incident, it is easy to obtain the enlarged collimated light by directly injecting the laser beam.
- The optical system of the beam expander has an air gap configuration without gluing lenses together.
- This allows it to be used with high-power lasers.
- The Galileo lens configuration reduces the number of aberration correction lenses and shortens the total length of the beam expander.
- The visible light type can be directly attached to the exit port of the He-Ne laser (05-LHP-111/121/151/171/991/925).
- A beam expander holder (LBE-H) with a beam expander built into the holder with fine aori adjustment is available.
- * When the beam expander is placed inclined to the optical axis, the beam emitted from the expander is inclined to the optical axis and emitted.
- * Position the beam expander so that it is perpendicular to the incident beam, or adjust the angle of the beam expander with a tiltable holder.
- * The beam expander cannot be used in the opposite direction to produce collimated light with reduced beam diameter.
- * Determine the divergence angle of the laser beam and the position of the beam waist, and use an appropriate optical system.
- * If the incoming beam is divergent or convergent, the outgoing beam may not be collimated.
SpecSpec class="init">
61-6927-90 Laser Beam Expander 1064nm 3x LBE-3Y 【AXEL GLOBAL】 アズワン
Contact us
SIGMAKOKI CO., LTD.
61-6927-90 Laser Beam Expander 1064nm 3x LBE-3Y
特徴
- A beam expander that can expand the laser beam by simple experiments.
- Since the collimation is adjusted so that the best collimated state is obtained when the collimated beam is incident, it is easy to obtain the enlarged collimated light by directly injecting the laser beam.
- The optical system of the beam expander has an air gap configuration without gluing lenses together.
- This allows it to be used with high-power lasers.
- The Galileo lens configuration reduces the number of aberration correction lenses and shortens the total length of the beam expander.
- The visible light type can be directly attached to the exit port of the He-Ne laser (05-LHP-111/121/151/171/991/925).
- A beam expander holder (LBE-H) with a beam expander built into the holder with fine aori adjustment is available.
- * When the beam expander is placed inclined to the optical axis, the beam emitted from the expander is inclined to the optical axis and emitted.
- * Position the beam expander so that it is perpendicular to the incident beam, or adjust the angle of the beam expander with a tiltable holder.
- * The beam expander cannot be used in the opposite direction to produce collimated light with reduced beam diameter.
- * Determine the divergence angle of the laser beam and the position of the beam waist, and use an appropriate optical system.
- * If the incoming beam is divergent or convergent, the outgoing beam may not be collimated.
Spec
- Adaptive wavelength: 1064nm
- Beam magnification: 3 times
- Mirror barrel length A: 63.73mm
- B: 57.8mm
- Incident effective diameter: φ3.8mm
- Laser durability *: 4J/cm2
- Mass: 0.12kg
- *Laser pulse width 10ns, Repeat frequency 20Hz
- RoHS conform product
-
Order No.Order No.ss="init">
61-6927-90 Laser Beam Expander 1064nm 3x LBE-3Y 【AXEL GLOBAL】 アズワン
Contact us
SIGMAKOKI CO., LTD.
61-6927-90 Laser Beam Expander 1064nm 3x LBE-3Y
特徴
- A beam expander that can expand the laser beam by simple experiments.
- Since the collimation is adjusted so that the best collimated state is obtained when the collimated beam is incident, it is easy to obtain the enlarged collimated light by directly injecting the laser beam.
- The optical system of the beam expander has an air gap configuration without gluing lenses together.
- This allows it to be used with high-power lasers.
- The Galileo lens configuration reduces the number of aberration correction lenses and shortens the total length of the beam expander.
- The visible light type can be directly attached to the exit port of the He-Ne laser (05-LHP-111/121/151/171/991/925).
- A beam expander holder (LBE-H) with a beam expander built into the holder with fine aori adjustment is available.
- * When the beam expander is placed inclined to the optical axis, the beam emitted from the expander is inclined to the optical axis and emitted.
- * Position the beam expander so that it is perpendicular to the incident beam, or adjust the angle of the beam expander with a tiltable holder.
- * The beam expander cannot be used in the opposite direction to produce collimated light with reduced beam diameter.
- * Determine the divergence angle of the laser beam and the position of the beam waist, and use an appropriate optical system.
- * If the incoming beam is divergent or convergent, the outgoing beam may not be collimated.
仕様
- Adaptive wavelength: 1064nm
- Beam magnification: 3 times
- Mirror barrel length A: 63.73mm
- B: 57.8mm
- Incident effective diameter: φ3.8mm
- Laser durability *: 4J/cm2
- Mass: 0.12kg
- *Laser pulse width 10ns, Repeat frequency 20Hz
- RoHS conform product
-
アズワン品番
61-6927-90
Model No.
LBE-3Y
標準価格
JPY: 57,500
USD: 360.43
Excange rate 1USD= 159.53JPY
Valid price in Japan
入り数
1piece
在庫数
サプライヤ在庫
商品のバリエーション (サイズ違い・スペック違い・オプション品など)
商品イメージ
アズワン品番
商品名
型番
入り数
標準価格
標準価格(ドル)
アズワン在庫
[サプライヤ在庫]

