LL100™ Two-Trigger Multi-Tip Cryosurgical System for Nitrous Oxide
Catalogue number DM900630, listed by Coopersurgical, Inc., United States, under Unit, Cryosurgical, Accessories. 3 manufacturers in China are registered for this product code.
3manufacturers in China registered for this device type
1catalogue number
16recalls on this code
Who Else Makes It
Concentrated in Guangdong (1), Beijing (1), Tianjin (1).
| Manufacturer | City | Province | Registered as | Device types |
|---|---|---|---|---|
| Shenzhen Kesite Digital Technology Co., Ltd. | Shenzhen | Guangdong | Contract manufacturer | 4 |
| Hygea Medical Technology Co., Ltd. | Beijing | Beijing | Manufacturer | 2 |
| Medinux (Tianjin) Technologies Co., Ltd. | Tianjin | Tianjin | Manufacturer | 1 |
Record
| Listed by | Coopersurgical, Inc., United States |
|---|---|
| FDA product code | GEH |
| Device type | Unit, Cryosurgical, Accessories |
| Device class | Class 2 |
| Regulation | 21 CFR 878.4350 |
| Establishment | Contract manufacturer, Specification developer, Repacker / relabeller, Complaint-file establishment, Manufacturer |
| 510(k) | K813024 |
| Record published | 2017-10-03 |
| Record revised | 2024-02-28 (version 6) |
Specifications
| MRI safety | Labeling does not contain MRI Safety Information |
|---|---|
| Prescription | Prescription only |
| Latex | Labelled latex-free |
| Label carries | serial number |
Catalogue Numbers
| Catalogue number | Size | Status |
|---|---|---|
| DM900630 | In distribution |
Same Product Code
| Product | Sold by | Catalogue numbers |
|---|---|---|
| Frigitronics | Coopersurgical, Inc. | 42 |
| CryoProbe™ | H&O Equipments, Nv/Sa | 35 |
| Wallach | Coopersurgical, Inc. | 32 |
| Premier | Premier Dental Products Co. | 30 |
| Hygea | Hygea Medical Technology Co., Ltd. | 26 |
| truFreeze | CSA Medical | 20 |
| Freezpen® | H&O Equipments, Nv/Sa | 19 |
| Leisegang Cryotip for LM-900 | Coopersurgical, Inc. | 15 |
| Integra® Miltex® | Integra LifeSciences Production Corporation | 13 |
| cryoICE Cryoablation System | Atricure, Inc. | 13 |
| CryoThin | Medinux (Tianjin) Technologies Co., Ltd. | 12 |
| Erbe | Erbe Elektromedizin GmbH | 12 |
Showing 12 of 334. All products under Unit, Cryosurgical, Accessories
Recalls
1 of these is Class II. Class II means a temporary or reversible health consequence. Volume alone is not a quality signal: a manufacturer that ships more recalls more.
| Initiated | FDA class | Root cause | Reason | Quantity | Closed |
|---|---|---|---|---|---|
| 2015-03-09 | Class II | Under Investigation by firm | Internal gas line may malfunction causing the line to burst under pressure. | 255 units | 2016-02-01 |
| 2009-09-29 | Not classified | Device Design | CO2 Cryosystem thermal load may exceed the exhaust gas phase, resulting in ice formation in the exhaust valve. Should this occur, the Cryo tip may cool at a less than optimal rate, resulting in ice formation in the exhaust valve. | 2012-04-17 | |
| 2009-09-29 | Not classified | Device Design | CO2 Cryosystem thermal load may exceed the exhaust gas phase, resulting in ice formation in the exhaust valve. Should this occur, the Cryo tip may cool at a less than optimal rate, resulting in ice formation in the exhaust valve. | 2012-04-17 | |
| 2009-09-29 | Not classified | Device Design | CO2 Cryosystem thermal load may exceed the exhaust gas phase, resulting in ice formation in the exhaust valve. Should this occur, the Cryo tip may cool at a less than optimal rate, resulting in ice formation in the exhaust valve. | 3,044 units | 2012-04-17 |
| 2009-09-29 | Not classified | Device Design | CO2 Cryosystem thermal load may exceed the exhaust gas phase, resulting in ice formation in the exhaust valve. Should this occur, the Cryo tip may cool at a less than optimal rate, resulting in ice formation in the exhaust valve. | 2012-04-17 | |
| 2009-09-29 | Not classified | Device Design | CO2 Cryosystem thermal load may exceed the exhaust gas phase, resulting in ice formation in the exhaust valve. Should this occur, the Cryo tip may cool at a less than optimal rate, resulting in ice formation in the exhaust valve. | 2012-04-17 | |
| 2009-09-29 | Not classified | Device Design | CO2 Cryosystem thermal load may exceed the exhaust gas phase, resulting in ice formation in the exhaust valve. Should this occur, the Cryo tip may cool at a less than optimal rate, resulting in ice formation in the exhaust valve. | 2012-04-17 | |
| 2009-09-29 | Not classified | Device Design | CO2 Cryosystem thermal load may exceed the exhaust gas phase, resulting in ice formation in the exhaust valve. Should this occur, the Cryo tip may cool at a less than optimal rate, resulting in ice formation in the exhaust valve. | 2012-04-17 | |
| 2009-09-29 | Not classified | Device Design | CO2 Cryosystem thermal load may exceed the exhaust gas phase, resulting in ice formation in the exhaust valve. Should this occur, the Cryo tip may cool at a less than optimal rate, resulting in ice formation in the exhaust valve. | 2012-04-17 | |
| 2009-09-29 | Not classified | Device Design | CO2 Cryosystem thermal load may exceed the exhaust gas phase, resulting in ice formation in the exhaust valve. Should this occur, the Cryo tip may cool at a less than optimal rate, resulting in ice formation in the exhaust valve. | 2012-04-17 | |
| 2009-09-29 | Not classified | Device Design | CO2 Cryosystem thermal load may exceed the exhaust gas phase, resulting in ice formation in the exhaust valve. Should this occur, the Cryo tip may cool at a less than optimal rate, resulting in ice formation in the exhaust valve. | 2012-04-17 | |
| 2009-09-29 | Not classified | Device Design | CO2 Cryosystem thermal load may exceed the exhaust gas phase, resulting in ice formation in the exhaust valve. Should this occur, the Cryo tip may cool at a less than optimal rate, resulting in ice formation in the exhaust valve. | 2012-04-17 | |
| 2009-09-29 | Not classified | Device Design | CO2 Cryosystem thermal load may exceed the exhaust gas phase, resulting in ice formation in the exhaust valve. Should this occur, the Cryo tip may cool at a less than optimal rate, resulting in ice formation in the exhaust valve. | 2012-04-17 | |
| 2009-09-29 | Not classified | Device Design | CO2 Cryosystem thermal load may exceed the exhaust gas phase, resulting in ice formation in the exhaust valve. Should this occur, the Cryo tip may cool at a less than optimal rate, resulting in ice formation in the exhaust valve. | 2012-04-17 | |
| 2007-06-06 | Not classified | Device Design | The tip may separate from the probe. | 315 units | 2015-07-15 |
| 2007-06-06 | Not classified | Device Design | The tip may separate from the probe. | 14 units | 2015-07-15 |
Source: U.S. FDA establishment registration and device listing records, public domain. Restructured for clarity and searchability. Not affiliated with or endorsed by the FDA. Records are records: nothing here is an offer of sale.