April 10, 2014
Olympus launches four new bronchoscope models
designed for observation and diagnosis of peripheral pulmonary lesions
BF-P190 and 290, BF-XP190 and 290
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EVIS LUCERA ELITE BRONCHOVIDEOSCOPE
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Figure: Bronchoscope is inserted
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Olympus Medical Systems Corp. (President: Akihiro Taguchi) will launch new slim bronchoscopes in Japan, Europe, and Australia in April. Launch in other markets will follow.
A bronchoscope is an endoscope, inserted into the mouth or nose and used for observation, diagnosis, and treatment of the lungs and bronchi. Because the airway lumen becomes narrower as it approaches the peripheral area of the lung; a slimmer bronchoscope must be used for procedures in this location. Recently introduced slim and ultra slim bronchoscopes contain an innovative micromini CCD, located on the tip of the bronchoscope. This micromini CCD is responsible for the drastically improved image quality and improved observation capability. The new bronchoscopes are also equipped with an insertion tube rotation function, which supports easier operation and smoother insertion, with less operator fatigue. The new, wider angulation range enhances scope maneuverability. All of these new bronchoscope features are expected to allow for an easier approach to the upper lobe bronchi and previously difficult-to-reach areas in the lung periphery.
Launch Overview*1
Product Name | Launch Date |
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EVIS LUCERA ELITE BRONCHOVIDEOSCOPE OLYMPUS BF-P290 | April 2014 |
EVIS LUCERA ELITE BRONCHOVIDEOSCOPE OLYMPUS BF-XP290 | |
EVIS EXERA III BRONCHOVIDEOSCOPE OLYMPUS BF-P190 | |
EVIS EXERA III BRONCHOVIDEOSCOPE OLYMPUS BF-XP190 |
*1 | Available product models and launch date vary depending on the market. |
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Main Features
- Revolutionary mini CCD provides drastically enhanced image quality
- Equipped with insertion tube rotation function for improved maneuverability
- 210° tip angulation for easier access to difficult-to-reach areas in the lung periphery
Development Background
More peripheral nodules are now being detected, through the use of high-resolution CT. If malignancy of a nodule is suspected, tissue sampling is performed through bronchoscopy or CT-guided transthoracic needle aspiration. A final diagnosis is made by performing a pathological examination of the tissue sample. Currently, in order to perform a bronchoscopy procedure in the peripheral lung, a pulmonologist generally uses 3 mm or 4 mm outer diameter bronchoscope in order to approach the lung periphery. However, a slimmer bronchoscope with higher image quality has been sought out by pulmonologists, for quite some time. Olympus has responded to this request, as we are now releasing 4 new slimmer, higher image quality bronchoscope models.
Details of Main Features
1. Revolutionary mini CCD provides drastically enhanced image quality
Located on the tip of the new bronchoscopes, the innovative micromini CCD is responsible for the drastically improved image quality. The distal end outer diameter of the BF-P190 and the BF-P290 models is 4.2 mm. The distal end outer diameter of the BF-XP190 and the BF-XP290 models is 3.1 mm. All of these slimmer bronchoscopes allow for an easier approach to the lung periphery and are expected to improve observation, as well as diagnostic yield. Additionally, the BF-XP190 and the BF-XP290 bronchoscopes are slim enough to be used in pediatric patients.
2. Equipped with insertion tube rotation function for improved maneuverability
The insertion tube can be rotated left or right, up to 120 degrees, by simply turning a ring on the control section of the scope. This supports easier operation and smoother insertion with less operator fatigue. The insertion tube rotation function allows the operator easier access the periphery of the lungs, while maintaining a natural posture.
3. 210° tip angulation for easier access to difficult-to-reach areas in the lung periphery
The combination of the insertion tube rotation function and the 210° wider angulation range enhances scope maneuverability; allowing an easier approach to the upper lobe bronchi and previously difficult-to-reach areas in the lung periphery.
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