HMS-2000

GUDID 00860006478940

The HMS-2000 is a Class A, single compartment pressure vessel for human occupancy (PVHO) that is oriented in a vertical cylindrical geometry. The HMS-2000 hyperbaric chamber family of products is designed with non-dedicated seating, providing flexibility in managing seating arrangements. The diameter of the HMS-2000 varies in size; thereby enabling the ability to increase the patient capacity from three (3) to four (4) seated patients. An extension nozzle is attached to the chamber hull which provides the unique capability to treat one (1) patient in the supine versus seated position. The maximum allowable working pressure is three (3) Atmospheres Absolute (ATA) (~29.4psi). The control and operation of the HMS-2000 is performed from a hull mounted control console. The HMS-2000 multiplace hyperbaric chamber is designed, fabricated, and tested in compliance with the following FDA consensus standards: the American Society of Mechanical Engineers / Pressure Vessel for Human Occupancy (ASME/PVHO-1) and the National Fire Protection Agency (NFPA) 99, Health Care Facilities.

Hyperbaric Modular Systems Inc.

Hyperbaric chamber, stationary
Primary Device ID00860006478940
NIH Device Record Keyf077a422-784a-4c08-832a-6d52cae7ea9a
Commercial Distribution StatusIn Commercial Distribution
Brand NameHMS-2000
Version Model NumberHMS-2000
Company DUNS831644005
Company NameHyperbaric Modular Systems Inc.
Device Count1
DM Exemptfalse
Pre-market Exemptfalse
MRI Safety StatusLabeling does not contain MRI Safety Information
Human Cell/Tissue Productfalse
Device Kitfalse
Device Combination Productfalse
Single Usefalse
Lot Batchtrue
Serial Numbertrue
Manufacturing Datetrue
Expiration Datefalse
Donation Id Numberfalse
Contains Natural Rubber Latexfalse
Labeled No Natural Rubber Latexfalse
RX Perscriptiontrue
OTC Over-The-Counterfalse

Device Identifiers

Device Issuing AgencyDevice ID
GS100860006478940 [Primary]

FDA Pre-market Approvals/Notifications & deNovo

FDA Product Code

CBFChamber, Hyperbaric

Sterilization

Steralize Prior To Usefalse
Device Is Sterilefalse

Device Entry Metadata

Public Version StatusNew
Device Record StatusPublished
Public Version Number1
Public Version Date2023-08-10
Device Publish Date2023-08-02

Devices Manufactured by Hyperbaric Modular Systems Inc.

00860006478940 - HMS-2000 2023-08-10The HMS-2000 is a Class A, single compartment pressure vessel for human occupancy (PVHO) that is oriented in a vertical cylindrical geometry. The HMS-2000 hyperbaric chamber family of products is designed with non-dedicated seating, providing flexibility in managing seating arrangements. The diameter of the HMS-2000 varies in size; thereby enabling the ability to increase the patient capacity from three (3) to four (4) seated patients. An extension nozzle is attached to the chamber hull which provides the unique capability to treat one (1) patient in the supine versus seated position. The maximum allowable working pressure is three (3) Atmospheres Absolute (ATA) (~29.4psi). The control and operation of the HMS-2000 is performed from a hull mounted control console. The HMS-2000 multiplace hyperbaric chamber is designed, fabricated, and tested in compliance with the following FDA consensus standards: the American Society of Mechanical Engineers / Pressure Vessel for Human Occupancy (ASME/PVHO-1) and the National Fire Protection Agency (NFPA) 99, Health Care Facilities.
00860006478940 - HMS-2000 2023-08-10 The HMS-2000 is a Class A, single compartment pressure vessel for human occupancy (PVHO) that is oriented in a vertical cylindri
00860006478964 - HMS-10002023-08-10 The HMS-1000 hyperbaric chamber series is a Class B, monoplace hyperbaric chamber designed to treat one (1) patient to a maximum
00860006478926 - HMS-40002023-08-09 The HMS-4000 is a Class A, pressure vessel for human occupancy (PVHO) that is designed in a horizontal cylindrical geometry. Con
00860006478902 - HMS-5000-COMPACT-QUADRO2022-11-08 The HMS-5000-12 is a Class A, pressure vessel for human occupancy (PVHO) that is designed in a rectangular geometry. It has two

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