INFO:
Surgical urology suite bearing an orbital C-Arm (C-shaped arm encompassing the X-ray source and image intensifier).
A similar version of the device was designed for former PCK Healthcare Solutions (2005)
Page: 1/35
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INFO:
Surgical urology suite bearing an orbital C-Arm (C-shaped arm encompassing the X-ray source and image intensifier).
A similar version of the device was designed for former PCK Healthcare Solutions (2005)
Page: 2/35
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INFO:
Surgical urology suite bearing an orbital C-Arm (C-shaped arm encompassing the X-ray source and image intensifier).
A similar version of the device was designed for former PCK Healthcare Solutions (2005)
Page: 3/35
Swipe left or right to move between images. You may also use the arrow keys on your keyboard.
INFO:
Surgical urology suite bearing an orbital C-Arm (C-shaped arm encompassing the X-ray source and image intensifier).
A similar version of the device was designed for former PCK Healthcare Solutions (2005)
Page: 4/35
Swipe left or right to move between images. You may also use the arrow keys on your keyboard.
INFO:
Surgical urology suite bearing an orbital C-Arm (C-shaped arm encompassing the X-ray source and image intensifier).
A similar version of the device was designed for former PCK Healthcare Solutions (2005)
Page: 5/35
Swipe left or right to move between images. You may also use the arrow keys on your keyboard.
INFO:
Surgical urology suite bearing an orbital C-Arm (C-shaped arm encompassing the X-ray source and image intensifier).
A similar version of the device was designed for former PCK Healthcare Solutions (2005)
Page: 6/35
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INFO:
BILO is the abbreviation for “Bilateral Lithotripsy Operator” depicting two spherical arms revolving around the same spherical center, surgeon can send the surgical probe from one arm and send the fiberoptic camera from the other, to the exact point where the probe is to monitor and to handle the surgery. Both arms convey instrument channels which can be replaced with varying sizes of instrument channels, and can be fixed at the intended position.
Bilo is designed for Next Generation Innovative Technologies.
Page: 7/35
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INFO:
BILO is the abbreviation for “Bilateral Lithotripsy Operator” depicting two spherical arms revolving around the same spherical center, surgeon can send the surgical probe from one arm and send the fiberoptic camera from the other, to the exact point where the probe is to monitor and to handle the surgery. Both arms convey instrument channels which can be replaced with varying sizes of instrument channels, and can be fixed at the intended position.
Bilo is designed for Next Generation Innovative Technologies.
Page: 8/35
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INFO:
BILO is the abbreviation for “Bilateral Lithotripsy Operator” depicting two spherical arms revolving around the same spherical center, surgeon can send the surgical probe from one arm and send the fiberoptic camera from the other, to the exact point where the probe is to monitor and to handle the surgery. Both arms convey instrument channels which can be replaced with varying sizes of instrument channels, and can be fixed at the intended position.
Bilo is designed for Next Generation Innovative Technologies.
Page: 9/35
Swipe left or right to move between images. You may also use the arrow keys on your keyboard.
INFO:
BILO is the abbreviation for “Bilateral Lithotripsy Operator” depicting two spherical arms revolving around the same spherical center, surgeon can send the surgical probe from one arm and send the fiberoptic camera from the other, to the exact point where the probe is to monitor and to handle the surgery. Both arms convey instrument channels which can be replaced with varying sizes of instrument channels, and can be fixed at the intended position.
Bilo is designed for Next Generation Innovative Technologies.
Page: 10/35
Swipe left or right to move between images. You may also use the arrow keys on your keyboard.
INFO:
BILO is the abbreviation for “Bilateral Lithotripsy Operator” depicting two spherical arms revolving around the same spherical center, surgeon can send the surgical probe from one arm and send the fiberoptic camera from the other, to the exact point where the probe is to monitor and to handle the surgery. Both arms convey instrument channels which can be replaced with varying sizes of instrument channels, and can be fixed at the intended position.
Bilo is designed for Next Generation Innovative Technologies.
Page: 11/35
Swipe left or right to move between images. You may also use the arrow keys on your keyboard.
INFO:
BILO is the abbreviation for “Bilateral Lithotripsy Operator” depicting two spherical arms revolving around the same spherical center, surgeon can send the surgical probe from one arm and send the fiberoptic camera from the other, to the exact point where the probe is to monitor and to handle the surgery. Both arms convey instrument channels which can be replaced with varying sizes of instrument channels, and can be fixed at the intended position.
Bilo is designed for Next Generation Innovative Technologies.
Page: 12/35
Swipe left or right to move between images. You may also use the arrow keys on your keyboard.
INFO:
BILO is the abbreviation for “Bilateral Lithotripsy Operator” depicting two spherical arms revolving around the same spherical center, surgeon can send the surgical probe from one arm and send the fiberoptic camera from the other, to the exact point where the probe is to monitor and to handle the surgery. Both arms convey instrument channels which can be replaced with varying sizes of instrument channels, and can be fixed at the intended position.
Bilo is designed for Next Generation Innovative Technologies.
Page: 13/35
Swipe left or right to move between images. You may also use the arrow keys on your keyboard.