61-6927-84
Laser Beam Expander 400-700nm 3x LBE-3
LBE-3
1piece
JPY: 43,700
USD: 273.93


61-6927-85
Laser Beam Expander 400-700nm 5x LBE-5
LBE-5
1piece
JPY: 43,700
USD: 273.93


61-6927-86
Laser Beam Expander 400-700nm 10x LBE-10
LBE-10
1piece
JPY: 46,000
USD: 288.35


61-6927-87
Laser Beam Expander 780-830nm 3x LBE-3L
LBE-3L
1piece
JPY: 57,500
USD: 360.43


61-6927-88
Laser Beam Expander 780-830nm 5x LBE-5L
LBE-5L
1piece
JPY: 57,500
USD: 360.43


61-6927-89
Laser Beam Expander 780-830nm 10x LBE-10L
LBE-10L
1piece
JPY: 62,100
USD: 389.27


61-6927-90
Laser Beam Expander 1064nm 3x LBE-3Y
LBE-3Y
1piece
JPY: 57,500
USD: 360.43


61-6927-91
Laser Beam Expander 1064nm 5x LBE-5Y
LBE-5Y
1piece
JPY: 57,500
USD: 360.43


61-6927-92
Laser Beam Expander 1064nm 10x LBE-10Y
LBE-10Y
1piece
JPY: 62,100
USD: 389.27

