Cryo-Hit Models EP6T5, FP5T5, FP5T3, EP2T2, EP1T1, and EP2T1
510(k) K012497
Active
Valid until
No expiry
FDA recalls
None ongoingDocuments
Trust
Unverified
Regulatory status
| Region | Authorization | Number | Date | Status |
|---|---|---|---|---|
| United States | FDA 510(k)SESE | NumberK012497 | Date30 Oct 2001 | StatusActive |
Recalls
-
- Terminated Z-1698-2008
The warming catheter was manufactured with the inlet and outlet tubes switched.
Coverage
- Active
- Expiring
- Withdrawn
- Listed
- Not covered
United States — FDA 510(k) Active
Specification
- 510(k) Number
- FDA Product Code
- GEH
- FDA applicant
- Galil Medical , Ltd.
- Device Class
- Class II
- Regulation
- 21 CFR Part 878.4350
- Advisory Committee
- General, Plastic Surgery
- FDA Decision
- SESE Substantially Equivalent
Overview
AI-generated summary, 1 Oct 2026
The Cryo-Hit is a cryosurgical accessory designed for controlled freezing of tissue during surgical procedures. It operates by delivering cryogenic temperatures to target areas, facilitating precise tissue ablation or preservation through localized freezing. These devices are classified as cryosurgical units and are intended for use in general and plastic surgery applications, where controlled freezing is required for therapeutic or cosmetic interventions.
The Cryo-Hit models (EP6T5, FP5T5, FP5T3, EP2T2, EP1T1, and EP2T1) are reusable and intended for use in sterile surgical environments. They are classified under FDA product code GEH as Class II devices with special controls and were granted FDA 510(k) clearance as substantially equivalent to a predicate device. Each model is designed for specific cryosurgical applications, with variations in probe size and configuration to accommodate different clinical needs. Storage and handling must comply with standard surgical instrument protocols to maintain sterility and functionality.
Other devices from Galil Medical Ltd
Questions
AI-generated answers, 1 Oct 2026
What are the Cryo-Hit models designed for?
The Cryo-Hit models (EP6T5, FP5T5, FP5T3, EP2T2, EP1T1, and EP2T1) are reusable cryosurgical accessories intended for controlled freezing of tissue during surgical procedures. They are specifically engineered for general and plastic surgery applications, enabling precise tissue ablation or preservation through localized freezing. Each model varies in probe size and configuration to meet distinct clinical needs, such as cosmetic or therapeutic interventions.
How are the Cryo-Hit probes supplied and what does this imply for their use?
The Cryo-Hit probes are supplied as reusable devices, meaning they are designed for multiple uses in sterile surgical environments. This implies that they must undergo proper cleaning, sterilization, and maintenance between procedures to ensure sterility and functionality. Adherence to standard surgical instrument protocols is essential to prevent contamination and maintain performance.
Are the Cryo-Hit probes single-use or reusable, and why does this matter?
The Cryo-Hit probes are reusable, not single-use. This distinction matters because reusable devices require rigorous sterilization and maintenance procedures between uses to ensure safety and efficacy. Proper handling and storage are critical to prevent cross-contamination and to preserve the device’s functionality for repeated clinical applications.
What variations exist between the different Cryo-Hit models, and how do they differ?
The Cryo-Hit models differ primarily in probe size and configuration. For example, the EP6T5 and FP5T5 models may have larger or differently shaped probes compared to the EP1T1 or EP2T1 models. These variations allow clinicians to select the appropriate probe for specific surgical needs, such as targeting different tissue depths or areas. The design differences accommodate tailored applications in general and plastic surgery.
How should Cryo-Hit probes be stored to maintain their sterility and functionality?
Cryo-Hit probes should be stored in accordance with standard surgical instrument protocols to maintain sterility and functionality. This includes keeping them in a clean, dry environment, protected from physical damage, and following manufacturer guidelines for packaging and storage. Proper storage ensures the probes remain ready for use when needed while minimizing the risk of contamination or degradation.