INFO:
BILO is the abbreviation for “Bilateral Lithotripsy Operator” depicting two spherical arms revolving around the same spherical center, surgeon can send the surgical probe from one arm and send the fiberoptic camera from the other, to the exact point where the probe is to monitor and to handle the surgery. Both arms convey instrument channels which can be replaced with varying sizes of instrument channels, and can be fixed at the intended position.
Bilo is designed for Next Generation Innovative Technologies.
Page: 14/35
Swipe left or right to move between images. You may also use the arrow keys on your keyboard.
INFO:
BILO is the abbreviation for “Bilateral Lithotripsy Operator” depicting two spherical arms revolving around the same spherical center, surgeon can send the surgical probe from one arm and send the fiberoptic camera from the other, to the exact point where the probe is to monitor and to handle the surgery. Both arms convey instrument channels which can be replaced with varying sizes of instrument channels, and can be fixed at the intended position.
Bilo is designed for Next Generation Innovative Technologies.
Page: 15/35
Swipe left or right to move between images. You may also use the arrow keys on your keyboard.
INFO:
BILO is the abbreviation for “Bilateral Lithotripsy Operator” depicting two spherical arms revolving around the same spherical center, surgeon can send the surgical probe from one arm and send the fiberoptic camera from the other, to the exact point where the probe is to monitor and to handle the surgery. Both arms convey instrument channels which can be replaced with varying sizes of instrument channels, and can be fixed at the intended position.
Bilo is designed for Next Generation Innovative Technologies.
Page: 16/35
Swipe left or right to move between images. You may also use the arrow keys on your keyboard.
INFO:
BILO is the abbreviation for “Bilateral Lithotripsy Operator” depicting two spherical arms revolving around the same spherical center, surgeon can send the surgical probe from one arm and send the fiberoptic camera from the other, to the exact point where the probe is to monitor and to handle the surgery. Both arms convey instrument channels which can be replaced with varying sizes of instrument channels, and can be fixed at the intended position.
Bilo is designed for Next Generation Innovative Technologies.
Page: 17/35
Swipe left or right to move between images. You may also use the arrow keys on your keyboard.
INFO:
BILO is the abbreviation for “Bilateral Lithotripsy Operator” depicting two spherical arms revolving around the same spherical center, surgeon can send the surgical probe from one arm and send the fiberoptic camera from the other, to the exact point where the probe is to monitor and to handle the surgery. Both arms convey instrument channels which can be replaced with varying sizes of instrument channels, and can be fixed at the intended position.
Bilo is designed for Next Generation Innovative Technologies.
Page: 18/35
Swipe left or right to move between images. You may also use the arrow keys on your keyboard.
INFO:
BILO is the abbreviation for “Bilateral Lithotripsy Operator” depicting two spherical arms revolving around the same spherical center, surgeon can send the surgical probe from one arm and send the fiberoptic camera from the other, to the exact point where the probe is to monitor and to handle the surgery. Both arms convey instrument channels which can be replaced with varying sizes of instrument channels, and can be fixed at the intended position.
Bilo is designed for Next Generation Innovative Technologies.
Page: 19/35
Swipe left or right to move between images. You may also use the arrow keys on your keyboard.
INFO:
BILO is the abbreviation for “Bilateral Lithotripsy Operator” depicting two spherical arms revolving around the same spherical center, surgeon can send the surgical probe from one arm and send the fiberoptic camera from the other, to the exact point where the probe is to monitor and to handle the surgery. Both arms convey instrument channels which can be replaced with varying sizes of instrument channels, and can be fixed at the intended position.
Bilo is designed for Next Generation Innovative Technologies.
Page: 20/35
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INFO:
Modus ESWT is a slightly modified version of Lithobox. ESWT stands for "Extra Corporeal Shock Wave Therapy". Working with same principal , pneumatic pressures generated by Modus are transmitted to the handpiece to be converted to radial shock waves. Through the handpiece these waves are applied to body parts for therapeutic purposes.
Modus is designed for Inceler Medikal.
Page: 21/35
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INFO:
Modus ESWT is a slightly modified version of Lithobox. ESWT stands for "Extra Corporeal Shock Wave Therapy". Working with same principal , pneumatic pressures generated by Modus are transmitted to the handpiece to be converted to radial shock waves. Through the handpiece these waves are applied to body parts for therapeutic purposes.
Modus is designed for Inceler Medikal.
Page: 22/35
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INFO:
Modus ESWT is a slightly modified version of Lithobox. ESWT stands for "Extra Corporeal Shock Wave Therapy". Working with same principal , pneumatic pressures generated by Modus are transmitted to the handpiece to be converted to radial shock waves. Through the handpiece these waves are applied to body parts for therapeutic purposes.
Modus is designed for Inceler Medikal.
Page: 23/35
Swipe left or right to move between images. You may also use the arrow keys on your keyboard.
INFO:
Modus ESWT is a slightly modified version of Lithobox. ESWT stands for "Extra Corporeal Shock Wave Therapy". Working with same principal , pneumatic pressures generated by Modus are transmitted to the handpiece to be converted to radial shock waves. Through the handpiece these waves are applied to body parts for therapeutic purposes.
