About Erbe Icc 300 Cautery (for Human And Veterinary)
ERBE ICC 300 CAUTERY
Brand: ERBE
Condition : Pre-Owned
Type: Diathermy / ESU ERBE Erbotom ICC 300
Features :- The ERBE ICC 300 is a high-frequency surgical unit for cutting and coagulation.
It's the price-conscious solution for medium and major surgical procedures. After all, a smooth routine in the operating room depends on maximum safety, a high degree of comfort in use, and perfect functionality - exactly the features of the ICC 300 . And it also meets the special demands of Minimally Invasive Surgery. CUT CONTROL for automatically perfect cuts.
Reproducible cut quality with minimum necrosis HlGH CUT with specialized arc regulation for underwater cuts or in fatty structures SOFT coagulation for precisely controlled coagulation No carbonization (SOFT COAG) Far less adhesion and electrode soiling Bipolar coagulation for even greater safety PPS for intelligent support of initial incisions and cutting AUTO START for greater facility of bipolar coagulation SPRAY coagulation for better surface effects ARGONPLASIVIA coagulation via integrated plug-in connection What is included ? Generator Foot pedals
Advanced Cutting and Coagulation TechnologyThe Erbe ICC 300 Cautery is engineered for high-frequency electrosurgical performance, offering user-programmable cutting and coagulation modes. Its Auto Cut, Endo Cut, Dry Cut, and Forced Coagulation settings, combined with Soft, Spray, and Bipolar Coagulation, ensure customized treatment for a wide range of surgical procedures in both human and veterinary contexts.
Comprehensive Safety and Usability FeaturesSafety is prioritized with advanced features like patient plate monitoring, audio-visual alarms, and a self-check system. The digital display supports multiple languages, while footswitch and handswitch interfaces provide operational flexibility. These features make every procedure secure and straightforward for surgeons and veterinary professionals alike.
Set-Up, Operation, and MaintenanceInstallation of the Erbe ICC 300 is streamlined by its ABS plastic housing and medical-grade components. The active fan cooling system maintains optimal temperature, and stored memory settings simplify repeat procedures. Maintenance is facilitated via clear instructions in the user manual, ensuring the system's longevity and consistent performance.
FAQ's of Erbe Icc 300 Cautery (for Human And Veterinary):
Q: How is the Erbe ICC 300 Cautery used during surgery?
A: The device is used for electrosurgical cutting and coagulation in both human and veterinary procedures. Surgeons select preferred cutting or coagulation modes depending on the tissue type and operation, utilizing either the footswitch or handpiece for precision control.
Q: What safety features does the Erbe ICC 300 Cautery offer?
A: It incorporates patient plate monitoring, audio-visual alarms, and a self-check system to minimize risks and provide immediate alerts in case of malfunction. These safety protocols ensure the protection of both the patient and operator during surgery.
Q: When is it appropriate to utilize the different cutting modes?
A: Cutting modes like Auto Cut, Endo Cut, and Dry Cut are chosen based on surgical requirements. Auto Cut suits general tissue incision, Endo Cut is optimized for endoscopic procedures, and Dry Cut provides controlled cutting with minimal moisture. Forced Coagulation is used for rapid hemostasis.
Q: Where can the Erbe ICC 300 Cautery be applied clinically?
A: It is suitable for use in hospitals, clinics, and veterinary practices for major and minor surgical operations. Its application spans specialties such as general surgery, endoscopy, gynecology, ENT, and veterinary medicine.
Q: What are the benefits of programmable settings and memory storage?
A: User-programmable modes and memory storage allow clinicians to save their preferred parameters, facilitating consistency and efficiency in repeated procedures while reducing setup time.
Q: How does the cooling system contribute to device performance?
A: The active fan cooling system regulates the device's temperature during operation, preventing overheating and ensuring stable performance throughout extended procedures.