61-6927-90 Laser Beam Expander 1064nm 3x LBE-3Y
Features
- A beam expander that can expand the laser beam by simple experiments.
- Since the collimation is adjusted so that the best collimated state is obtained when the collimated beam is incident, it is easy to obtain the enlarged collimated light by directly injecting the laser beam.
- The optical system of the beam expander has an air gap configuration without gluing lenses together.
- This allows it to be used with high-power lasers.
- The Galileo lens configuration reduces the number of aberration correction lenses and shortens the total length of the beam expander.
- The visible light type can be directly attached to the exit port of the He-Ne laser (05-LHP-111/121/151/171/991/925).
- A beam expander holder (LBE-H) with a beam expander built into the holder with fine aori adjustment is available.
- * When the beam expander is placed inclined to the optical axis, the beam emitted from the expander is inclined to the optical axis and emitted.
- * Position the beam expander so that it is perpendicular to the incident beam, or adjust the angle of the beam expander with a tiltable holder.
- * The beam expander cannot be used in the opposite direction to produce collimated light with reduced beam diameter.
- * Determine the divergence angle of the laser beam and the position of the beam waist, and use an appropriate optical system.
- * If the incoming beam is divergent or convergent, the outgoing beam may not be collimated.
SpecSpec class="init">
61-6927-90 Laser Beam Expander 1064nm 3x LBE-3Y 【AXEL GLOBAL】 アズワン
Contact us
SIGMAKOKI CO., LTD.
61-6927-90 Laser Beam Expander 1064nm 3x LBE-3Y
特徴
- A beam expander that can expand the laser beam by simple experiments.
- Since the collimation is adjusted so that the best collimated state is obtained when the collimated beam is incident, it is easy to obtain the enlarged collimated light by directly injecting the laser beam.
- The optical system of the beam expander has an air gap configuration without gluing lenses together.
- This allows it to be used with high-power lasers.
- The Galileo lens configuration reduces the number of aberration correction lenses and shortens the total length of the beam expander.
- The visible light type can be directly attached to the exit port of the He-Ne laser (05-LHP-111/121/151/171/991/925).
- A beam expander holder (LBE-H) with a beam expander built into the holder with fine aori adjustment is available.
- * When the beam expander is placed inclined to the optical axis, the beam emitted from the expander is inclined to the optical axis and emitted.
- * Position the beam expander so that it is perpendicular to the incident beam, or adjust the angle of the beam expander with a tiltable holder.
- * The beam expander cannot be used in the opposite direction to produce collimated light with reduced beam diameter.
- * Determine the divergence angle of the laser beam and the position of the beam waist, and use an appropriate optical system.
- * If the incoming beam is divergent or convergent, the outgoing beam may not be collimated.
SpecSpec class="init">
61-6927-90 Laser Beam Expander 1064nm 3x LBE-3Y 【AXEL GLOBAL】 アズワン
Contact us
SIGMAKOKI CO., LTD.
61-6927-90 Laser Beam Expander 1064nm 3x LBE-3Y
特徴
- A beam expander that can expand the laser beam by simple experiments.
- Since the collimation is adjusted so that the best collimated state is obtained when the collimated beam is incident, it is easy to obtain the enlarged collimated light by directly injecting the laser beam.
- The optical system of the beam expander has an air gap configuration without gluing lenses together.
- This allows it to be used with high-power lasers.
- The Galileo lens configuration reduces the number of aberration correction lenses and shortens the total length of the beam expander.
- The visible light type can be directly attached to the exit port of the He-Ne laser (05-LHP-111/121/151/171/991/925).
- A beam expander holder (LBE-H) with a beam expander built into the holder with fine aori adjustment is available.
- * When the beam expander is placed inclined to the optical axis, the beam emitted from the expander is inclined to the optical axis and emitted.
- * Position the beam expander so that it is perpendicular to the incident beam, or adjust the angle of the beam expander with a tiltable holder.
- * The beam expander cannot be used in the opposite direction to produce collimated light with reduced beam diameter.
- * Determine the divergence angle of the laser beam and the position of the beam waist, and use an appropriate optical system.
- * If the incoming beam is divergent or convergent, the outgoing beam may not be collimated.
Spec
- Adaptive wavelength: 1064nm
- Beam magnification: 3 times
- Mirror barrel length A: 63.73mm
- B: 57.8mm
- Incident effective diameter: φ3.8mm
- Laser durability *: 4J/cm2
- Mass: 0.12kg
- *Laser pulse width 10ns, Repeat frequency 20Hz
- RoHS conform product
-
Order No.Order No.ss="init">
61-6927-90 Laser Beam Expander 1064nm 3x LBE-3Y 【AXEL GLOBAL】 アズワン
Contact us
SIGMAKOKI CO., LTD.
61-6927-90 Laser Beam Expander 1064nm 3x LBE-3Y
特徴
- A beam expander that can expand the laser beam by simple experiments.
- Since the collimation is adjusted so that the best collimated state is obtained when the collimated beam is incident, it is easy to obtain the enlarged collimated light by directly injecting the laser beam.
- The optical system of the beam expander has an air gap configuration without gluing lenses together.
- This allows it to be used with high-power lasers.
- The Galileo lens configuration reduces the number of aberration correction lenses and shortens the total length of the beam expander.
- The visible light type can be directly attached to the exit port of the He-Ne laser (05-LHP-111/121/151/171/991/925).
- A beam expander holder (LBE-H) with a beam expander built into the holder with fine aori adjustment is available.
- * When the beam expander is placed inclined to the optical axis, the beam emitted from the expander is inclined to the optical axis and emitted.
- * Position the beam expander so that it is perpendicular to the incident beam, or adjust the angle of the beam expander with a tiltable holder.
- * The beam expander cannot be used in the opposite direction to produce collimated light with reduced beam diameter.
- * Determine the divergence angle of the laser beam and the position of the beam waist, and use an appropriate optical system.
- * If the incoming beam is divergent or convergent, the outgoing beam may not be collimated.
仕様
- Adaptive wavelength: 1064nm
- Beam magnification: 3 times
- Mirror barrel length A: 63.73mm
- B: 57.8mm
- Incident effective diameter: φ3.8mm
- Laser durability *: 4J/cm2
- Mass: 0.12kg
- *Laser pulse width 10ns, Repeat frequency 20Hz
- RoHS conform product
-
アズワン品番
61-6927-90
Model No.
LBE-3Y
標準価格
JPY: 57,500
USD: 360.43
Excange rate 1USD= 159.53JPY
Valid price in Japan
入り数
1piece
在庫数
サプライヤ在庫
商品のバリエーション (サイズ違い・スペック違い・オプション品など)
商品イメージ
アズワン品番
商品名
型番
入り数
標準価格
標準価格(ドル)
アズワン在庫
[サプライヤ在庫]

