The ERBECRYO® 2 unit together with flexible cryoprobes is the next generation of Erbe cryo technology that is designed with a focus on reproducibility and handling:
Improved freezing performance
Improved standardization
Consistent target tissue effects
Target tissue can be frozen to the cryoprobe en face, tangentially, and circumferentially (360°), enabling clinical applications in challenging anatomy and hard to reach target areas
Cryo technology does not require reduced oxygen concentration levels compared to hot techniques like Electrosurgery, APC® or laser
Higher diagnostic yield compared to flexible forceps biopsies
Bigger specimen size
Better specimen quality (minimized crush artifacts and blood artifacts; the morphological structure remains intact)
Optimized tip design and the highest freezing performance due to the largest contact surface of the probe tips available
Consistent target tissue effects
Improved reproducibility and standardization
Enhanced shape memory
Slim, light and enhanced ergonomic design
Redesigned plug for ease of connection and disconnection
Architecture which supports positioning by easy identification under fluoroscopic guidance
No reprocessing (saves time and cost, reduces risk of cross-contamination)
Removal tool can be used to release a biopsy from the cryoprobe (helps to standardize and expedite the biopsy process)
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Electrosurgical Cutting and Cryodevitalization
Flexible Cryoprobe, OD 1.7mm, L 1.15m
REF No. 20402-410
The ERBECRYO® 2 unit together with flexible cryoprobes is the next generation of Erbe cryo technology that is designed with a focus on reproducibility and handling:
Improved freezing performance
Improved standardization
Consistent target tissue effects
Target tissue can be frozen to the cryoprobe en face, tangentially, and circumferentially (360°), enabling clinical applications in challenging anatomy and hard to reach target areas
Cryo technology does not require reduced oxygen concentration levels compared to hot techniques like Electrosurgery, APC® or laser
Higher diagnostic yield compared to flexible forceps biopsies
Bigger specimen size
Better specimen quality (minimized crush artifacts and blood artifacts within the specimen; the morphological structure remains intact)
Optimized tip design for greater contact surface
Expanded compatibilities (e.g. mini bronchoscopes and navigation catheters) and enhanced clinical utility due to miniaturization
Consistent target tissue effects
Improved reproducibility and standardization
Enhanced shape memory
Slim, light and enhanced ergonomic design
Redesigned plug for ease of connection and disconnection
Architecture which supports positioning by easy identification under fluoroscopic guidance
No reprocessing (saves time and cost, reduces risk of cross-contamination)
Removal tool can be used to release a biopsy from the cryoprobe (helps to standardize and expedite the biopsy process)
Flexible Cryoprobe, OD 1.1mm, L 1.15m with oversheath, OD 2.6mm, L817mm
REF No. 20402-401
The ERBECRYO® 2 unit together with flexible cryoprobes is the next generation of Erbe cryo technology that is designed with a focus on reproducibility and handling:
Improved freezing performance
Improved standardization
Consistent target tissue effects
Target tissue can be frozen to the cryoprobe en face, tangentially, and circumferentially (360°), enabling clinical applications in challenging anatomy and hard to reach target areas
Cryo technology does not require reduced oxygen concentration levels compared to hot techniques like Electrosurgery, APC® or laser
Higher diagnostic yield compared to flexible forceps biopsies
Bigger specimen size
Better specimen quality (minimized crush artifacts and blood artifacts within the specimen; the morphological structure remains intact)
Expanded compatibilities (e.g. mini bronchoscopes and navigation catheters*) and enhanced clinicalutility due to miniaturization
Consistent target tissue effects
Improved reproducibility and standardization
No reprocessing (saves time and cost, reduces risk of cross contamination)
Enhanced shape memory
Slim, light and enhanced ergonomic design
Redesigned plug for ease of connection and disconnection
Architecture which supports positioning by easy identification under fluoroscopic guidance
Removal tool can be used to release a biopsy from the cryoprobe (helps to standardize and expedite the biopsy process)
*Compatible with working channels ≥ 1.2mm and greater
1.1 mm cryoprobe with oversheath: no removal of the therapeutic bronchoscope* necessary
Atraumatic oversheath supports a quick and easy retrieval of the biopsy through the bronchoscope
Protects the biopsy and supports a high quality of the specimen
Protects the bronchoscope against the thermal influence of the cryoprobes and the mechanical pressure of the frozen biopsies
Extraction method with the 1.1mm probe and the oversheath is intended to provide the following advantages for the user:
Extraction of the biopsy through the oversheath in the working channel of the bronchoscope
Permanent visual control of the target area
Shorter reaction times in complication management (e.g. bleeding)
Improved application convenience:
In combination with the oversheath , biopsies can be removed through the working channel of a therapeutic bronchoscope (working channel ≥ 2.8mm) with the 1.1mm cryoprobe
The bronchoscope does not have to be removed in total from the target area during cryoextraction anymore
With the bronchoscope left in place, the physician can maintain visual control throughout the entire procedure.
Multiadapter for easy application:
Used to secure the oversheath and enables easy connection to standard bronchoscopes. It can be connected easily with the bronchoscope’s working channel and holds a seal throughout the procedure
With the oversheath extracted, suction and the insertion of flexible instruments is always enabled by an integrated seal
Allows the connection and use of conventional and Luer syringes