Modus is designed for Inceler Medikal.
Page: 24/35
Swipe left or right to move between images. You may also use the arrow keys on your keyboard.
INFO:
Modus ESWT is a slightly modified version of Lithobox. ESWT stands for "Extra Corporeal Shock Wave Therapy". Working with same principal , pneumatic pressures generated by Modus are transmitted to the handpiece to be converted to radial shock waves. Through the handpiece these waves are applied to body parts for therapeutic purposes.
Modus is designed for Inceler Medikal.
Notes: Credits for the Commercial Renderings of this project belongs to Kutberk Kargın (svstudios)
Page: 25/35
Swipe left or right to move between images. You may also use the arrow keys on your keyboard.
INFO:
Modus ESWT is a slightly modified version of Lithobox. ESWT stands for "Extra Corporeal Shock Wave Therapy". Working with same principal , pneumatic pressures generated by Modus are transmitted to the handpiece to be converted to radial shock waves. Through the handpiece these waves are applied to body parts for therapeutic purposes.
Modus is designed for Inceler Medikal.
Notes: Credits for the Commercial Renderings of this project belongs to Kutberk Kargın (svstudios)
Page: 26/35
Swipe left or right to move between images. You may also use the arrow keys on your keyboard.
INFO:
Modus ESWT is a slightly modified version of Lithobox. ESWT stands for "Extra Corporeal Shock Wave Therapy". Working with same principal , pneumatic pressures generated by Modus are transmitted to the handpiece to be converted to radial shock waves. Through the handpiece these waves are applied to body parts for therapeutic purposes.
Modus is designed for Inceler Medikal.
Notes: Credits for the Commercial Renderings of this project belongs to Kutberk Kargın (svstudios)
Page: 27/35
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INFO:
Lithobox: Pneumatic Lithothtripter. Lithobox is a new generation pneumatic lithtotripsy surgery device for invasive treatments of kidney stones. Pneumatic pressure generated by the device is applied to stones through titanium probes.
Lithobox is designed for Inceler Medikal.
Notes: Credits for the Commercial Renderings of this project belongs to Kutberk Kargın (svstudios)
Page: 28/35
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INFO:
Lithobox: Pneumatic Lithothtripter. Lithobox is a new generation pneumatic lithtotripsy surgery device for invasive treatments of kidney stones. Pneumatic pressure generated by the device is applied to stones through titanium probes.
Lithobox is designed for Inceler Medikal.
Notes: Credits for the Commercial Renderings of this project belongs to Kutberk Kargın (svstudios)
Page: 29/35
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INFO:
Lithobox: Pneumatic Lithothtripter. Lithobox is a new generation pneumatic lithtotripsy surgery device for invasive treatments of kidney stones. Pneumatic pressure generated by the device is applied to stones through titanium probes.
Lithobox is designed for Inceler Medikal.
Notes: Credits for the Commercial Renderings of this project belongs to Kutberk Kargın (svstudios)
Page: 30/35
Swipe left or right to move between images. You may also use the arrow keys on your keyboard.
INFO:
Lithobox: Pneumatic Lithothtripter. Lithobox is a new generation pneumatic lithtotripsy surgery device for invasive treatments of kidney stones. Pneumatic pressure generated by the device is applied to stones through titanium probes.
Lithobox is designed for Inceler Medikal.
Notes: Credits for the Commercial Renderings of this project belongs to Kutberk Kargın (svstudios)
Page: 31/35
Swipe left or right to move between images. You may also use the arrow keys on your keyboard.
INFO:
Lithobox: Pneumatic Lithothtripter. Lithobox is a new generation pneumatic lithtotripsy surgery device for invasive treatments of kidney stones. Pneumatic pressure generated by the device is applied to stones through titanium probes.
Lithobox is designed for Inceler Medikal.
Notes: Credits for the Commercial Renderings of this project belongs to Kutberk Kargın (svstudios)
Page: 32/35
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INFO:
ESWL Device (Extracorporeal shock wave lithotripsy). These devices are used for non-invasive treatments of kidney stones. Simply, high-intensity acoustic pulses produced by electrical surges are aimed at kidney stones with the help of a water filled reflector. A previous version designed for PCK-HealthCare Solutions in 2006.
Page: 33/35
Swipe left or right to move between images. You may also use the arrow keys on your keyboard.
INFO:
ESWL Device (Extracorporeal shock wave lithotripsy). These devices are used for non-invasive treatments of kidney stones. Simply, high-intensity acoustic pulses produced by electrical surges are aimed at kidney stones with the help of a water filled reflector. A previous version designed for PCK-HealthCare Solutions in 2006.
Page: 34/35
Swipe left or right to move between images. You may also use the arrow keys on your keyboard.
INFO:
ESWL Device (Extracorporeal shock wave lithotripsy). These devices are used for non-invasive treatments of kidney stones. Simply, high-intensity acoustic pulses produced by electrical surges are aimed at kidney stones with the help of a water filled reflector. A previous version designed for PCK-HealthCare Solutions in 2006.
Page: 35/35
Swipe left or right to move between images. You may also use the arrow keys on your keyboard.