61-6927-84
Laser Beam Expander 400-700nm 3x LBE-3
LBE-3
1piece
JPY: 43,700
USD: 273.93


61-6927-85
Laser Beam Expander 400-700nm 5x LBE-5
LBE-5
1piece
JPY: 43,700
USD: 273.93


61-6927-86
Laser Beam Expander 400-700nm 10x LBE-10
LBE-10
1piece
JPY: 46,000
USD: 288.35


61-6927-87
Laser Beam Expander 780-830nm 3x LBE-3L
LBE-3L
1piece
JPY: 57,500
USD: 360.43


61-6927-88
Laser Beam Expander 780-830nm 5x LBE-5L
LBE-5L
1piece
JPY: 57,500
USD: 360.43


61-6927-89
Laser Beam Expander 780-830nm 10x LBE-10L
LBE-10L
1piece
JPY: 62,100
USD: 389.27


61-6927-90
Laser Beam Expander 1064nm 3x LBE-3Y
LBE-3Y
1piece
JPY: 57,500
USD: 360.43


61-6927-91
Laser Beam Expander 1064nm 5x LBE-5Y
LBE-5Y
1piece
JPY: 57,500
USD: 360.43


61-6927-92
Laser Beam Expander 1064nm 10x LBE-10Y
LBE-10Y
1piece
JPY: 62,100
USD: 389.27

