Introduction of New Air compression therapy system for DVT Prevention Lymphedema alleviation for Long-term bedridden
Air Compression Therapy system consists of controller, tubing sets, sleeves. The System is designed to apply intermittent pneumatic compression (IPC)to prevent Deep vein Thrombosis (DVT) in the at-risk patient and alleviate Lymphedema.
What are intermittent pneumatic compression devices?
Intermittent pneumatic compression (IPC) devices use sleeves around the legs and feet that fill with air and squeeze legs and feet. This increases blood flow through the veins of legs and helps prevent Deep Vein Thrombosis.
Application of New Air compression therapy system for DVT Prevention Lymphedema alleviation for Long-term bedridden
why does the patient need to use intermittent pneumatic compression devices?
The patient might need to use IPC devicesif he has a highriskofgetting a DVT. Avariety of conditions can slows the movement of blood through veinsincreases the risk of DVT, such as:
Recent surgery
Long-term bedridden
Injury to a deep veinInherited blood disorders thatincrease clottingPregnancy
Cancer treatment
Smoking
Obesity
Older age
Features of New Air compression therapy system for DVT Prevention Lymphedema alleviation for Long-term bedridden
Vascular refill detection (VRD)Vascular refill detection (VRD)is an exclusivetechnology to MSLSW05 and MSLSw05-1,which customizes the compression cycle for different patient. VRD technology maximizes blood move up to heart.
Precise Pressure Retaining (PPR))Once a chamber is inflated,its pressure will be maintained precisely to the expected level throughout the compression cycle to achieve optimized treatment efficacy.
Diversified Sleeves There are diversified sleeves available for treatment needs, suchasfoot, calf,leg,arm.
Technical Specifications of New Air compression therapy system for DVT Prevention Lymphedema alleviation for Long-term bedridden
Device Classification |
Class II |
Mode of Operation |
Continuous |
Ingress of Water Protection |
Ordinary, IPX0 (IEC 529) |
Purposes |
DVT prophylaxis/ Edema alleviation |
Compression Type |
Calf/3-champer leg Sleeves: Sequential, Gradient |
4-champer leg sleeves: Uniform |
|
Compression Cycle |
Leg Sleeves: 8-15 Seconds Compression |
Foot Cuffs: 6-12 Seconds Compression |
|
Compression modes |
12 |
Falling Gradient Pressure |
Available |
Sequential Compression |
Available |
Minimum Inflation time |
6 seconds |
Decompression time |
based upon Vascular Refill Detection measurement |
Pressure Range |
4 levels adjustable (Max.:200 mmHg ) |
Session Time |
0~99minutes |
Number of Channels |
2 |
Chambers in single Cuff/Sleeve |
1, 3 or 4 optional |
Type of Cuff/Sleeve |
Reusable or single-patient use optional |
Cuff/Sleeve Positioning |
Foot, calf, thigh |
Interface |
7-inch color LCD touch screen |
Bed Hook |
Yes |
Power Cord Storage |
Yes |
Audible/Visual Alarms |
Low Pressure, High Pressure, Low battery |
Power Cord |
Hospital Grade Plug |
Controller Dimensions: |
Height: 18.0cm Width: 19.0cm Depth: 19.0cm |
Controller Weight |
1.5kg |
Power Supply |
100-240 VAC, 50VA, 50/60 Hz |
Power Consumption |
42W |
Battery |
7.4 V, 2600mAh, Lithium Ion (Optional) Run Time: 2-4 hours Charge Time: 4 hours (charging only) |
Shipping Case Dimensions |
Height: 27.3cm Width: 24.1cm Depth: 28.6cm |
Shipping Case Weight |
3.0 kg |
Noise Max. |
60dB |
Operating Conditions |
Temperature: 10°C to 40°C Relative Humidity: 85% Maximum, non-condensing Atmospheric Pressure: 700 mbar to 1060 mbar |
Transport & Storage Conditions |
-10°C (14°F) to 40° C (104°F) If the user suspects that the environment conditions for transport and storage have been exceeded, return the unit for service. |
Please send inquiry now for more information, thank you.