61-6927-90 Laser Beam Expander 1064nm 3x LBE-3Y
特徴
- A beam expander that can expand the laser beam by simple experiments.
- Since the collimation is adjusted so that the best collimated state is obtained when the collimated beam is incident, it is easy to obtain the enlarged collimated light by directly injecting the laser beam.
- The optical system of the beam expander has an air gap configuration without gluing lenses together.
- This allows it to be used with high-power lasers.
- The Galileo lens configuration reduces the number of aberration correction lenses and shortens the total length of the beam expander.
- The visible light type can be directly attached to the exit port of the He-Ne laser (05-LHP-111/121/151/171/991/925).
- A beam expander holder (LBE-H) with a beam expander built into the holder with fine aori adjustment is available.
- * When the beam expander is placed inclined to the optical axis, the beam emitted from the expander is inclined to the optical axis and emitted.
- * Position the beam expander so that it is perpendicular to the incident beam, or adjust the angle of the beam expander with a tiltable holder.
- * The beam expander cannot be used in the opposite direction to produce collimated light with reduced beam diameter.
- * Determine the divergence angle of the laser beam and the position of the beam waist, and use an appropriate optical system.
- * If the incoming beam is divergent or convergent, the outgoing beam may not be collimated.
SpecSpec class="init">
61-6927-90 Laser Beam Expander 1064nm 3x LBE-3Y 【AXEL GLOBAL】 アズワン
Contact us
SIGMAKOKI CO., LTD.
61-6927-90 Laser Beam Expander 1064nm 3x LBE-3Y
特徴
- A beam expander that can expand the laser beam by simple experiments.
- Since the collimation is adjusted so that the best collimated state is obtained when the collimated beam is incident, it is easy to obtain the enlarged collimated light by directly injecting the laser beam.
- The optical system of the beam expander has an air gap configuration without gluing lenses together.
- This allows it to be used with high-power lasers.
- The Galileo lens configuration reduces the number of aberration correction lenses and shortens the total length of the beam expander.
- The visible light type can be directly attached to the exit port of the He-Ne laser (05-LHP-111/121/151/171/991/925).
- A beam expander holder (LBE-H) with a beam expander built into the holder with fine aori adjustment is available.
- * When the beam expander is placed inclined to the optical axis, the beam emitted from the expander is inclined to the optical axis and emitted.
- * Position the beam expander so that it is perpendicular to the incident beam, or adjust the angle of the beam expander with a tiltable holder.
- * The beam expander cannot be used in the opposite direction to produce collimated light with reduced beam diameter.
- * Determine the divergence angle of the laser beam and the position of the beam waist, and use an appropriate optical system.
- * If the incoming beam is divergent or convergent, the outgoing beam may not be collimated.
Spec
- Adaptive wavelength: 1064nm
- Beam magnification: 3 times
- Mirror barrel length A: 63.73mm
- B: 57.8mm
- Incident effective diameter: φ3.8mm
- Laser durability *: 4J/cm2
- Mass: 0.12kg
- *Laser pulse width 10ns, Repeat frequency 20Hz
- RoHS conform product
-
Order No.Order No.ss="init">
61-6927-90 Laser Beam Expander 1064nm 3x LBE-3Y 【AXEL GLOBAL】 アズワン
Contact us
SIGMAKOKI CO., LTD.
61-6927-90 Laser Beam Expander 1064nm 3x LBE-3Y
特徴
- A beam expander that can expand the laser beam by simple experiments.
- Since the collimation is adjusted so that the best collimated state is obtained when the collimated beam is incident, it is easy to obtain the enlarged collimated light by directly injecting the laser beam.
- The optical system of the beam expander has an air gap configuration without gluing lenses together.
- This allows it to be used with high-power lasers.
- The Galileo lens configuration reduces the number of aberration correction lenses and shortens the total length of the beam expander.
- The visible light type can be directly attached to the exit port of the He-Ne laser (05-LHP-111/121/151/171/991/925).
- A beam expander holder (LBE-H) with a beam expander built into the holder with fine aori adjustment is available.
- * When the beam expander is placed inclined to the optical axis, the beam emitted from the expander is inclined to the optical axis and emitted.
- * Position the beam expander so that it is perpendicular to the incident beam, or adjust the angle of the beam expander with a tiltable holder.
- * The beam expander cannot be used in the opposite direction to produce collimated light with reduced beam diameter.
- * Determine the divergence angle of the laser beam and the position of the beam waist, and use an appropriate optical system.
- * If the incoming beam is divergent or convergent, the outgoing beam may not be collimated.
仕様
- Adaptive wavelength: 1064nm
- Beam magnification: 3 times
- Mirror barrel length A: 63.73mm
- B: 57.8mm
- Incident effective diameter: φ3.8mm
- Laser durability *: 4J/cm2
- Mass: 0.12kg
- *Laser pulse width 10ns, Repeat frequency 20Hz
- RoHS conform product
-
アズワン品番
61-6927-90
Model No.
LBE-3Y
標準価格
JPY: 57,500
USD: 360.43
Excange rate 1USD= 159.53JPY
Valid price in Japan
入り数
1piece
在庫数
サプライヤ在庫
商品のバリエーション (サイズ違い・スペック違い・オプション品など)
商品イメージ
アズワン品番
商品名
型番
入り数
標準価格
標準価格(ドル)
アズワン在庫
[サプライヤ在庫]

61-6927-84
Laser Beam Expander 400-700nm 3x LBE-3
LBE-3
1piece
JPY: 43,700
USD: 273.93


61-6927-85
Laser Beam Expander 400-700nm 5x LBE-5
LBE-5
1piece
JPY: 43,700
USD: 273.93


61-6927-86
Laser Beam Expander 400-700nm 10x LBE-10
LBE-10
1piece
JPY: 46,000
USD: 288.35


61-6927-87
Laser Beam Expander 780-830nm 3x LBE-3L
LBE-3L
1piece
JPY: 57,500
USD: 360.43


61-6927-88
Laser Beam Expander 780-830nm 5x LBE-5L
LBE-5L
1piece
JPY: 57,500
USD: 360.43


61-6927-89
Laser Beam Expander 780-830nm 10x LBE-10L
LBE-10L
1piece
JPY: 62,100
USD: 389.27


61-6927-90
Laser Beam Expander 1064nm 3x LBE-3Y
LBE-3Y
1piece
JPY: 57,500
USD: 360.43


61-6927-91
Laser Beam Expander 1064nm 5x LBE-5Y
LBE-5Y
1piece
JPY: 57,500
USD: 360.43


61-6927-92
Laser Beam Expander 1064nm 10x LBE-10Y
LBE-10Y
1piece
JPY: 62,100
USD: 389.27

61-6927-90 Laser Beam Expander 1064nm 3x LBE-3Y
特徴
- A beam expander that can expand the laser beam by simple experiments.
- Since the collimation is adjusted so that the best collimated state is obtained when the collimated beam is incident, it is easy to obtain the enlarged collimated light by directly injecting the laser beam.
- The optical system of the beam expander has an air gap configuration without gluing lenses together.
- This allows it to be used with high-power lasers.
- The Galileo lens configuration reduces the number of aberration correction lenses and shortens the total length of the beam expander.
- The visible light type can be directly attached to the exit port of the He-Ne laser (05-LHP-111/121/151/171/991/925).
- A beam expander holder (LBE-H) with a beam expander built into the holder with fine aori adjustment is available.
- * When the beam expander is placed inclined to the optical axis, the beam emitted from the expander is inclined to the optical axis and emitted.
- * Position the beam expander so that it is perpendicular to the incident beam, or adjust the angle of the beam expander with a tiltable holder.
- * The beam expander cannot be used in the opposite direction to produce collimated light with reduced beam diameter.
- * Determine the divergence angle of the laser beam and the position of the beam waist, and use an appropriate optical system.
- * If the incoming beam is divergent or convergent, the outgoing beam may not be collimated.
Spec
- Adaptive wavelength: 1064nm
- Beam magnification: 3 times
- Mirror barrel length A: 63.73mm
- B: 57.8mm
- Incident effective diameter: φ3.8mm
- Laser durability *: 4J/cm2
- Mass: 0.12kg
- *Laser pulse width 10ns, Repeat frequency 20Hz
- RoHS conform product
Order No.Order No.ss="init">
61-6927-90 Laser Beam Expander 1064nm 3x LBE-3Y特徴
仕様
商品のバリエーション (サイズ違い・スペック違い・オプション品など)
| |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|

